The Cisco CCNA Training PackageLaajuus (16 cr)
Code: TT00EN27
Credits
16 op
Teaching language
- English
Objective
Local Area Networks (CCNA1):
After completing the course, the student understands basic terminology relating to reference models, LANs, WANs. The student knows the basics of Ethernet operation and Ethernet switching, IP addressing and the basics of IP subnetting. The student is able to set up a small LAN segment of two workstations, an Ethernet hub and a router connection, calculate subnet and set the workstation’s TCP/IP parameters and use ping to test destination reachability.
Internetworks (CCNA2):
After completing the course the student knows the basics of router management using console connection, configuration and showing the status of the router. Concerning the routed networks, the student knows the basics of RIP, OSPF and EIGRP routing protocols, testing IP-connectivity and troubleshooting. After completing the course the student can design and build small routed networks. The student can connect a local area network into a larger network, configure needed IP and routing parameters.
Virtual Local Area Networks (CCNA 3):
After completing the course the student knows the features of switched local area networks. The student has knowledge of how to design virtual local area networks and knows the operations principles of the spanning tree protocol. The student also can configure operational parameters on Ethernet switches, define virtual local area networks and route traffic between them.
Wide Area Networks (CCNA 4):
After completing the course the student will understand the common concepts of wide area networks: available technologies, services and framing types. The student gains an understanding of implementing address translation, access controls lists and DHCP-services.
Content
Local Area Networks (CCNA1):
Basic network terminology relating to network protocols, networking models: Open System Interconnection (OSI) model and TCP/IP model, Ethernet operation, Internet Protocol (IP) addressing, subnetting and masks, Domain Name Server. Routing fundamentals, Structured Cabling and concepts: bandwidth, throughput, more details on 10/100/1000/10 G versions of Ethernet.
Internetworks (CCNA2):
Routers, basic configuration, static and dynamic routing, default route, routing protocols, testing IP-connectivity, troubleshooting routing, startup sequence of a router, interior gateway protocols, routing loops and elimination of routing loops.
Virtual Local Area Networks (CCNA 3):
The course focuses on the following: Ethernet switching, command-line interface configuration of switches, Virtual LANs and configuring of inter-VLAN routing. Spanning Tree Protocol, VLAN Trunking Protocol (VTP), VLAN concepts, LAN design goals, considerations and methodology.
Wide Area Networks (CCNA 4):
Address translation, DHCP, wide area networks, network management and concept of client-server systems.
Assessment criteria, approved/failed
Local Area Networks (CCNA1):
Understands layered system models, characteristics of LAN, structured cabling, common equipment used in local area networks and applications. Understands the basics of TCP/IP-protocol and subnetting.
Internetworks (CCNA2):
Understands the basic features and arrangements of routing.
Virtual Local Area Networks (CCNA 3):
Understands the design and operational principles of the switched local area network.
Wide Area Networks (CCNA 4):
Understands the basic principles of address translations, access control lists and wide area network connections.
Further information
Course material is in English and course is delivered via LabSim -portal.
Timing
16.04.2024 - 31.12.2025
Number of ECTS credits allocated
16 op
Virtual portion
16 op
Mode of delivery
Distance learning
Unit
School of ICT
Campus
Karaportti 2
Teaching languages
- English
Seats
0 - 5000
Degree programmes
- Information and Communication Technology
Teachers
- Virve Prami
Teacher in charge
Janne Salonen
Groups
-
ATX25TV_MAKSULLINEN_JÄRJESTELMÄOpen UAS 2025
-
ATX24TV_MAKSULLINEN_JÄRJESTELMÄATX24TV Open UAS
Objective
Local Area Networks (CCNA1):
After completing the course, the student understands basic terminology relating to reference models, LANs, WANs. The student knows the basics of Ethernet operation and Ethernet switching, IP addressing and the basics of IP subnetting. The student is able to set up a small LAN segment of two workstations, an Ethernet hub and a router connection, calculate subnet and set the workstation’s TCP/IP parameters and use ping to test destination reachability.
Internetworks (CCNA2):
After completing the course the student knows the basics of router management using console connection, configuration and showing the status of the router. Concerning the routed networks, the student knows the basics of RIP, OSPF and EIGRP routing protocols, testing IP-connectivity and troubleshooting. After completing the course the student can design and build small routed networks. The student can connect a local area network into a larger network, configure needed IP and routing parameters.
Virtual Local Area Networks (CCNA 3):
After completing the course the student knows the features of switched local area networks. The student has knowledge of how to design virtual local area networks and knows the operations principles of the spanning tree protocol. The student also can configure operational parameters on Ethernet switches, define virtual local area networks and route traffic between them.
Wide Area Networks (CCNA 4):
After completing the course the student will understand the common concepts of wide area networks: available technologies, services and framing types. The student gains an understanding of implementing address translation, access controls lists and DHCP-services.
Content
Local Area Networks (CCNA1):
Basic network terminology relating to network protocols, networking models: Open System Interconnection (OSI) model and TCP/IP model, Ethernet operation, Internet Protocol (IP) addressing, subnetting and masks, Domain Name Server. Routing fundamentals, Structured Cabling and concepts: bandwidth, throughput, more details on 10/100/1000/10 G versions of Ethernet.
Internetworks (CCNA2):
Routers, basic configuration, static and dynamic routing, default route, routing protocols, testing IP-connectivity, troubleshooting routing, startup sequence of a router, interior gateway protocols, routing loops and elimination of routing loops.
Virtual Local Area Networks (CCNA 3):
The course focuses on the following: Ethernet switching, command-line interface configuration of switches, Virtual LANs and configuring of inter-VLAN routing. Spanning Tree Protocol, VLAN Trunking Protocol (VTP), VLAN concepts, LAN design goals, considerations and methodology.
Wide Area Networks (CCNA 4):
Address translation, DHCP, wide area networks, network management and concept of client-server systems.
Location and time
Course is delivered via LabSim -environment and timetable is totally up to student. Course can be done in own pace.
Materials
Online in LabSim environment.
Teaching methods
100% online Self-study course. All you need is web browser and working network connection.
Employer connections
N/A
Exam schedules
Online in LabSim environment.
International connections
N/A
Completion alternatives
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Student workload
Up to Student her-/himself.
Content scheduling
Up to Student her-/himself.
Further information
Course is delivered for Open UAS Students.
Evaluation scale
Hyväksytty/Hylätty
Assessment criteria, approved/failed
Local Area Networks (CCNA1):
Understands layered system models, characteristics of LAN, structured cabling, common equipment used in local area networks and applications. Understands the basics of TCP/IP-protocol and subnetting.
Internetworks (CCNA2):
Understands the basic features and arrangements of routing.
Virtual Local Area Networks (CCNA 3):
Understands the design and operational principles of the switched local area network.
Wide Area Networks (CCNA 4):
Understands the basic principles of address translations, access control lists and wide area network connections.
Assessment methods and criteria
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Further information
Course material is in English and course is delivered via LabSim -portal.
Timing
01.01.2024 - 31.12.2026
Number of ECTS credits allocated
16 op
Virtual portion
16 op
Mode of delivery
Distance learning
Unit
School of ICT
Campus
Karaportti 2
Teaching languages
- English
Seats
0 - 10000
Degree programmes
- Information and Communication Technology
Teachers
- Virve Prami
Teacher in charge
Janne Salonen
Groups
-
Verkko_opinnot_NonStop_120_opPath Studies (TiVi-NonStop), 120 ECTS
Objective
Local Area Networks (CCNA1):
After completing the course, the student understands basic terminology relating to reference models, LANs, WANs. The student knows the basics of Ethernet operation and Ethernet switching, IP addressing and the basics of IP subnetting. The student is able to set up a small LAN segment of two workstations, an Ethernet hub and a router connection, calculate subnet and set the workstation’s TCP/IP parameters and use ping to test destination reachability.
Internetworks (CCNA2):
After completing the course the student knows the basics of router management using console connection, configuration and showing the status of the router. Concerning the routed networks, the student knows the basics of RIP, OSPF and EIGRP routing protocols, testing IP-connectivity and troubleshooting. After completing the course the student can design and build small routed networks. The student can connect a local area network into a larger network, configure needed IP and routing parameters.
Virtual Local Area Networks (CCNA 3):
After completing the course the student knows the features of switched local area networks. The student has knowledge of how to design virtual local area networks and knows the operations principles of the spanning tree protocol. The student also can configure operational parameters on Ethernet switches, define virtual local area networks and route traffic between them.
Wide Area Networks (CCNA 4):
After completing the course the student will understand the common concepts of wide area networks: available technologies, services and framing types. The student gains an understanding of implementing address translation, access controls lists and DHCP-services.
Content
Local Area Networks (CCNA1):
Basic network terminology relating to network protocols, networking models: Open System Interconnection (OSI) model and TCP/IP model, Ethernet operation, Internet Protocol (IP) addressing, subnetting and masks, Domain Name Server. Routing fundamentals, Structured Cabling and concepts: bandwidth, throughput, more details on 10/100/1000/10 G versions of Ethernet.
Internetworks (CCNA2):
Routers, basic configuration, static and dynamic routing, default route, routing protocols, testing IP-connectivity, troubleshooting routing, startup sequence of a router, interior gateway protocols, routing loops and elimination of routing loops.
Virtual Local Area Networks (CCNA 3):
The course focuses on the following: Ethernet switching, command-line interface configuration of switches, Virtual LANs and configuring of inter-VLAN routing. Spanning Tree Protocol, VLAN Trunking Protocol (VTP), VLAN concepts, LAN design goals, considerations and methodology.
Wide Area Networks (CCNA 4):
Address translation, DHCP, wide area networks, network management and concept of client-server systems.
Location and time
Course is delivered via LabSim -environment and timetable is totally up to student. Course can be done in own pace.
Materials
Online in LabSim environment.
Teaching methods
100% online Self-study course. All you need is web browser and working network connection.
Employer connections
N/A
Exam schedules
Online in LabSim environment.
International connections
N/A
Completion alternatives
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Student workload
Up to Student her-/himself.
Content scheduling
Up to Student her-/himself.
Further information
Course is delivered for Open UAS Students.
Evaluation scale
Hyväksytty/Hylätty
Assessment criteria, approved/failed
Local Area Networks (CCNA1):
Understands layered system models, characteristics of LAN, structured cabling, common equipment used in local area networks and applications. Understands the basics of TCP/IP-protocol and subnetting.
Internetworks (CCNA2):
Understands the basic features and arrangements of routing.
Virtual Local Area Networks (CCNA 3):
Understands the design and operational principles of the switched local area network.
Wide Area Networks (CCNA 4):
Understands the basic principles of address translations, access control lists and wide area network connections.
Assessment methods and criteria
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Further information
Course material is in English and course is delivered via LabSim -portal.
Timing
01.01.2024 - 31.12.2027
Number of ECTS credits allocated
16 op
Virtual portion
16 op
Mode of delivery
Distance learning
Unit
School of ICT
Campus
Karaportti 2
Teaching languages
- English
Seats
0 - 10000
Degree programmes
- Degree Programme in Information Technology
Teachers
- Virve Prami
Teacher in charge
Janne Salonen
Groups
-
IT_path_180_ectsInformation Technology, Open path 180 ECTS
Objective
Local Area Networks (CCNA1):
After completing the course, the student understands basic terminology relating to reference models, LANs, WANs. The student knows the basics of Ethernet operation and Ethernet switching, IP addressing and the basics of IP subnetting. The student is able to set up a small LAN segment of two workstations, an Ethernet hub and a router connection, calculate subnet and set the workstation’s TCP/IP parameters and use ping to test destination reachability.
Internetworks (CCNA2):
After completing the course the student knows the basics of router management using console connection, configuration and showing the status of the router. Concerning the routed networks, the student knows the basics of RIP, OSPF and EIGRP routing protocols, testing IP-connectivity and troubleshooting. After completing the course the student can design and build small routed networks. The student can connect a local area network into a larger network, configure needed IP and routing parameters.
Virtual Local Area Networks (CCNA 3):
After completing the course the student knows the features of switched local area networks. The student has knowledge of how to design virtual local area networks and knows the operations principles of the spanning tree protocol. The student also can configure operational parameters on Ethernet switches, define virtual local area networks and route traffic between them.
Wide Area Networks (CCNA 4):
After completing the course the student will understand the common concepts of wide area networks: available technologies, services and framing types. The student gains an understanding of implementing address translation, access controls lists and DHCP-services.
Content
Local Area Networks (CCNA1):
Basic network terminology relating to network protocols, networking models: Open System Interconnection (OSI) model and TCP/IP model, Ethernet operation, Internet Protocol (IP) addressing, subnetting and masks, Domain Name Server. Routing fundamentals, Structured Cabling and concepts: bandwidth, throughput, more details on 10/100/1000/10 G versions of Ethernet.
Internetworks (CCNA2):
Routers, basic configuration, static and dynamic routing, default route, routing protocols, testing IP-connectivity, troubleshooting routing, startup sequence of a router, interior gateway protocols, routing loops and elimination of routing loops.
Virtual Local Area Networks (CCNA 3):
The course focuses on the following: Ethernet switching, command-line interface configuration of switches, Virtual LANs and configuring of inter-VLAN routing. Spanning Tree Protocol, VLAN Trunking Protocol (VTP), VLAN concepts, LAN design goals, considerations and methodology.
Wide Area Networks (CCNA 4):
Address translation, DHCP, wide area networks, network management and concept of client-server systems.
Location and time
Course is delivered via LabSim -environment and timetable is totally up to student. Course can be done in own pace.
Materials
Online in LabSim environment.
Teaching methods
100% online Self-study course. All you need is web browser and working network connection.
Employer connections
N/A
Exam schedules
Online in LabSim environment.
International connections
N/A
Completion alternatives
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Student workload
Up to Student her-/himself.
Content scheduling
Up to Student her-/himself.
Further information
Course is delivered for Open UAS Students.
Evaluation scale
Hyväksytty/Hylätty
Assessment criteria, approved/failed
Local Area Networks (CCNA1):
Understands layered system models, characteristics of LAN, structured cabling, common equipment used in local area networks and applications. Understands the basics of TCP/IP-protocol and subnetting.
Internetworks (CCNA2):
Understands the basic features and arrangements of routing.
Virtual Local Area Networks (CCNA 3):
Understands the design and operational principles of the switched local area network.
Wide Area Networks (CCNA 4):
Understands the basic principles of address translations, access control lists and wide area network connections.
Assessment methods and criteria
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Further information
Course material is in English and course is delivered via LabSim -portal.
Timing
01.01.2024 - 31.07.2025
Number of ECTS credits allocated
16 op
Virtual portion
16 op
Mode of delivery
Distance learning
Unit
School of ICT
Campus
Karaportti 2
Teaching languages
- English
Seats
0 - 5000
Degree programmes
- Information and Communication Technology
Teachers
- Virve Prami
Teacher in charge
Janne Salonen
Groups
-
ATX24TV_MAKSULLINEN_JÄRJESTELMÄATX24TV Open UAS
Objective
Local Area Networks (CCNA1):
After completing the course, the student understands basic terminology relating to reference models, LANs, WANs. The student knows the basics of Ethernet operation and Ethernet switching, IP addressing and the basics of IP subnetting. The student is able to set up a small LAN segment of two workstations, an Ethernet hub and a router connection, calculate subnet and set the workstation’s TCP/IP parameters and use ping to test destination reachability.
Internetworks (CCNA2):
After completing the course the student knows the basics of router management using console connection, configuration and showing the status of the router. Concerning the routed networks, the student knows the basics of RIP, OSPF and EIGRP routing protocols, testing IP-connectivity and troubleshooting. After completing the course the student can design and build small routed networks. The student can connect a local area network into a larger network, configure needed IP and routing parameters.
Virtual Local Area Networks (CCNA 3):
After completing the course the student knows the features of switched local area networks. The student has knowledge of how to design virtual local area networks and knows the operations principles of the spanning tree protocol. The student also can configure operational parameters on Ethernet switches, define virtual local area networks and route traffic between them.
Wide Area Networks (CCNA 4):
After completing the course the student will understand the common concepts of wide area networks: available technologies, services and framing types. The student gains an understanding of implementing address translation, access controls lists and DHCP-services.
Content
Local Area Networks (CCNA1):
Basic network terminology relating to network protocols, networking models: Open System Interconnection (OSI) model and TCP/IP model, Ethernet operation, Internet Protocol (IP) addressing, subnetting and masks, Domain Name Server. Routing fundamentals, Structured Cabling and concepts: bandwidth, throughput, more details on 10/100/1000/10 G versions of Ethernet.
Internetworks (CCNA2):
Routers, basic configuration, static and dynamic routing, default route, routing protocols, testing IP-connectivity, troubleshooting routing, startup sequence of a router, interior gateway protocols, routing loops and elimination of routing loops.
Virtual Local Area Networks (CCNA 3):
The course focuses on the following: Ethernet switching, command-line interface configuration of switches, Virtual LANs and configuring of inter-VLAN routing. Spanning Tree Protocol, VLAN Trunking Protocol (VTP), VLAN concepts, LAN design goals, considerations and methodology.
Wide Area Networks (CCNA 4):
Address translation, DHCP, wide area networks, network management and concept of client-server systems.
Location and time
Course is delivered via LabSim -environment and timetable is totally up to student. Course can be done in own pace.
Materials
Online in LabSim environment.
Teaching methods
100% online Self-study course. All you need is web browser and working network connection.
Employer connections
N/A
Exam schedules
Online in LabSim environment.
International connections
N/A
Completion alternatives
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Student workload
Up to Student her-/himself.
Content scheduling
Up to Student her-/himself.
Further information
Course is delivered for Open UAS Students.
Evaluation scale
Hyväksytty/Hylätty
Assessment criteria, approved/failed
Local Area Networks (CCNA1):
Understands layered system models, characteristics of LAN, structured cabling, common equipment used in local area networks and applications. Understands the basics of TCP/IP-protocol and subnetting.
Internetworks (CCNA2):
Understands the basic features and arrangements of routing.
Virtual Local Area Networks (CCNA 3):
Understands the design and operational principles of the switched local area network.
Wide Area Networks (CCNA 4):
Understands the basic principles of address translations, access control lists and wide area network connections.
Assessment methods and criteria
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Further information
Course material is in English and course is delivered via LabSim -portal.
Timing
01.01.2024 - 31.12.2025
Number of ECTS credits allocated
16 op
Virtual portion
16 op
Mode of delivery
Distance learning
Unit
School of ICT
Campus
Karaportti 2
Teaching languages
- English
Seats
0 - 1000
Degree programmes
- Information and Communication Technology
Teachers
- Virve Prami
Teacher in charge
Janne Salonen
Objective
Local Area Networks (CCNA1):
After completing the course, the student understands basic terminology relating to reference models, LANs, WANs. The student knows the basics of Ethernet operation and Ethernet switching, IP addressing and the basics of IP subnetting. The student is able to set up a small LAN segment of two workstations, an Ethernet hub and a router connection, calculate subnet and set the workstation’s TCP/IP parameters and use ping to test destination reachability.
Internetworks (CCNA2):
After completing the course the student knows the basics of router management using console connection, configuration and showing the status of the router. Concerning the routed networks, the student knows the basics of RIP, OSPF and EIGRP routing protocols, testing IP-connectivity and troubleshooting. After completing the course the student can design and build small routed networks. The student can connect a local area network into a larger network, configure needed IP and routing parameters.
Virtual Local Area Networks (CCNA 3):
After completing the course the student knows the features of switched local area networks. The student has knowledge of how to design virtual local area networks and knows the operations principles of the spanning tree protocol. The student also can configure operational parameters on Ethernet switches, define virtual local area networks and route traffic between them.
Wide Area Networks (CCNA 4):
After completing the course the student will understand the common concepts of wide area networks: available technologies, services and framing types. The student gains an understanding of implementing address translation, access controls lists and DHCP-services.
Content
Local Area Networks (CCNA1):
Basic network terminology relating to network protocols, networking models: Open System Interconnection (OSI) model and TCP/IP model, Ethernet operation, Internet Protocol (IP) addressing, subnetting and masks, Domain Name Server. Routing fundamentals, Structured Cabling and concepts: bandwidth, throughput, more details on 10/100/1000/10 G versions of Ethernet.
Internetworks (CCNA2):
Routers, basic configuration, static and dynamic routing, default route, routing protocols, testing IP-connectivity, troubleshooting routing, startup sequence of a router, interior gateway protocols, routing loops and elimination of routing loops.
Virtual Local Area Networks (CCNA 3):
The course focuses on the following: Ethernet switching, command-line interface configuration of switches, Virtual LANs and configuring of inter-VLAN routing. Spanning Tree Protocol, VLAN Trunking Protocol (VTP), VLAN concepts, LAN design goals, considerations and methodology.
Wide Area Networks (CCNA 4):
Address translation, DHCP, wide area networks, network management and concept of client-server systems.
Location and time
Course is delivered via LabSim -environment and timetable is totally up to student. Course can be done in own pace.
Materials
Online in LabSim environment.
Teaching methods
100% online Self-study course. All you need is web browser and working network connection.
Employer connections
N/A
Exam schedules
Online in LabSim environment.
International connections
N/A
Completion alternatives
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Student workload
Up to Student her-/himself.
Content scheduling
Up to Student her-/himself.
Further information
Course is delivered for Open UAS Students.
Evaluation scale
Hyväksytty/Hylätty
Assessment criteria, approved/failed
Local Area Networks (CCNA1):
Understands layered system models, characteristics of LAN, structured cabling, common equipment used in local area networks and applications. Understands the basics of TCP/IP-protocol and subnetting.
Internetworks (CCNA2):
Understands the basic features and arrangements of routing.
Virtual Local Area Networks (CCNA 3):
Understands the design and operational principles of the switched local area network.
Wide Area Networks (CCNA 4):
Understands the basic principles of address translations, access control lists and wide area network connections.
Assessment methods and criteria
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Further information
Course material is in English and course is delivered via LabSim -portal.
Timing
01.01.2024 - 31.12.2025
Number of ECTS credits allocated
16 op
Virtual portion
16 op
Mode of delivery
Distance learning
Unit
School of ICT
Campus
Karaportti 2
Teaching languages
- English
Seats
0 - 1000
Degree programmes
- Information and Communication Technology
Teachers
- Virve Prami
Teacher in charge
Janne Salonen
Objective
Local Area Networks (CCNA1):
After completing the course, the student understands basic terminology relating to reference models, LANs, WANs. The student knows the basics of Ethernet operation and Ethernet switching, IP addressing and the basics of IP subnetting. The student is able to set up a small LAN segment of two workstations, an Ethernet hub and a router connection, calculate subnet and set the workstation’s TCP/IP parameters and use ping to test destination reachability.
Internetworks (CCNA2):
After completing the course the student knows the basics of router management using console connection, configuration and showing the status of the router. Concerning the routed networks, the student knows the basics of RIP, OSPF and EIGRP routing protocols, testing IP-connectivity and troubleshooting. After completing the course the student can design and build small routed networks. The student can connect a local area network into a larger network, configure needed IP and routing parameters.
Virtual Local Area Networks (CCNA 3):
After completing the course the student knows the features of switched local area networks. The student has knowledge of how to design virtual local area networks and knows the operations principles of the spanning tree protocol. The student also can configure operational parameters on Ethernet switches, define virtual local area networks and route traffic between them.
Wide Area Networks (CCNA 4):
After completing the course the student will understand the common concepts of wide area networks: available technologies, services and framing types. The student gains an understanding of implementing address translation, access controls lists and DHCP-services.
Content
Local Area Networks (CCNA1):
Basic network terminology relating to network protocols, networking models: Open System Interconnection (OSI) model and TCP/IP model, Ethernet operation, Internet Protocol (IP) addressing, subnetting and masks, Domain Name Server. Routing fundamentals, Structured Cabling and concepts: bandwidth, throughput, more details on 10/100/1000/10 G versions of Ethernet.
Internetworks (CCNA2):
Routers, basic configuration, static and dynamic routing, default route, routing protocols, testing IP-connectivity, troubleshooting routing, startup sequence of a router, interior gateway protocols, routing loops and elimination of routing loops.
Virtual Local Area Networks (CCNA 3):
The course focuses on the following: Ethernet switching, command-line interface configuration of switches, Virtual LANs and configuring of inter-VLAN routing. Spanning Tree Protocol, VLAN Trunking Protocol (VTP), VLAN concepts, LAN design goals, considerations and methodology.
Wide Area Networks (CCNA 4):
Address translation, DHCP, wide area networks, network management and concept of client-server systems.
Location and time
Course is delivered via LabSim -environment and timetable is totally up to student. Course can be done in own pace.
Materials
Online in LabSim environment.
Teaching methods
100% online Self-study course. All you need is web browser and working network connection.
Employer connections
N/A
Exam schedules
Online in LabSim environment.
International connections
N/A
Completion alternatives
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Student workload
Up to Student her-/himself.
Content scheduling
Up to Student her-/himself.
Further information
Course is delivered for Open UAS Students.
Evaluation scale
Hyväksytty/Hylätty
Assessment criteria, approved/failed
Local Area Networks (CCNA1):
Understands layered system models, characteristics of LAN, structured cabling, common equipment used in local area networks and applications. Understands the basics of TCP/IP-protocol and subnetting.
Internetworks (CCNA2):
Understands the basic features and arrangements of routing.
Virtual Local Area Networks (CCNA 3):
Understands the design and operational principles of the switched local area network.
Wide Area Networks (CCNA 4):
Understands the basic principles of address translations, access control lists and wide area network connections.
Assessment methods and criteria
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Further information
Course material is in English and course is delivered via LabSim -portal.
Timing
01.01.2024 - 31.12.2025
Number of ECTS credits allocated
16 op
Virtual portion
16 op
Mode of delivery
Distance learning
Unit
School of ICT
Campus
Karaportti 2
Teaching languages
- English
Seats
0 - 1000
Degree programmes
- Information and Communication Technology
Teachers
- Virve Prami
Teacher in charge
Janne Salonen
Groups
-
ATX24TVNonStop virtual studies year 2024
Objective
Local Area Networks (CCNA1):
After completing the course, the student understands basic terminology relating to reference models, LANs, WANs. The student knows the basics of Ethernet operation and Ethernet switching, IP addressing and the basics of IP subnetting. The student is able to set up a small LAN segment of two workstations, an Ethernet hub and a router connection, calculate subnet and set the workstation’s TCP/IP parameters and use ping to test destination reachability.
Internetworks (CCNA2):
After completing the course the student knows the basics of router management using console connection, configuration and showing the status of the router. Concerning the routed networks, the student knows the basics of RIP, OSPF and EIGRP routing protocols, testing IP-connectivity and troubleshooting. After completing the course the student can design and build small routed networks. The student can connect a local area network into a larger network, configure needed IP and routing parameters.
Virtual Local Area Networks (CCNA 3):
After completing the course the student knows the features of switched local area networks. The student has knowledge of how to design virtual local area networks and knows the operations principles of the spanning tree protocol. The student also can configure operational parameters on Ethernet switches, define virtual local area networks and route traffic between them.
Wide Area Networks (CCNA 4):
After completing the course the student will understand the common concepts of wide area networks: available technologies, services and framing types. The student gains an understanding of implementing address translation, access controls lists and DHCP-services.
Content
Local Area Networks (CCNA1):
Basic network terminology relating to network protocols, networking models: Open System Interconnection (OSI) model and TCP/IP model, Ethernet operation, Internet Protocol (IP) addressing, subnetting and masks, Domain Name Server. Routing fundamentals, Structured Cabling and concepts: bandwidth, throughput, more details on 10/100/1000/10 G versions of Ethernet.
Internetworks (CCNA2):
Routers, basic configuration, static and dynamic routing, default route, routing protocols, testing IP-connectivity, troubleshooting routing, startup sequence of a router, interior gateway protocols, routing loops and elimination of routing loops.
Virtual Local Area Networks (CCNA 3):
The course focuses on the following: Ethernet switching, command-line interface configuration of switches, Virtual LANs and configuring of inter-VLAN routing. Spanning Tree Protocol, VLAN Trunking Protocol (VTP), VLAN concepts, LAN design goals, considerations and methodology.
Wide Area Networks (CCNA 4):
Address translation, DHCP, wide area networks, network management and concept of client-server systems.
Location and time
Course is delivered via LabSim -environment and timetable is totally up to student. Course can be done in own pace.
Materials
Online in LabSim environment.
Teaching methods
100% online Self-study course. All you need is web browser and working network connection.
Employer connections
N/A
Exam schedules
Online in LabSim environment.
International connections
N/A
Completion alternatives
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Student workload
Up to Student her-/himself.
Content scheduling
Up to Student her-/himself.
Further information
Course is delivered for Open UAS Students.
Evaluation scale
Hyväksytty/Hylätty
Assessment criteria, approved/failed
Local Area Networks (CCNA1):
Understands layered system models, characteristics of LAN, structured cabling, common equipment used in local area networks and applications. Understands the basics of TCP/IP-protocol and subnetting.
Internetworks (CCNA2):
Understands the basic features and arrangements of routing.
Virtual Local Area Networks (CCNA 3):
Understands the design and operational principles of the switched local area network.
Wide Area Networks (CCNA 4):
Understands the basic principles of address translations, access control lists and wide area network connections.
Assessment methods and criteria
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Further information
Course material is in English and course is delivered via LabSim -portal.
Timing
06.01.2024 - 31.12.2023
Number of ECTS credits allocated
16 op
Virtual portion
16 op
Mode of delivery
Distance learning
Unit
School of ICT
Campus
Karaportti 2
Teaching languages
- English
Seats
0 - 1000
Degree programmes
- Information and Communication Technology
Teachers
- Virve Prami
Teacher in charge
Janne Salonen
Groups
-
ATX22_SYKSYATX22_Autumn
Objective
Local Area Networks (CCNA1):
After completing the course, the student understands basic terminology relating to reference models, LANs, WANs. The student knows the basics of Ethernet operation and Ethernet switching, IP addressing and the basics of IP subnetting. The student is able to set up a small LAN segment of two workstations, an Ethernet hub and a router connection, calculate subnet and set the workstation’s TCP/IP parameters and use ping to test destination reachability.
Internetworks (CCNA2):
After completing the course the student knows the basics of router management using console connection, configuration and showing the status of the router. Concerning the routed networks, the student knows the basics of RIP, OSPF and EIGRP routing protocols, testing IP-connectivity and troubleshooting. After completing the course the student can design and build small routed networks. The student can connect a local area network into a larger network, configure needed IP and routing parameters.
Virtual Local Area Networks (CCNA 3):
After completing the course the student knows the features of switched local area networks. The student has knowledge of how to design virtual local area networks and knows the operations principles of the spanning tree protocol. The student also can configure operational parameters on Ethernet switches, define virtual local area networks and route traffic between them.
Wide Area Networks (CCNA 4):
After completing the course the student will understand the common concepts of wide area networks: available technologies, services and framing types. The student gains an understanding of implementing address translation, access controls lists and DHCP-services.
Content
Local Area Networks (CCNA1):
Basic network terminology relating to network protocols, networking models: Open System Interconnection (OSI) model and TCP/IP model, Ethernet operation, Internet Protocol (IP) addressing, subnetting and masks, Domain Name Server. Routing fundamentals, Structured Cabling and concepts: bandwidth, throughput, more details on 10/100/1000/10 G versions of Ethernet.
Internetworks (CCNA2):
Routers, basic configuration, static and dynamic routing, default route, routing protocols, testing IP-connectivity, troubleshooting routing, startup sequence of a router, interior gateway protocols, routing loops and elimination of routing loops.
Virtual Local Area Networks (CCNA 3):
The course focuses on the following: Ethernet switching, command-line interface configuration of switches, Virtual LANs and configuring of inter-VLAN routing. Spanning Tree Protocol, VLAN Trunking Protocol (VTP), VLAN concepts, LAN design goals, considerations and methodology.
Wide Area Networks (CCNA 4):
Address translation, DHCP, wide area networks, network management and concept of client-server systems.
Location and time
Course is delivered via LabSim -environment and timetable is totally up to student. Course can be done in own pace.
Materials
Online in LabSim environment.
Teaching methods
100% online Self-study course. All you need is web browser and working network connection.
Employer connections
N/A
Exam schedules
Online in LabSim environment.
International connections
N/A
Completion alternatives
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Student workload
Up to Student her-/himself.
Content scheduling
Up to Student her-/himself.
Further information
Course is delivered for Open UAS Students.
Evaluation scale
Hyväksytty/Hylätty
Assessment criteria, approved/failed
Local Area Networks (CCNA1):
Understands layered system models, characteristics of LAN, structured cabling, common equipment used in local area networks and applications. Understands the basics of TCP/IP-protocol and subnetting.
Internetworks (CCNA2):
Understands the basic features and arrangements of routing.
Virtual Local Area Networks (CCNA 3):
Understands the design and operational principles of the switched local area network.
Wide Area Networks (CCNA 4):
Understands the basic principles of address translations, access control lists and wide area network connections.
Assessment methods and criteria
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Further information
Course material is in English and course is delivered via LabSim -portal.
Timing
01.08.2023 - 31.12.2023
Number of ECTS credits allocated
16 op
Virtual portion
16 op
Mode of delivery
Distance learning
Unit
School of ICT
Campus
Karaportti 2
Teaching languages
- English
Seats
0 - 1000
Degree programmes
- Information and Communication Technology
Teachers
- Virve Prami
Teacher in charge
Janne Salonen
Groups
-
ATX23TV_SYKSYOpen UAS TestOut and Moodle courses
Objective
Local Area Networks (CCNA1):
After completing the course, the student understands basic terminology relating to reference models, LANs, WANs. The student knows the basics of Ethernet operation and Ethernet switching, IP addressing and the basics of IP subnetting. The student is able to set up a small LAN segment of two workstations, an Ethernet hub and a router connection, calculate subnet and set the workstation’s TCP/IP parameters and use ping to test destination reachability.
Internetworks (CCNA2):
After completing the course the student knows the basics of router management using console connection, configuration and showing the status of the router. Concerning the routed networks, the student knows the basics of RIP, OSPF and EIGRP routing protocols, testing IP-connectivity and troubleshooting. After completing the course the student can design and build small routed networks. The student can connect a local area network into a larger network, configure needed IP and routing parameters.
Virtual Local Area Networks (CCNA 3):
After completing the course the student knows the features of switched local area networks. The student has knowledge of how to design virtual local area networks and knows the operations principles of the spanning tree protocol. The student also can configure operational parameters on Ethernet switches, define virtual local area networks and route traffic between them.
Wide Area Networks (CCNA 4):
After completing the course the student will understand the common concepts of wide area networks: available technologies, services and framing types. The student gains an understanding of implementing address translation, access controls lists and DHCP-services.
Content
Local Area Networks (CCNA1):
Basic network terminology relating to network protocols, networking models: Open System Interconnection (OSI) model and TCP/IP model, Ethernet operation, Internet Protocol (IP) addressing, subnetting and masks, Domain Name Server. Routing fundamentals, Structured Cabling and concepts: bandwidth, throughput, more details on 10/100/1000/10 G versions of Ethernet.
Internetworks (CCNA2):
Routers, basic configuration, static and dynamic routing, default route, routing protocols, testing IP-connectivity, troubleshooting routing, startup sequence of a router, interior gateway protocols, routing loops and elimination of routing loops.
Virtual Local Area Networks (CCNA 3):
The course focuses on the following: Ethernet switching, command-line interface configuration of switches, Virtual LANs and configuring of inter-VLAN routing. Spanning Tree Protocol, VLAN Trunking Protocol (VTP), VLAN concepts, LAN design goals, considerations and methodology.
Wide Area Networks (CCNA 4):
Address translation, DHCP, wide area networks, network management and concept of client-server systems.
Location and time
Course is delivered via LabSim -environment and timetable is totally up to student. Course can be done in own pace.
Materials
Online in LabSim environment.
Teaching methods
100% online Self-study course. All you need is web browser and working network connection.
Employer connections
N/A
Exam schedules
Online in LabSim environment.
International connections
N/A
Completion alternatives
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Student workload
Up to Student her-/himself.
Content scheduling
Up to Student her-/himself.
Further information
Course is delivered for Open UAS Students.
Evaluation scale
Hyväksytty/Hylätty
Assessment criteria, approved/failed
Local Area Networks (CCNA1):
Understands layered system models, characteristics of LAN, structured cabling, common equipment used in local area networks and applications. Understands the basics of TCP/IP-protocol and subnetting.
Internetworks (CCNA2):
Understands the basic features and arrangements of routing.
Virtual Local Area Networks (CCNA 3):
Understands the design and operational principles of the switched local area network.
Wide Area Networks (CCNA 4):
Understands the basic principles of address translations, access control lists and wide area network connections.
Assessment methods and criteria
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Further information
Course material is in English and course is delivered via LabSim -portal.
Timing
15.06.2023 - 10.07.2023
Number of ECTS credits allocated
16 op
Virtual portion
16 op
Mode of delivery
Distance learning
Unit
School of ICT
Campus
Karaportti 2
Teaching languages
- English
Seats
0 - 1000
Degree programmes
- Information and Communication Technology
Teachers
- Virve Prami
Teacher in charge
Janne Salonen
Groups
-
ATX23TV_KESÄLOMAKesälomatuuraajan toteutukset
Objective
Local Area Networks (CCNA1):
After completing the course, the student understands basic terminology relating to reference models, LANs, WANs. The student knows the basics of Ethernet operation and Ethernet switching, IP addressing and the basics of IP subnetting. The student is able to set up a small LAN segment of two workstations, an Ethernet hub and a router connection, calculate subnet and set the workstation’s TCP/IP parameters and use ping to test destination reachability.
Internetworks (CCNA2):
After completing the course the student knows the basics of router management using console connection, configuration and showing the status of the router. Concerning the routed networks, the student knows the basics of RIP, OSPF and EIGRP routing protocols, testing IP-connectivity and troubleshooting. After completing the course the student can design and build small routed networks. The student can connect a local area network into a larger network, configure needed IP and routing parameters.
Virtual Local Area Networks (CCNA 3):
After completing the course the student knows the features of switched local area networks. The student has knowledge of how to design virtual local area networks and knows the operations principles of the spanning tree protocol. The student also can configure operational parameters on Ethernet switches, define virtual local area networks and route traffic between them.
Wide Area Networks (CCNA 4):
After completing the course the student will understand the common concepts of wide area networks: available technologies, services and framing types. The student gains an understanding of implementing address translation, access controls lists and DHCP-services.
Content
Local Area Networks (CCNA1):
Basic network terminology relating to network protocols, networking models: Open System Interconnection (OSI) model and TCP/IP model, Ethernet operation, Internet Protocol (IP) addressing, subnetting and masks, Domain Name Server. Routing fundamentals, Structured Cabling and concepts: bandwidth, throughput, more details on 10/100/1000/10 G versions of Ethernet.
Internetworks (CCNA2):
Routers, basic configuration, static and dynamic routing, default route, routing protocols, testing IP-connectivity, troubleshooting routing, startup sequence of a router, interior gateway protocols, routing loops and elimination of routing loops.
Virtual Local Area Networks (CCNA 3):
The course focuses on the following: Ethernet switching, command-line interface configuration of switches, Virtual LANs and configuring of inter-VLAN routing. Spanning Tree Protocol, VLAN Trunking Protocol (VTP), VLAN concepts, LAN design goals, considerations and methodology.
Wide Area Networks (CCNA 4):
Address translation, DHCP, wide area networks, network management and concept of client-server systems.
Location and time
Course is delivered via LabSim -environment and timetable is totally up to student. Course can be done in own pace.
Materials
Online in LabSim environment.
Teaching methods
100% online Self-study course. All you need is web browser and working network connection.
Employer connections
N/A
Exam schedules
Online in LabSim environment.
International connections
N/A
Completion alternatives
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Student workload
Up to Student her-/himself.
Content scheduling
Up to Student her-/himself.
Further information
Course is delivered for Open UAS Students.
Evaluation scale
Hyväksytty/Hylätty
Assessment criteria, approved/failed
Local Area Networks (CCNA1):
Understands layered system models, characteristics of LAN, structured cabling, common equipment used in local area networks and applications. Understands the basics of TCP/IP-protocol and subnetting.
Internetworks (CCNA2):
Understands the basic features and arrangements of routing.
Virtual Local Area Networks (CCNA 3):
Understands the design and operational principles of the switched local area network.
Wide Area Networks (CCNA 4):
Understands the basic principles of address translations, access control lists and wide area network connections.
Assessment methods and criteria
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Further information
Course material is in English and course is delivered via LabSim -portal.
Timing
01.01.2023 - 31.12.2023
Number of ECTS credits allocated
16 op
Virtual portion
16 op
Mode of delivery
Distance learning
Unit
School of ICT
Campus
Karaportti 2
Teaching languages
- English
Seats
0 - 1000
Degree programmes
- Information and Communication Technology
Teachers
- Virve Prami
Teacher in charge
Janne Salonen
Groups
-
ATX23TVNonStop virtual studies year 2023
Objective
Local Area Networks (CCNA1):
After completing the course, the student understands basic terminology relating to reference models, LANs, WANs. The student knows the basics of Ethernet operation and Ethernet switching, IP addressing and the basics of IP subnetting. The student is able to set up a small LAN segment of two workstations, an Ethernet hub and a router connection, calculate subnet and set the workstation’s TCP/IP parameters and use ping to test destination reachability.
Internetworks (CCNA2):
After completing the course the student knows the basics of router management using console connection, configuration and showing the status of the router. Concerning the routed networks, the student knows the basics of RIP, OSPF and EIGRP routing protocols, testing IP-connectivity and troubleshooting. After completing the course the student can design and build small routed networks. The student can connect a local area network into a larger network, configure needed IP and routing parameters.
Virtual Local Area Networks (CCNA 3):
After completing the course the student knows the features of switched local area networks. The student has knowledge of how to design virtual local area networks and knows the operations principles of the spanning tree protocol. The student also can configure operational parameters on Ethernet switches, define virtual local area networks and route traffic between them.
Wide Area Networks (CCNA 4):
After completing the course the student will understand the common concepts of wide area networks: available technologies, services and framing types. The student gains an understanding of implementing address translation, access controls lists and DHCP-services.
Content
Local Area Networks (CCNA1):
Basic network terminology relating to network protocols, networking models: Open System Interconnection (OSI) model and TCP/IP model, Ethernet operation, Internet Protocol (IP) addressing, subnetting and masks, Domain Name Server. Routing fundamentals, Structured Cabling and concepts: bandwidth, throughput, more details on 10/100/1000/10 G versions of Ethernet.
Internetworks (CCNA2):
Routers, basic configuration, static and dynamic routing, default route, routing protocols, testing IP-connectivity, troubleshooting routing, startup sequence of a router, interior gateway protocols, routing loops and elimination of routing loops.
Virtual Local Area Networks (CCNA 3):
The course focuses on the following: Ethernet switching, command-line interface configuration of switches, Virtual LANs and configuring of inter-VLAN routing. Spanning Tree Protocol, VLAN Trunking Protocol (VTP), VLAN concepts, LAN design goals, considerations and methodology.
Wide Area Networks (CCNA 4):
Address translation, DHCP, wide area networks, network management and concept of client-server systems.
Location and time
Course is delivered via LabSim -environment and timetable is totally up to student. Course can be done in own pace.
Materials
Online in LabSim environment.
Teaching methods
100% online Self-study course. All you need is web browser and working network connection.
Employer connections
N/A
Exam schedules
Online in LabSim environment.
International connections
N/A
Completion alternatives
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Student workload
Up to Student her-/himself.
Content scheduling
Up to Student her-/himself.
Further information
Course is delivered for Open UAS Students.
Evaluation scale
Hyväksytty/Hylätty
Assessment criteria, approved/failed
Local Area Networks (CCNA1):
Understands layered system models, characteristics of LAN, structured cabling, common equipment used in local area networks and applications. Understands the basics of TCP/IP-protocol and subnetting.
Internetworks (CCNA2):
Understands the basic features and arrangements of routing.
Virtual Local Area Networks (CCNA 3):
Understands the design and operational principles of the switched local area network.
Wide Area Networks (CCNA 4):
Understands the basic principles of address translations, access control lists and wide area network connections.
Assessment methods and criteria
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Further information
Course material is in English and course is delivered via LabSim -portal.
Timing
01.01.2023 - 31.12.2023
Number of ECTS credits allocated
16 op
Virtual portion
16 op
Mode of delivery
Distance learning
Unit
School of ICT
Campus
Karaportti 2
Teaching languages
- English
Seats
0 - 1000
Degree programmes
- Information and Communication Technology
Teachers
- Virve Prami
Teacher in charge
Janne Salonen
Objective
Local Area Networks (CCNA1):
After completing the course, the student understands basic terminology relating to reference models, LANs, WANs. The student knows the basics of Ethernet operation and Ethernet switching, IP addressing and the basics of IP subnetting. The student is able to set up a small LAN segment of two workstations, an Ethernet hub and a router connection, calculate subnet and set the workstation’s TCP/IP parameters and use ping to test destination reachability.
Internetworks (CCNA2):
After completing the course the student knows the basics of router management using console connection, configuration and showing the status of the router. Concerning the routed networks, the student knows the basics of RIP, OSPF and EIGRP routing protocols, testing IP-connectivity and troubleshooting. After completing the course the student can design and build small routed networks. The student can connect a local area network into a larger network, configure needed IP and routing parameters.
Virtual Local Area Networks (CCNA 3):
After completing the course the student knows the features of switched local area networks. The student has knowledge of how to design virtual local area networks and knows the operations principles of the spanning tree protocol. The student also can configure operational parameters on Ethernet switches, define virtual local area networks and route traffic between them.
Wide Area Networks (CCNA 4):
After completing the course the student will understand the common concepts of wide area networks: available technologies, services and framing types. The student gains an understanding of implementing address translation, access controls lists and DHCP-services.
Content
Local Area Networks (CCNA1):
Basic network terminology relating to network protocols, networking models: Open System Interconnection (OSI) model and TCP/IP model, Ethernet operation, Internet Protocol (IP) addressing, subnetting and masks, Domain Name Server. Routing fundamentals, Structured Cabling and concepts: bandwidth, throughput, more details on 10/100/1000/10 G versions of Ethernet.
Internetworks (CCNA2):
Routers, basic configuration, static and dynamic routing, default route, routing protocols, testing IP-connectivity, troubleshooting routing, startup sequence of a router, interior gateway protocols, routing loops and elimination of routing loops.
Virtual Local Area Networks (CCNA 3):
The course focuses on the following: Ethernet switching, command-line interface configuration of switches, Virtual LANs and configuring of inter-VLAN routing. Spanning Tree Protocol, VLAN Trunking Protocol (VTP), VLAN concepts, LAN design goals, considerations and methodology.
Wide Area Networks (CCNA 4):
Address translation, DHCP, wide area networks, network management and concept of client-server systems.
Location and time
Course is delivered via LabSim -environment and timetable is totally up to student. Course can be done in own pace.
Materials
Online in LabSim environment.
Teaching methods
100% online Self-study course. All you need is web browser and working network connection.
Employer connections
N/A
Exam schedules
Online in LabSim environment.
International connections
N/A
Completion alternatives
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Student workload
Up to Student her-/himself.
Content scheduling
Up to Student her-/himself.
Further information
Course is delivered for Open UAS Students.
Evaluation scale
Hyväksytty/Hylätty
Assessment criteria, approved/failed
Local Area Networks (CCNA1):
Understands layered system models, characteristics of LAN, structured cabling, common equipment used in local area networks and applications. Understands the basics of TCP/IP-protocol and subnetting.
Internetworks (CCNA2):
Understands the basic features and arrangements of routing.
Virtual Local Area Networks (CCNA 3):
Understands the design and operational principles of the switched local area network.
Wide Area Networks (CCNA 4):
Understands the basic principles of address translations, access control lists and wide area network connections.
Assessment methods and criteria
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Further information
Course material is in English and course is delivered via LabSim -portal.
Timing
31.12.2022 - 31.12.2023
Number of ECTS credits allocated
16 op
Virtual portion
16 op
Mode of delivery
Distance learning
Unit
School of ICT
Campus
Karaportti 2
Teaching languages
- English
Seats
0 - 1000
Degree programmes
- Information and Communication Technology
Teachers
- Virve Prami
Teacher in charge
Janne Salonen
Groups
-
ATX22TVSOpen UAS: NonStop Autumn 2022
Objective
Local Area Networks (CCNA1):
After completing the course, the student understands basic terminology relating to reference models, LANs, WANs. The student knows the basics of Ethernet operation and Ethernet switching, IP addressing and the basics of IP subnetting. The student is able to set up a small LAN segment of two workstations, an Ethernet hub and a router connection, calculate subnet and set the workstation’s TCP/IP parameters and use ping to test destination reachability.
Internetworks (CCNA2):
After completing the course the student knows the basics of router management using console connection, configuration and showing the status of the router. Concerning the routed networks, the student knows the basics of RIP, OSPF and EIGRP routing protocols, testing IP-connectivity and troubleshooting. After completing the course the student can design and build small routed networks. The student can connect a local area network into a larger network, configure needed IP and routing parameters.
Virtual Local Area Networks (CCNA 3):
After completing the course the student knows the features of switched local area networks. The student has knowledge of how to design virtual local area networks and knows the operations principles of the spanning tree protocol. The student also can configure operational parameters on Ethernet switches, define virtual local area networks and route traffic between them.
Wide Area Networks (CCNA 4):
After completing the course the student will understand the common concepts of wide area networks: available technologies, services and framing types. The student gains an understanding of implementing address translation, access controls lists and DHCP-services.
Content
Local Area Networks (CCNA1):
Basic network terminology relating to network protocols, networking models: Open System Interconnection (OSI) model and TCP/IP model, Ethernet operation, Internet Protocol (IP) addressing, subnetting and masks, Domain Name Server. Routing fundamentals, Structured Cabling and concepts: bandwidth, throughput, more details on 10/100/1000/10 G versions of Ethernet.
Internetworks (CCNA2):
Routers, basic configuration, static and dynamic routing, default route, routing protocols, testing IP-connectivity, troubleshooting routing, startup sequence of a router, interior gateway protocols, routing loops and elimination of routing loops.
Virtual Local Area Networks (CCNA 3):
The course focuses on the following: Ethernet switching, command-line interface configuration of switches, Virtual LANs and configuring of inter-VLAN routing. Spanning Tree Protocol, VLAN Trunking Protocol (VTP), VLAN concepts, LAN design goals, considerations and methodology.
Wide Area Networks (CCNA 4):
Address translation, DHCP, wide area networks, network management and concept of client-server systems.
Location and time
Course is delivered via LabSim -environment and timetable is totally up to student. Course can be done in own pace.
Materials
Online in LabSim environment.
Teaching methods
100% online Self-study course. All you need is web browser and working network connection.
Employer connections
N/A
Exam schedules
Online in LabSim environment.
International connections
N/A
Completion alternatives
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Student workload
Up to Student her-/himself.
Content scheduling
Up to Student her-/himself.
Further information
Course is delivered for Open UAS Students.
Evaluation scale
Hyväksytty/Hylätty
Assessment criteria, approved/failed
Local Area Networks (CCNA1):
Understands layered system models, characteristics of LAN, structured cabling, common equipment used in local area networks and applications. Understands the basics of TCP/IP-protocol and subnetting.
Internetworks (CCNA2):
Understands the basic features and arrangements of routing.
Virtual Local Area Networks (CCNA 3):
Understands the design and operational principles of the switched local area network.
Wide Area Networks (CCNA 4):
Understands the basic principles of address translations, access control lists and wide area network connections.
Assessment methods and criteria
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Further information
Course material is in English and course is delivered via LabSim -portal.
Timing
01.08.2022 - 31.12.2022
Number of ECTS credits allocated
16 op
Virtual portion
16 op
Mode of delivery
Distance learning
Unit
School of ICT
Campus
Karaportti 2
Teaching languages
- English
Seats
0 - 1000
Degree programmes
- Information and Communication Technology
Teachers
- Virve Prami
Teacher in charge
Janne Salonen
Objective
Local Area Networks (CCNA1):
After completing the course, the student understands basic terminology relating to reference models, LANs, WANs. The student knows the basics of Ethernet operation and Ethernet switching, IP addressing and the basics of IP subnetting. The student is able to set up a small LAN segment of two workstations, an Ethernet hub and a router connection, calculate subnet and set the workstation’s TCP/IP parameters and use ping to test destination reachability.
Internetworks (CCNA2):
After completing the course the student knows the basics of router management using console connection, configuration and showing the status of the router. Concerning the routed networks, the student knows the basics of RIP, OSPF and EIGRP routing protocols, testing IP-connectivity and troubleshooting. After completing the course the student can design and build small routed networks. The student can connect a local area network into a larger network, configure needed IP and routing parameters.
Virtual Local Area Networks (CCNA 3):
After completing the course the student knows the features of switched local area networks. The student has knowledge of how to design virtual local area networks and knows the operations principles of the spanning tree protocol. The student also can configure operational parameters on Ethernet switches, define virtual local area networks and route traffic between them.
Wide Area Networks (CCNA 4):
After completing the course the student will understand the common concepts of wide area networks: available technologies, services and framing types. The student gains an understanding of implementing address translation, access controls lists and DHCP-services.
Content
Local Area Networks (CCNA1):
Basic network terminology relating to network protocols, networking models: Open System Interconnection (OSI) model and TCP/IP model, Ethernet operation, Internet Protocol (IP) addressing, subnetting and masks, Domain Name Server. Routing fundamentals, Structured Cabling and concepts: bandwidth, throughput, more details on 10/100/1000/10 G versions of Ethernet.
Internetworks (CCNA2):
Routers, basic configuration, static and dynamic routing, default route, routing protocols, testing IP-connectivity, troubleshooting routing, startup sequence of a router, interior gateway protocols, routing loops and elimination of routing loops.
Virtual Local Area Networks (CCNA 3):
The course focuses on the following: Ethernet switching, command-line interface configuration of switches, Virtual LANs and configuring of inter-VLAN routing. Spanning Tree Protocol, VLAN Trunking Protocol (VTP), VLAN concepts, LAN design goals, considerations and methodology.
Wide Area Networks (CCNA 4):
Address translation, DHCP, wide area networks, network management and concept of client-server systems.
Location and time
Course is delivered via LabSim -environment and timetable is totally up to student. Course can be done in own pace.
Materials
Online in LabSim environment.
Teaching methods
100% online Self-study course. All you need is web browser and working network connection.
Employer connections
N/A
Exam schedules
Online in LabSim environment.
International connections
N/A
Completion alternatives
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Student workload
Up to Student her-/himself.
Content scheduling
Up to Student her-/himself.
Further information
Course is delivered for Open UAS Students.
Evaluation scale
Hyväksytty/Hylätty
Assessment criteria, approved/failed
Local Area Networks (CCNA1):
Understands layered system models, characteristics of LAN, structured cabling, common equipment used in local area networks and applications. Understands the basics of TCP/IP-protocol and subnetting.
Internetworks (CCNA2):
Understands the basic features and arrangements of routing.
Virtual Local Area Networks (CCNA 3):
Understands the design and operational principles of the switched local area network.
Wide Area Networks (CCNA 4):
Understands the basic principles of address translations, access control lists and wide area network connections.
Assessment methods and criteria
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Further information
Course material is in English and course is delivered via LabSim -portal.
Timing
01.08.2022 - 31.12.2022
Number of ECTS credits allocated
16 op
Virtual portion
16 op
Mode of delivery
Distance learning
Unit
School of ICT
Campus
Karaportti 2
Teaching languages
- English
Seats
0 - 1000
Degree programmes
- Information and Communication Technology
Teachers
- Virve Prami
Teacher in charge
Janne Salonen
Objective
Local Area Networks (CCNA1):
After completing the course, the student understands basic terminology relating to reference models, LANs, WANs. The student knows the basics of Ethernet operation and Ethernet switching, IP addressing and the basics of IP subnetting. The student is able to set up a small LAN segment of two workstations, an Ethernet hub and a router connection, calculate subnet and set the workstation’s TCP/IP parameters and use ping to test destination reachability.
Internetworks (CCNA2):
After completing the course the student knows the basics of router management using console connection, configuration and showing the status of the router. Concerning the routed networks, the student knows the basics of RIP, OSPF and EIGRP routing protocols, testing IP-connectivity and troubleshooting. After completing the course the student can design and build small routed networks. The student can connect a local area network into a larger network, configure needed IP and routing parameters.
Virtual Local Area Networks (CCNA 3):
After completing the course the student knows the features of switched local area networks. The student has knowledge of how to design virtual local area networks and knows the operations principles of the spanning tree protocol. The student also can configure operational parameters on Ethernet switches, define virtual local area networks and route traffic between them.
Wide Area Networks (CCNA 4):
After completing the course the student will understand the common concepts of wide area networks: available technologies, services and framing types. The student gains an understanding of implementing address translation, access controls lists and DHCP-services.
Content
Local Area Networks (CCNA1):
Basic network terminology relating to network protocols, networking models: Open System Interconnection (OSI) model and TCP/IP model, Ethernet operation, Internet Protocol (IP) addressing, subnetting and masks, Domain Name Server. Routing fundamentals, Structured Cabling and concepts: bandwidth, throughput, more details on 10/100/1000/10 G versions of Ethernet.
Internetworks (CCNA2):
Routers, basic configuration, static and dynamic routing, default route, routing protocols, testing IP-connectivity, troubleshooting routing, startup sequence of a router, interior gateway protocols, routing loops and elimination of routing loops.
Virtual Local Area Networks (CCNA 3):
The course focuses on the following: Ethernet switching, command-line interface configuration of switches, Virtual LANs and configuring of inter-VLAN routing. Spanning Tree Protocol, VLAN Trunking Protocol (VTP), VLAN concepts, LAN design goals, considerations and methodology.
Wide Area Networks (CCNA 4):
Address translation, DHCP, wide area networks, network management and concept of client-server systems.
Location and time
Course is delivered via LabSim -environment and timetable is totally up to student. Course can be done in own pace.
Materials
Online in LabSim environment.
Teaching methods
100% online Self-study course. All you need is web browser and working network connection.
Employer connections
N/A
Exam schedules
Online in LabSim environment.
International connections
N/A
Completion alternatives
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Student workload
Up to Student her-/himself.
Content scheduling
Up to Student her-/himself.
Further information
Course is delivered for Open UAS Students.
Evaluation scale
Hyväksytty/Hylätty
Assessment criteria, approved/failed
Local Area Networks (CCNA1):
Understands layered system models, characteristics of LAN, structured cabling, common equipment used in local area networks and applications. Understands the basics of TCP/IP-protocol and subnetting.
Internetworks (CCNA2):
Understands the basic features and arrangements of routing.
Virtual Local Area Networks (CCNA 3):
Understands the design and operational principles of the switched local area network.
Wide Area Networks (CCNA 4):
Understands the basic principles of address translations, access control lists and wide area network connections.
Assessment methods and criteria
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Further information
Course material is in English and course is delivered via LabSim -portal.
Timing
01.08.2022 - 31.12.2022
Number of ECTS credits allocated
16 op
Virtual portion
16 op
Mode of delivery
Distance learning
Unit
School of ICT
Campus
Karaportti 2
Teaching languages
- English
Seats
0 - 1000
Degree programmes
- Information and Communication Technology
Teachers
- Virve Prami
Teacher in charge
Janne Salonen
Objective
Local Area Networks (CCNA1):
After completing the course, the student understands basic terminology relating to reference models, LANs, WANs. The student knows the basics of Ethernet operation and Ethernet switching, IP addressing and the basics of IP subnetting. The student is able to set up a small LAN segment of two workstations, an Ethernet hub and a router connection, calculate subnet and set the workstation’s TCP/IP parameters and use ping to test destination reachability.
Internetworks (CCNA2):
After completing the course the student knows the basics of router management using console connection, configuration and showing the status of the router. Concerning the routed networks, the student knows the basics of RIP, OSPF and EIGRP routing protocols, testing IP-connectivity and troubleshooting. After completing the course the student can design and build small routed networks. The student can connect a local area network into a larger network, configure needed IP and routing parameters.
Virtual Local Area Networks (CCNA 3):
After completing the course the student knows the features of switched local area networks. The student has knowledge of how to design virtual local area networks and knows the operations principles of the spanning tree protocol. The student also can configure operational parameters on Ethernet switches, define virtual local area networks and route traffic between them.
Wide Area Networks (CCNA 4):
After completing the course the student will understand the common concepts of wide area networks: available technologies, services and framing types. The student gains an understanding of implementing address translation, access controls lists and DHCP-services.
Content
Local Area Networks (CCNA1):
Basic network terminology relating to network protocols, networking models: Open System Interconnection (OSI) model and TCP/IP model, Ethernet operation, Internet Protocol (IP) addressing, subnetting and masks, Domain Name Server. Routing fundamentals, Structured Cabling and concepts: bandwidth, throughput, more details on 10/100/1000/10 G versions of Ethernet.
Internetworks (CCNA2):
Routers, basic configuration, static and dynamic routing, default route, routing protocols, testing IP-connectivity, troubleshooting routing, startup sequence of a router, interior gateway protocols, routing loops and elimination of routing loops.
Virtual Local Area Networks (CCNA 3):
The course focuses on the following: Ethernet switching, command-line interface configuration of switches, Virtual LANs and configuring of inter-VLAN routing. Spanning Tree Protocol, VLAN Trunking Protocol (VTP), VLAN concepts, LAN design goals, considerations and methodology.
Wide Area Networks (CCNA 4):
Address translation, DHCP, wide area networks, network management and concept of client-server systems.
Location and time
Course is delivered via LabSim -environment and timetable is totally up to student. Course can be done in own pace.
Materials
Online in LabSim environment.
Teaching methods
100% online Self-study course. All you need is web browser and working network connection.
Employer connections
N/A
Exam schedules
Online in LabSim environment.
International connections
N/A
Completion alternatives
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Student workload
Up to Student her-/himself.
Content scheduling
Up to Student her-/himself.
Further information
Course is delivered for Open UAS Students.
Evaluation scale
Hyväksytty/Hylätty
Assessment criteria, approved/failed
Local Area Networks (CCNA1):
Understands layered system models, characteristics of LAN, structured cabling, common equipment used in local area networks and applications. Understands the basics of TCP/IP-protocol and subnetting.
Internetworks (CCNA2):
Understands the basic features and arrangements of routing.
Virtual Local Area Networks (CCNA 3):
Understands the design and operational principles of the switched local area network.
Wide Area Networks (CCNA 4):
Understands the basic principles of address translations, access control lists and wide area network connections.
Assessment methods and criteria
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Further information
Course material is in English and course is delivered via LabSim -portal.
Timing
01.08.2022 - 31.12.2022
Number of ECTS credits allocated
16 op
Virtual portion
16 op
Mode of delivery
Distance learning
Unit
School of ICT
Campus
Karaportti 2
Teaching languages
- English
Seats
0 - 1000
Degree programmes
- Information and Communication Technology
Teachers
- Virve Prami
Teacher in charge
Janne Salonen
Objective
Local Area Networks (CCNA1):
After completing the course, the student understands basic terminology relating to reference models, LANs, WANs. The student knows the basics of Ethernet operation and Ethernet switching, IP addressing and the basics of IP subnetting. The student is able to set up a small LAN segment of two workstations, an Ethernet hub and a router connection, calculate subnet and set the workstation’s TCP/IP parameters and use ping to test destination reachability.
Internetworks (CCNA2):
After completing the course the student knows the basics of router management using console connection, configuration and showing the status of the router. Concerning the routed networks, the student knows the basics of RIP, OSPF and EIGRP routing protocols, testing IP-connectivity and troubleshooting. After completing the course the student can design and build small routed networks. The student can connect a local area network into a larger network, configure needed IP and routing parameters.
Virtual Local Area Networks (CCNA 3):
After completing the course the student knows the features of switched local area networks. The student has knowledge of how to design virtual local area networks and knows the operations principles of the spanning tree protocol. The student also can configure operational parameters on Ethernet switches, define virtual local area networks and route traffic between them.
Wide Area Networks (CCNA 4):
After completing the course the student will understand the common concepts of wide area networks: available technologies, services and framing types. The student gains an understanding of implementing address translation, access controls lists and DHCP-services.
Content
Local Area Networks (CCNA1):
Basic network terminology relating to network protocols, networking models: Open System Interconnection (OSI) model and TCP/IP model, Ethernet operation, Internet Protocol (IP) addressing, subnetting and masks, Domain Name Server. Routing fundamentals, Structured Cabling and concepts: bandwidth, throughput, more details on 10/100/1000/10 G versions of Ethernet.
Internetworks (CCNA2):
Routers, basic configuration, static and dynamic routing, default route, routing protocols, testing IP-connectivity, troubleshooting routing, startup sequence of a router, interior gateway protocols, routing loops and elimination of routing loops.
Virtual Local Area Networks (CCNA 3):
The course focuses on the following: Ethernet switching, command-line interface configuration of switches, Virtual LANs and configuring of inter-VLAN routing. Spanning Tree Protocol, VLAN Trunking Protocol (VTP), VLAN concepts, LAN design goals, considerations and methodology.
Wide Area Networks (CCNA 4):
Address translation, DHCP, wide area networks, network management and concept of client-server systems.
Location and time
Course is delivered via LabSim -environment and timetable is totally up to student. Course can be done in own pace.
Materials
Online in LabSim environment.
Teaching methods
100% online Self-study course. All you need is web browser and working network connection.
Employer connections
N/A
Exam schedules
Online in LabSim environment.
International connections
N/A
Completion alternatives
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Student workload
Up to Student her-/himself.
Content scheduling
Up to Student her-/himself.
Further information
Course is delivered for Open UAS Students.
Evaluation scale
Hyväksytty/Hylätty
Assessment criteria, approved/failed
Local Area Networks (CCNA1):
Understands layered system models, characteristics of LAN, structured cabling, common equipment used in local area networks and applications. Understands the basics of TCP/IP-protocol and subnetting.
Internetworks (CCNA2):
Understands the basic features and arrangements of routing.
Virtual Local Area Networks (CCNA 3):
Understands the design and operational principles of the switched local area network.
Wide Area Networks (CCNA 4):
Understands the basic principles of address translations, access control lists and wide area network connections.
Assessment methods and criteria
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Further information
Course material is in English and course is delivered via LabSim -portal.
Timing
01.08.2022 - 31.12.2023
Number of ECTS credits allocated
16 op
Virtual portion
16 op
Mode of delivery
Distance learning
Unit
School of ICT
Campus
Karaportti 2
Teaching languages
- English
Seats
0 - 1000
Degree programmes
- Information and Communication Technology
Teachers
- Virve Prami
Teacher in charge
Janne Salonen
Groups
-
ATX23TV_KEVÄTATX23TV_KEVÄT
Objective
Local Area Networks (CCNA1):
After completing the course, the student understands basic terminology relating to reference models, LANs, WANs. The student knows the basics of Ethernet operation and Ethernet switching, IP addressing and the basics of IP subnetting. The student is able to set up a small LAN segment of two workstations, an Ethernet hub and a router connection, calculate subnet and set the workstation’s TCP/IP parameters and use ping to test destination reachability.
Internetworks (CCNA2):
After completing the course the student knows the basics of router management using console connection, configuration and showing the status of the router. Concerning the routed networks, the student knows the basics of RIP, OSPF and EIGRP routing protocols, testing IP-connectivity and troubleshooting. After completing the course the student can design and build small routed networks. The student can connect a local area network into a larger network, configure needed IP and routing parameters.
Virtual Local Area Networks (CCNA 3):
After completing the course the student knows the features of switched local area networks. The student has knowledge of how to design virtual local area networks and knows the operations principles of the spanning tree protocol. The student also can configure operational parameters on Ethernet switches, define virtual local area networks and route traffic between them.
Wide Area Networks (CCNA 4):
After completing the course the student will understand the common concepts of wide area networks: available technologies, services and framing types. The student gains an understanding of implementing address translation, access controls lists and DHCP-services.
Content
Local Area Networks (CCNA1):
Basic network terminology relating to network protocols, networking models: Open System Interconnection (OSI) model and TCP/IP model, Ethernet operation, Internet Protocol (IP) addressing, subnetting and masks, Domain Name Server. Routing fundamentals, Structured Cabling and concepts: bandwidth, throughput, more details on 10/100/1000/10 G versions of Ethernet.
Internetworks (CCNA2):
Routers, basic configuration, static and dynamic routing, default route, routing protocols, testing IP-connectivity, troubleshooting routing, startup sequence of a router, interior gateway protocols, routing loops and elimination of routing loops.
Virtual Local Area Networks (CCNA 3):
The course focuses on the following: Ethernet switching, command-line interface configuration of switches, Virtual LANs and configuring of inter-VLAN routing. Spanning Tree Protocol, VLAN Trunking Protocol (VTP), VLAN concepts, LAN design goals, considerations and methodology.
Wide Area Networks (CCNA 4):
Address translation, DHCP, wide area networks, network management and concept of client-server systems.
Location and time
Course is delivered via LabSim -environment and timetable is totally up to student. Course can be done in own pace.
Materials
Online in LabSim environment.
Teaching methods
100% online Self-study course. All you need is web browser and working network connection.
Employer connections
N/A
Exam schedules
Online in LabSim environment.
International connections
N/A
Completion alternatives
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Student workload
Up to Student her-/himself.
Content scheduling
Up to Student her-/himself.
Further information
Course is delivered for Open UAS Students.
Evaluation scale
Hyväksytty/Hylätty
Assessment criteria, approved/failed
Local Area Networks (CCNA1):
Understands layered system models, characteristics of LAN, structured cabling, common equipment used in local area networks and applications. Understands the basics of TCP/IP-protocol and subnetting.
Internetworks (CCNA2):
Understands the basic features and arrangements of routing.
Virtual Local Area Networks (CCNA 3):
Understands the design and operational principles of the switched local area network.
Wide Area Networks (CCNA 4):
Understands the basic principles of address translations, access control lists and wide area network connections.
Assessment methods and criteria
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Further information
Course material is in English and course is delivered via LabSim -portal.
Timing
01.01.2022 - 31.07.2023
Number of ECTS credits allocated
16 op
Virtual portion
16 op
Mode of delivery
Distance learning
Unit
School of ICT
Campus
Karaportti 2
Teaching languages
- English
Seats
0 - 1000
Degree programmes
- Information and Communication Technology
Teachers
- Virve Prami
Teacher in charge
Janne Salonen
Objective
Local Area Networks (CCNA1):
After completing the course, the student understands basic terminology relating to reference models, LANs, WANs. The student knows the basics of Ethernet operation and Ethernet switching, IP addressing and the basics of IP subnetting. The student is able to set up a small LAN segment of two workstations, an Ethernet hub and a router connection, calculate subnet and set the workstation’s TCP/IP parameters and use ping to test destination reachability.
Internetworks (CCNA2):
After completing the course the student knows the basics of router management using console connection, configuration and showing the status of the router. Concerning the routed networks, the student knows the basics of RIP, OSPF and EIGRP routing protocols, testing IP-connectivity and troubleshooting. After completing the course the student can design and build small routed networks. The student can connect a local area network into a larger network, configure needed IP and routing parameters.
Virtual Local Area Networks (CCNA 3):
After completing the course the student knows the features of switched local area networks. The student has knowledge of how to design virtual local area networks and knows the operations principles of the spanning tree protocol. The student also can configure operational parameters on Ethernet switches, define virtual local area networks and route traffic between them.
Wide Area Networks (CCNA 4):
After completing the course the student will understand the common concepts of wide area networks: available technologies, services and framing types. The student gains an understanding of implementing address translation, access controls lists and DHCP-services.
Content
Local Area Networks (CCNA1):
Basic network terminology relating to network protocols, networking models: Open System Interconnection (OSI) model and TCP/IP model, Ethernet operation, Internet Protocol (IP) addressing, subnetting and masks, Domain Name Server. Routing fundamentals, Structured Cabling and concepts: bandwidth, throughput, more details on 10/100/1000/10 G versions of Ethernet.
Internetworks (CCNA2):
Routers, basic configuration, static and dynamic routing, default route, routing protocols, testing IP-connectivity, troubleshooting routing, startup sequence of a router, interior gateway protocols, routing loops and elimination of routing loops.
Virtual Local Area Networks (CCNA 3):
The course focuses on the following: Ethernet switching, command-line interface configuration of switches, Virtual LANs and configuring of inter-VLAN routing. Spanning Tree Protocol, VLAN Trunking Protocol (VTP), VLAN concepts, LAN design goals, considerations and methodology.
Wide Area Networks (CCNA 4):
Address translation, DHCP, wide area networks, network management and concept of client-server systems.
Location and time
Course is delivered via LabSim -environment and timetable is totally up to student. Course can be done in own pace.
Materials
Online in LabSim environment.
Teaching methods
100% online Self-study course. All you need is web browser and working network connection.
Employer connections
N/A
Exam schedules
Online in LabSim environment.
International connections
N/A
Completion alternatives
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Student workload
Up to Student her-/himself.
Content scheduling
Up to Student her-/himself.
Further information
Course is delivered for Open UAS Students.
Evaluation scale
Hyväksytty/Hylätty
Assessment criteria, approved/failed
Local Area Networks (CCNA1):
Understands layered system models, characteristics of LAN, structured cabling, common equipment used in local area networks and applications. Understands the basics of TCP/IP-protocol and subnetting.
Internetworks (CCNA2):
Understands the basic features and arrangements of routing.
Virtual Local Area Networks (CCNA 3):
Understands the design and operational principles of the switched local area network.
Wide Area Networks (CCNA 4):
Understands the basic principles of address translations, access control lists and wide area network connections.
Assessment methods and criteria
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Further information
Course material is in English and course is delivered via LabSim -portal.
Timing
01.01.2022 - 31.07.2023
Number of ECTS credits allocated
16 op
Virtual portion
16 op
Mode of delivery
Distance learning
Unit
School of ICT
Campus
Karaportti 2
Teaching languages
- English
Seats
0 - 1000
Degree programmes
- Information and Communication Technology
Teachers
- Virve Prami
Teacher in charge
Janne Salonen
Groups
-
ATX22TVKOpe UAS: NonStop Spring 2022
Objective
Local Area Networks (CCNA1):
After completing the course, the student understands basic terminology relating to reference models, LANs, WANs. The student knows the basics of Ethernet operation and Ethernet switching, IP addressing and the basics of IP subnetting. The student is able to set up a small LAN segment of two workstations, an Ethernet hub and a router connection, calculate subnet and set the workstation’s TCP/IP parameters and use ping to test destination reachability.
Internetworks (CCNA2):
After completing the course the student knows the basics of router management using console connection, configuration and showing the status of the router. Concerning the routed networks, the student knows the basics of RIP, OSPF and EIGRP routing protocols, testing IP-connectivity and troubleshooting. After completing the course the student can design and build small routed networks. The student can connect a local area network into a larger network, configure needed IP and routing parameters.
Virtual Local Area Networks (CCNA 3):
After completing the course the student knows the features of switched local area networks. The student has knowledge of how to design virtual local area networks and knows the operations principles of the spanning tree protocol. The student also can configure operational parameters on Ethernet switches, define virtual local area networks and route traffic between them.
Wide Area Networks (CCNA 4):
After completing the course the student will understand the common concepts of wide area networks: available technologies, services and framing types. The student gains an understanding of implementing address translation, access controls lists and DHCP-services.
Content
Local Area Networks (CCNA1):
Basic network terminology relating to network protocols, networking models: Open System Interconnection (OSI) model and TCP/IP model, Ethernet operation, Internet Protocol (IP) addressing, subnetting and masks, Domain Name Server. Routing fundamentals, Structured Cabling and concepts: bandwidth, throughput, more details on 10/100/1000/10 G versions of Ethernet.
Internetworks (CCNA2):
Routers, basic configuration, static and dynamic routing, default route, routing protocols, testing IP-connectivity, troubleshooting routing, startup sequence of a router, interior gateway protocols, routing loops and elimination of routing loops.
Virtual Local Area Networks (CCNA 3):
The course focuses on the following: Ethernet switching, command-line interface configuration of switches, Virtual LANs and configuring of inter-VLAN routing. Spanning Tree Protocol, VLAN Trunking Protocol (VTP), VLAN concepts, LAN design goals, considerations and methodology.
Wide Area Networks (CCNA 4):
Address translation, DHCP, wide area networks, network management and concept of client-server systems.
Location and time
Course is delivered via LabSim -environment and timetable is totally up to student. Course can be done in own pace.
Materials
Online in LabSim environment.
Teaching methods
100% online Self-study course. All you need is web browser and working network connection.
Employer connections
N/A
Exam schedules
Online in LabSim environment.
International connections
N/A
Completion alternatives
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Student workload
Up to Student her-/himself.
Content scheduling
Up to Student her-/himself.
Further information
Course is delivered for Open UAS Students.
Evaluation scale
Hyväksytty/Hylätty
Assessment criteria, approved/failed
Local Area Networks (CCNA1):
Understands layered system models, characteristics of LAN, structured cabling, common equipment used in local area networks and applications. Understands the basics of TCP/IP-protocol and subnetting.
Internetworks (CCNA2):
Understands the basic features and arrangements of routing.
Virtual Local Area Networks (CCNA 3):
Understands the design and operational principles of the switched local area network.
Wide Area Networks (CCNA 4):
Understands the basic principles of address translations, access control lists and wide area network connections.
Assessment methods and criteria
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Further information
Course material is in English and course is delivered via LabSim -portal.
Timing
15.03.2021 - 31.12.2023
Number of ECTS credits allocated
16 op
Virtual portion
16 op
Mode of delivery
Distance learning
Unit
School of ICT
Campus
Karaportti 2
Teaching languages
- English
Seats
0 - 500
Degree programmes
- Information and Communication Technology
Teachers
- Virve Prami
Teacher in charge
Janne Salonen
Groups
-
CareerBoost_TXK_21Career Boost 21 (Tivi)
-
CareerBoost_TXK_22Career Boost 22 (TiVi)
Objective
Local Area Networks (CCNA1):
After completing the course, the student understands basic terminology relating to reference models, LANs, WANs. The student knows the basics of Ethernet operation and Ethernet switching, IP addressing and the basics of IP subnetting. The student is able to set up a small LAN segment of two workstations, an Ethernet hub and a router connection, calculate subnet and set the workstation’s TCP/IP parameters and use ping to test destination reachability.
Internetworks (CCNA2):
After completing the course the student knows the basics of router management using console connection, configuration and showing the status of the router. Concerning the routed networks, the student knows the basics of RIP, OSPF and EIGRP routing protocols, testing IP-connectivity and troubleshooting. After completing the course the student can design and build small routed networks. The student can connect a local area network into a larger network, configure needed IP and routing parameters.
Virtual Local Area Networks (CCNA 3):
After completing the course the student knows the features of switched local area networks. The student has knowledge of how to design virtual local area networks and knows the operations principles of the spanning tree protocol. The student also can configure operational parameters on Ethernet switches, define virtual local area networks and route traffic between them.
Wide Area Networks (CCNA 4):
After completing the course the student will understand the common concepts of wide area networks: available technologies, services and framing types. The student gains an understanding of implementing address translation, access controls lists and DHCP-services.
Content
Local Area Networks (CCNA1):
Basic network terminology relating to network protocols, networking models: Open System Interconnection (OSI) model and TCP/IP model, Ethernet operation, Internet Protocol (IP) addressing, subnetting and masks, Domain Name Server. Routing fundamentals, Structured Cabling and concepts: bandwidth, throughput, more details on 10/100/1000/10 G versions of Ethernet.
Internetworks (CCNA2):
Routers, basic configuration, static and dynamic routing, default route, routing protocols, testing IP-connectivity, troubleshooting routing, startup sequence of a router, interior gateway protocols, routing loops and elimination of routing loops.
Virtual Local Area Networks (CCNA 3):
The course focuses on the following: Ethernet switching, command-line interface configuration of switches, Virtual LANs and configuring of inter-VLAN routing. Spanning Tree Protocol, VLAN Trunking Protocol (VTP), VLAN concepts, LAN design goals, considerations and methodology.
Wide Area Networks (CCNA 4):
Address translation, DHCP, wide area networks, network management and concept of client-server systems.
Location and time
Course is delivered via LabSim -environment and timetable is totally up to student. Course can be done in own pace.
Materials
Online in LabSim environment.
Teaching methods
100% online Self-study course. All you need is web browser and working network connection.
Employer connections
N/A
Exam schedules
Online in LabSim environment.
International connections
N/A
Completion alternatives
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Student workload
Up to Student her-/himself.
Content scheduling
Up to Student her-/himself.
Further information
Course is delivered for Open UAS Students.
Evaluation scale
Hyväksytty/Hylätty
Assessment criteria, approved/failed
Local Area Networks (CCNA1):
Understands layered system models, characteristics of LAN, structured cabling, common equipment used in local area networks and applications. Understands the basics of TCP/IP-protocol and subnetting.
Internetworks (CCNA2):
Understands the basic features and arrangements of routing.
Virtual Local Area Networks (CCNA 3):
Understands the design and operational principles of the switched local area network.
Wide Area Networks (CCNA 4):
Understands the basic principles of address translations, access control lists and wide area network connections.
Assessment methods and criteria
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Further information
Course material is in English and course is delivered via LabSim -portal.
Timing
01.01.2021 - 31.07.2022
Number of ECTS credits allocated
16 op
Virtual portion
16 op
Mode of delivery
Distance learning
Unit
School of ICT
Campus
Karaportti 2
Teaching languages
- English
Seats
0 - 500
Degree programmes
- Information and Communication Technology
Teachers
- Virve Prami
Teacher in charge
Janne Salonen
Groups
-
ATX21TVNonStop virtual Studies year 2021
-
LabSim2021LabSim2021
-
LabSim2022LabSim2022
Objective
Local Area Networks (CCNA1):
After completing the course, the student understands basic terminology relating to reference models, LANs, WANs. The student knows the basics of Ethernet operation and Ethernet switching, IP addressing and the basics of IP subnetting. The student is able to set up a small LAN segment of two workstations, an Ethernet hub and a router connection, calculate subnet and set the workstation’s TCP/IP parameters and use ping to test destination reachability.
Internetworks (CCNA2):
After completing the course the student knows the basics of router management using console connection, configuration and showing the status of the router. Concerning the routed networks, the student knows the basics of RIP, OSPF and EIGRP routing protocols, testing IP-connectivity and troubleshooting. After completing the course the student can design and build small routed networks. The student can connect a local area network into a larger network, configure needed IP and routing parameters.
Virtual Local Area Networks (CCNA 3):
After completing the course the student knows the features of switched local area networks. The student has knowledge of how to design virtual local area networks and knows the operations principles of the spanning tree protocol. The student also can configure operational parameters on Ethernet switches, define virtual local area networks and route traffic between them.
Wide Area Networks (CCNA 4):
After completing the course the student will understand the common concepts of wide area networks: available technologies, services and framing types. The student gains an understanding of implementing address translation, access controls lists and DHCP-services.
Content
Local Area Networks (CCNA1):
Basic network terminology relating to network protocols, networking models: Open System Interconnection (OSI) model and TCP/IP model, Ethernet operation, Internet Protocol (IP) addressing, subnetting and masks, Domain Name Server. Routing fundamentals, Structured Cabling and concepts: bandwidth, throughput, more details on 10/100/1000/10 G versions of Ethernet.
Internetworks (CCNA2):
Routers, basic configuration, static and dynamic routing, default route, routing protocols, testing IP-connectivity, troubleshooting routing, startup sequence of a router, interior gateway protocols, routing loops and elimination of routing loops.
Virtual Local Area Networks (CCNA 3):
The course focuses on the following: Ethernet switching, command-line interface configuration of switches, Virtual LANs and configuring of inter-VLAN routing. Spanning Tree Protocol, VLAN Trunking Protocol (VTP), VLAN concepts, LAN design goals, considerations and methodology.
Wide Area Networks (CCNA 4):
Address translation, DHCP, wide area networks, network management and concept of client-server systems.
Location and time
Course is delivered via LabSim -environment and timetable is totally up to student. Course can be done in own pace.
Materials
Online in LabSim environment.
Teaching methods
100% online Self-study course. All you need is web browser and working network connection.
Employer connections
N/A
Exam schedules
Online in LabSim environment.
International connections
N/A
Completion alternatives
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Student workload
Up to Student her-/himself.
Content scheduling
Up to Student her-/himself.
Further information
Course is delivered for Open UAS Students.
Evaluation scale
Hyväksytty/Hylätty
Assessment criteria, approved/failed
Local Area Networks (CCNA1):
Understands layered system models, characteristics of LAN, structured cabling, common equipment used in local area networks and applications. Understands the basics of TCP/IP-protocol and subnetting.
Internetworks (CCNA2):
Understands the basic features and arrangements of routing.
Virtual Local Area Networks (CCNA 3):
Understands the design and operational principles of the switched local area network.
Wide Area Networks (CCNA 4):
Understands the basic principles of address translations, access control lists and wide area network connections.
Assessment methods and criteria
You have two choices for completion.
You can do couple of exercises from each module or you can do the test. This test can be found from the environment.
Further information
Course material is in English and course is delivered via LabSim -portal.