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Degree Programme in Automation Technology: Ohjeellinen ajoitussuunnitelma

Code: TD12S1

Degree title
Bachelor of Engineering, BEng
Credits
240 ects
Duration
4 years (240 ECTS)
Start semester
Autumn 2012
Teaching language
Finnish

Descriptions

Degree Programme in Automation Technology

Level of qualification
Bachelor of Engineering

Qualification awarded
Bachelor of Engineering

Specific admission requirements
None

Specific arrangements for recognition of prior learning
According to the general rules of the university of applied sciences: >>

Qualification requirements and regulations
240 ECTS credits to be completed according to the curriculum.
See the Degree Regulations of Helsinki Metropolia UAS: >>

Profile of the programme
The aim of the Automation Degree Programme is to provide the students with versatile skills and know-how for expert and practical duties in different fields of automation: information technology in automation, energy automation, manufacturing automation or process automation.

Key learning outcomes
Versatile skills in automation and specialization in some field of automation more closely.

Occupational profiles of graduates
Automation engineers are employed in engineering agencies, design, software and import companies, and in research institutions. Automation engineers are in expert or supervisory duties in product development and design, programming, technical purchase and sales, maintenance and service and training. Experts in automation often function as leaders of small groups, as design and project managers, senior operators and department heads. They also work in export projects as managers in charge of automation in design, implementation or start-up projects.

Access to further studies
Access to Master's degree of automation technology and Master's studies in a university according to the entrance qualifications.

Course structure diagram
The course structure diagram is specified in the programme study plan>>

Examination regulations, assessment and grading
Each course assessed using grading 0-5. Grade 0 = fail and grades 1-5 = pass. The assessment criteria are presented in each course description and the actual assessment methods depend on the teacher of the course.

Graduation requirements
240 ECTS credits to be completed according to the curriculum.

Mode of study
The studies are full-time studies

Programme director
Riitta Lehtinen
riitta.lehtinen[at]metropolia.fi

Development

Automaatiotekniikan tutkintoon johtavat opetussuunnitelmat ja niiden työelämävastaavuus hyväksytetään vuosittain helmikuussa kokoontuvassa neuvottelukunnassa. Neuvottelukunta koostuu automaation teollisuusvaikuttajista, oppilasedustajasta ja joukosta ammattiaineopettajia. Näin pyritään varmistamaan opetussuunnitelmien työelämälähtöisyys, ajantasaisuus ja tarkoituksenmukaisuus. Tämän lisäksi opetussuunnitelmaa kehitetään opettajien ja heidän työelämäverkostoissa käymän jatkuvan debatin, havainnoinnin ja vuorovaikutusten perusteella. Myös oppilaspalautteilla on kehittämistyössä merkittävä rooli.

Automaatiotekniikan koulutusohjelman neuvottelukunnan kokouksessa 17.2.2012 tarkasteltiin 2012 aloittavan ryhmän opetussuunnitelmaa. Neuvottelukunta on hyväksynyt opetussuunnitelman.

Further information

Specific admission requirements:
None

Specific arrangements for recognition of prior learning:
According to the general rules of the university of applied sciences

Qualification requirements and regulations:
240 ECTS credits to be completed according to the curriculum

Profile of the programme:
The aim of the Automation Degree Programme is to provide the students with versatile skills and know-how for expert and practical duties in different fields of automation: information technology in automation, energy automation, manufacturing automation or process automation.

Key learning outcomes:
versatile skills of automation and specialization in some field of automation more closely

Occupational profiles of graduates with examples:
Automation engineers are employed in engineering agencies, design, software and import companies, and in research institutions. Automation engineers are in expert or supervisory duties in product development and design, programming, technical purchase and sales, maintenance and service and training. Experts in automation often function as leaders of small groups, as design and project managers, senior operators and department heads. They also work in export projects as managers in charge for automation in design, implementation or start-up projects.

Access to further studies:
Access to Master's degree of automation technology and Master's studies in a university according to the entrance qualifications.

Examination regulations, assessment and grading:
Each course assessed using grading 0-5. Grade 0 = fail and grades 1-5 = pass. The assessment criteria is presented in each course description and the actual assessment methods depends on the teacher of the course.

Graduation requirements:
240 ECTS credits to be completed according to the curriculum

Mode of study (full-time, part-time…):
The studies are full-time

Programme director
Riitta Lehtinen
riitta.lehtinen@metropolia.fi

Show study timings by semester, study year or period

Code Name Credits (ECTS) 2012-2013 2013-2014 2014-2015 2015-2016 Autumn 2012 Spring 2013 Autumn 2013 Spring 2014 Autumn 2014 Spring 2015 Autumn 2015 Spring 2016 1. / 2012 2. / 2012 3. / 2013 4. / 2013 1. / 2013 2. / 2013 3. / 2014 4. / 2014 1. / 2014 2. / 2014 3. / 2015 4. / 2015 1. / 2015 2. / 2015 3. / 2016 4. / 2016
TD12S1-1000
Core Requirement Studies

(Choose 0)

0
XX00AC54 Introduction to Studies 3
TX00AD22 Basics in Engineering Mathematics 3
TX00AD23 Equations and Matrices 3
TX00AD24 Functions and Derivates 3
TX00AD25 Differential and Integral Calculations 3
TD00AB05 Differential Equations 3
TD00AB02 Laplace Transforms 3
TD00AB06 Mathematical Methods in Automation 3
TD00AB15 Basics of Mechanics and Electricity 3
TD00AB16 Mechanics, Thermal physics and Electric field 3
TD00AB17 Magnetism, Oscillations and Waves 3
TD00AB18 Acoustic and Electromagnetic Waves 3
TD00AB19 Physics Laboratories 3
TD00AB20 Chemistry and Environment 3
XX00AA68 Finnish Communication Skills for Technology 3
XX00AC51 Professional English 3
TD00AB23 English Communication Skills for Automation Technology 3
XX00AC52 Swedish at Work 3
XX00AC53 Finnish as a Second Language: Finnish at Work 3
TD00AB60 Introduction to Computing 3
TD00AB21 Programming 1 3
TX00AD14 Company Profitability Analysis and Cost Calculation 3
TD00AB22 Measurement Systems and Sensors 3
TD12S1-1001
Professional Studies

(Choose all )

89
TD12S1-1006
Compulsory Professional Studies

(Choose all )

79
TD00AB10 Electrical Engineering Basics 3
TD00AB11 Electrical Installations 3
TD00AB24 Analogue and Digital Electronics 5
TD00AB07 Technical Documentation and CAD 3
TX00AD21 Basics of Automation 3
TD00AB26 Automation Technology, Basic Laboratory Course 3
TD00AB13 Electrical Engineering of Automation 5
TD00AB27 Electric and Instrumentation Draw 3
TD00AB28 Automation Systems and Instrumentation 5
TD00AB03 Fundamentals of Hydraulics and Pneumatics 3
TD00AB43 Control Engineering 6
TD00AB44 Process Control 1 3
TD00AB29 Fieldbuses in Automation 5
TD00AB30 User Interfaces in Automation 3
TD00AB31 Automation Systems 3
TD00AB14 Electrical Drives 3
TD00AB32 Programming 2 3
TD00AB42 Safety of Industrial Automation 3
TD00AB46 Maintenance 3
TD00AA34 Automation 1. Year Project 6
TD00AB09 Machine Vision System 5
TD12S1-1007
Automation Project Module

(Choose all )

10
XX00AC55 Innovation Project 10
TD12S1-1002
Elective Studies

(Choose 0)

0
TD12S1-1010
Information Technology in Automation

(Choose all )

30
XX00AB21 Information System Project 3
XX00AA21 C++ Programming 3
XX00AA79 Introduction to Database Management 3
TD00AB35 Automation Software Engineering 3
TD00AB04 Factory Automation 3
TD00AB37 Safety of Machinery 3
TD00AB38 Production Automation 3
TD00AB39 Industrial Networks in Automation 3
XX00AB27 Manufacturing Management 3
TD00AB40 Quality Control 3
TD12S1-1011
Energy Automation

(Choose all )

33
TD00AB48 Energy Automation 3
TD00AB49 Energy Automation, Laboratory Course 3
TD00AB33 Process Automation Laboratory Works 3
TD00AB45 Process Control 2 3
TD00AB34 Advanced Process Control 3
TD00AB50 Building Automation 3
TD00AB12 Electric Power Engineering 3
TD00AB35 Automation Software Engineering 3
TD00AB01 3D Modelling 3
XX00AB27 Manufacturing Management 3
TD00AB40 Quality Control 3
TD12S1-1008
Manufacturing Automation

(Choose all )

33
TD00AB08 Manufacturing Automation, Laboratory Course 3
TD00AB04 Factory Automation 3
TD00AB51 Robotics 1 3
TD00AB52 Robotics 2 3
TD00AB37 Safety of Machinery 3
TD00AB35 Automation Software Engineering 3
TD00AB38 Production Automation 3
TD00AB39 Industrial Networks in Automation 3
TD00AB01 3D Modelling 3
XX00AB27 Manufacturing Management 3
TD00AB40 Quality Control 3
TD12S1-1009
Process Automation

(Choose all )

33
TD00AB33 Process Automation Laboratory Works 3
TD00AB45 Process Control 2 3
TD00AB34 Advanced Process Control 3
TD00AB48 Energy Automation 3
TD00AB49 Energy Automation, Laboratory Course 3
TD00AB12 Electric Power Engineering 3
TD00AB38 Production Automation 3
TD00AB35 Automation Software Engineering 3
TD00AB01 3D Modelling 3
XX00AB27 Manufacturing Management 3
TD00AB40 Quality Control 3
TD12S1-1003
Elective Studies

(Choose 0)

0
TD12S1-1004
Work Placement

(Choose all )

30
TX00AD58 Work Placement 1 15
TX00AD59 Work Placement 2 15
TD12S1-1005
Bachelor's Thesis

(Choose all )

15
TX00AD61 Bachelor's Thesis 15
Total 240 56 61 95 120 31 25 30.5 30.5 47.5 47.5 61.5 58.5 19.3 13.3 13.3 13.3 15.9 15.9 15.9 15.9 25.1 25.1 25.1 25.1 33.75 30.75 30.75 30.75

Due to the timing of optional and elective courses, credit accumulation per semester / academic year may vary.

polytechnics::bachelor level

Government Decree on Polytechnics (15.5.2003/352; 4 §)

Professional Studies
Professional English
Electrical Installations
Analogue and Digital Electronics
Technical Documentation and CAD
Basics of Automation
Automation Technology, Basic Laboratory Course
Electrical Engineering of Automation
Electric and Instrumentation Draw
Automation Systems and Instrumentation
Fundamentals of Hydraulics and Pneumatics
Control Engineering
Process Control 1
Fieldbuses in Automation
User Interfaces in Automation
Automation Systems
Electrical Drives
Programming 2
Safety of Industrial Automation
Maintenance
Automation 1. Year Project
Machine Vision System
C++ Programming
Automation Software Engineering
Factory Automation
Safety of Machinery
Production Automation
Industrial Networks in Automation
Quality Control
Energy Automation
Energy Automation, Laboratory Course
Process Automation Laboratory Works
Process Control 2
Advanced Process Control
Building Automation
Electric Power Engineering
Automation Software Engineering
3D Modelling
Quality Control
Manufacturing Automation, Laboratory Course
Factory Automation
Robotics 1
Robotics 2
Safety of Machinery
Automation Software Engineering
Production Automation
Industrial Networks in Automation
3D Modelling
Quality Control
Process Automation Laboratory Works
Process Control 2
Advanced Process Control
Energy Automation
Energy Automation, Laboratory Course
Electric Power Engineering
Production Automation
Automation Software Engineering
3D Modelling
Quality Control
Work Placement 1
Work Placement
Work Placement 2
Bachelor´s Thesis
Innovation Project
Bachelor's Thesis
Core Requirement Studies
Introduction to Studies
Basics in Engineering Mathematics
Equations and Matrices
Functions and Derivates
Differential and Integral Calculations
Differential Equations
Laplace Transforms
Mathematical Methods in Automation
Basics of Mechanics and Electricity
Mechanics, Thermal physics and Electric field
Magnetism, Oscillations and Waves
Acoustic and Electromagnetic Waves
Physics Laboratories
Chemistry and Environment
Finnish Communication Skills for Technology
English Communication Skills for Automation Technology
Finnish as a Second Language: Finnish at Work
Introduction to Computing
Programming 1
Company Profitability Analysis and Cost Calculation
Measurement Systems and Sensors
Introduction to Database Management
Manufacturing Management
Elective Studies
Electrical Engineering Basics
Information System Project
Not grouped
Swedish at Work
Manufacturing Management
Manufacturing Management
Manufacturing Management

automaatiotekniikka::kompetenssit

Lähettänyt 10.2.2009 Antti Liljaniemi

Automation and instrumentation
Electric and Instrumentation Draw
Automation Systems and Instrumentation
Information Technology in Automation
Introduction to Computing
Programming 1
Fieldbuses in Automation
User Interfaces in Automation
Programming 2
Maintenance
Machine Vision System
Information System Project
C++ Programming
Introduction to Database Management
Automation Software Engineering
Factory Automation
Safety of Machinery
Production Automation
Industrial Networks in Automation
Quality Control
Automation Software Engineering
3D Modelling
Quality Control
Factory Automation
Safety of Machinery
Automation Software Engineering
Production Automation
Industrial Networks in Automation
3D Modelling
Quality Control
Production Automation
Automation Software Engineering
3D Modelling
Quality Control
Automation engineering
Mathematical Methods in Automation
English Communication Skills for Automation Technology
Technical Documentation and CAD
Basics of Automation
Automation Technology, Basic Laboratory Course
Electric and Instrumentation Draw
Fieldbuses in Automation
Automation Systems
Safety of Industrial Automation
Automation 1. Year Project
Innovation Project
Building Automation
Work Placement 1
Work Placement 2
Bachelor's Thesis
Electronics and digital technology
Analogue and Digital Electronics
Energy automation
Electrical Installations
Electrical Engineering of Automation
Electrical Drives
Maintenance
Industrial Networks in Automation
Quality Control
Energy Automation
Energy Automation, Laboratory Course
Building Automation
Electric Power Engineering
3D Modelling
Quality Control
Industrial Networks in Automation
3D Modelling
Quality Control
Energy Automation
Energy Automation, Laboratory Course
Electric Power Engineering
3D Modelling
Quality Control
Manufacturing automation
Maintenance
Machine Vision System
Automation Software Engineering
Factory Automation
Safety of Machinery
Production Automation
Industrial Networks in Automation
Quality Control
Automation Software Engineering
3D Modelling
Quality Control
Manufacturing Automation, Laboratory Course
Factory Automation
Robotics 1
Robotics 2
Safety of Machinery
Automation Software Engineering
Production Automation
Industrial Networks in Automation
3D Modelling
Quality Control
Production Automation
Automation Software Engineering
3D Modelling
Quality Control
Mathematics and natural sciences
Basics in Engineering Mathematics
Equations and Matrices
Functions and Derivates
Differential and Integral Calculations
Differential Equations
Laplace Transforms
Mathematical Methods in Automation
Basics of Mechanics and Electricity
Mechanics, Thermal physics and Electric field
Magnetism, Oscillations and Waves
Acoustic and Electromagnetic Waves
Physics Laboratories
Chemistry and Environment
English Communication Skills for Automation Technology
Introduction to Computing
Programming 1
Measurement Systems and Sensors
Bachelor's Thesis
PLC programming and field devices
Fundamentals of Hydraulics and Pneumatics
Control Engineering
Process automation
Electrical Installations
Electrical Engineering of Automation
Automation Systems
Electrical Drives
Maintenance
Production Automation
Industrial Networks in Automation
Quality Control
Process Automation Laboratory Works
Process Control 2
Electric Power Engineering
3D Modelling
Quality Control
Production Automation
Industrial Networks in Automation
3D Modelling
Quality Control
Process Automation Laboratory Works
Process Control 2
Electric Power Engineering
Production Automation
3D Modelling
Quality Control
Electrical engineering
Basics of Mechanics and Electricity
Mechanics, Thermal physics and Electric field
Electrical Engineering Basics
Electrical Installations
Electrical Engineering of Automation
Electric and Instrumentation Draw
Automation Systems and Instrumentation
Electrical Drives
Electric Power Engineering
Electric Power Engineering
Control engineering
Measurement Systems and Sensors
Process Control 1
Process Control 2
Advanced Process Control
Process Control 2
Advanced Process Control
Not grouped
Introduction to Studies
Finnish Communication Skills for Technology
Professional English
Swedish at Work
Finnish as a Second Language: Finnish at Work
Company Profitability Analysis and Cost Calculation
Manufacturing Management
Manufacturing Management
Manufacturing Management
Manufacturing Management

generic competences

========================================== Jäsennys poistunut käytöstä. Mallin korvaa ARENE:n soveltamisohje "SUOSITUS TUTKINTOJEN KANSALLISEN VIITEKEHYKSEN (NQF) JA TUTKINTOJEN YHTEISTEN KOMPETENSSIEN SOVELTAMISESTA AMMATTIKORKEA-KOULUISSA", 23.2.2010. Uusi malli tallennettu nimellä "amk::amk tutkintojen yleiset kompetenssit (2010)" 25.8.2010 (OT) ========================================== Ammattikorkeakoulututkinnon suorittaneiden yleiset kompetenssit (ECTS-projektin suositus 19.04.2006) Mallia käytetään sekä ammattikorkeakoulututkinnoissa että ylemmissä amk-tutkinnoissa. Kompetenssien määrittelyyn liittyviä asioita ja määrittelytyön tuloksia on käsitelty tarkemmin projektin kotisivuilla www.ncp.fi/ects.

Ethical Competence
Innovation Project
Information System Project
Manufacturing Management
Manufacturing Management
Manufacturing Management
Manufacturing Management
Learning Competence
Introduction to Studies
Basics in Engineering Mathematics
Equations and Matrices
Functions and Derivates
Differential and Integral Calculations
Differential Equations
Laplace Transforms
Mathematical Methods in Automation
Basics of Mechanics and Electricity
Mechanics, Thermal physics and Electric field
Magnetism, Oscillations and Waves
Acoustic and Electromagnetic Waves
Physics Laboratories
Chemistry and Environment
Finnish Communication Skills for Technology
Professional English
English Communication Skills for Automation Technology
Swedish at Work
Finnish as a Second Language: Finnish at Work
Introduction to Computing
Programming 1
Company Profitability Analysis and Cost Calculation
Measurement Systems and Sensors
Electrical Engineering Basics
Electrical Installations
Analogue and Digital Electronics
Technical Documentation and CAD
Basics of Automation
Automation Technology, Basic Laboratory Course
Electrical Engineering of Automation
Electric and Instrumentation Draw
Automation Systems and Instrumentation
Fundamentals of Hydraulics and Pneumatics
Control Engineering
Process Control 1
Fieldbuses in Automation
User Interfaces in Automation
Automation Systems
Electrical Drives
Programming 2
Safety of Industrial Automation
Maintenance
Automation 1. Year Project
Machine Vision System
Innovation Project
Information System Project
C++ Programming
Introduction to Database Management
Automation Software Engineering
Factory Automation
Safety of Machinery
Production Automation
Industrial Networks in Automation
Manufacturing Management
Quality Control
Energy Automation
Energy Automation, Laboratory Course
Process Automation Laboratory Works
Process Control 2
Advanced Process Control
Building Automation
Electric Power Engineering
Automation Software Engineering
3D Modelling
Manufacturing Management
Quality Control
Manufacturing Automation, Laboratory Course
Factory Automation
Robotics 1
Robotics 2
Safety of Machinery
Automation Software Engineering
Production Automation
Industrial Networks in Automation
3D Modelling
Manufacturing Management
Quality Control
Process Automation Laboratory Works
Process Control 2
Advanced Process Control
Energy Automation
Energy Automation, Laboratory Course
Electric Power Engineering
Production Automation
Automation Software Engineering
3D Modelling
Manufacturing Management
Quality Control
Work Placement 1
Work Placement 2
Bachelor's Thesis
International Competence
Introduction to Studies
Finnish Communication Skills for Technology
Professional English
English Communication Skills for Automation Technology
Swedish at Work
Finnish as a Second Language: Finnish at Work
Innovation Project
Manufacturing Management
Manufacturing Management
Manufacturing Management
Manufacturing Management
Bachelor's Thesis
Development Competence
Introduction to Studies
Swedish at Work
Finnish as a Second Language: Finnish at Work
Fundamentals of Hydraulics and Pneumatics
Control Engineering
Process Control 1
Innovation Project
Information System Project
C++ Programming
Introduction to Database Management
Manufacturing Management
Process Control 2
Manufacturing Management
Manufacturing Management
Process Control 2
Manufacturing Management
Work Placement 1
Work Placement 2
Bachelor's Thesis
Organizational and Societal Competence
Automation 1. Year Project
Innovation Project
Information System Project
Introduction to Database Management
Manufacturing Management
Manufacturing Management
Manufacturing Management
Manufacturing Management
Work Placement 1
Work Placement 2
Bachelor's Thesis
Communication and Social Competence
Introduction to Studies
Finnish Communication Skills for Technology
Professional English
English Communication Skills for Automation Technology
Swedish at Work
Finnish as a Second Language: Finnish at Work
Innovation Project
Information System Project
C++ Programming
Introduction to Database Management
Manufacturing Management
Manufacturing Management
Manufacturing Management
Manufacturing Management
Work Placement 1
Work Placement 2
Bachelor's Thesis
Not grouped

Code Name Credits (ECTS)
TD12S1-1000
Core Requirement Studies

(Choose 0 )

0
XX00AC54 Introduction to Studies 3
TX00AD22 Basics in Engineering Mathematics 3
TX00AD23 Equations and Matrices 3
TX00AD24 Functions and Derivates 3
TX00AD25 Differential and Integral Calculations 3
TD00AB05 Differential Equations 3
TD00AB02 Laplace Transforms 3
TD00AB06 Mathematical Methods in Automation 3
TD00AB15 Basics of Mechanics and Electricity 3
TD00AB16 Mechanics, Thermal physics and Electric field 3
TD00AB17 Magnetism, Oscillations and Waves 3
TD00AB18 Acoustic and Electromagnetic Waves 3
TD00AB19 Physics Laboratories 3
TD00AB20 Chemistry and Environment 3
XX00AA68 Finnish Communication Skills for Technology 3
XX00AC51 Professional English 3
TD00AB23 English Communication Skills for Automation Technology 3
XX00AC52 Swedish at Work 3
XX00AC53 Finnish as a Second Language: Finnish at Work 3
TD00AB60 Introduction to Computing 3
TD00AB21 Programming 1 3
TX00AD14 Company Profitability Analysis and Cost Calculation 3
TD00AB22 Measurement Systems and Sensors 3
TD12S1-1001
Professional Studies

(Choose all )

89
TD12S1-1006
Compulsory Professional Studies

(Choose all )

79
TD00AB10 Electrical Engineering Basics 3
TD00AB11 Electrical Installations 3
TD00AB24 Analogue and Digital Electronics 5
TD00AB07 Technical Documentation and CAD 3
TX00AD21 Basics of Automation 3
TD00AB26 Automation Technology, Basic Laboratory Course 3
TD00AB13 Electrical Engineering of Automation 5
TD00AB27 Electric and Instrumentation Draw 3
TD00AB28 Automation Systems and Instrumentation 5
TD00AB03 Fundamentals of Hydraulics and Pneumatics 3
TD00AB43 Control Engineering 6
TD00AB44 Process Control 1 3
TD00AB29 Fieldbuses in Automation 5
TD00AB30 User Interfaces in Automation 3
TD00AB31 Automation Systems 3
TD00AB14 Electrical Drives 3
TD00AB32 Programming 2 3
TD00AB42 Safety of Industrial Automation 3
TD00AB46 Maintenance 3
TD00AA34 Automation 1. Year Project 6
TD00AB09 Machine Vision System 5
TD12S1-1007
Automation Project Module

(Choose all )

10
XX00AC55 Innovation Project 10
TD12S1-1002
Elective Studies

(Choose 0 )

0
TD12S1-1010
Information Technology in Automation

(Choose all )

30
XX00AB21 Information System Project 3
XX00AA21 C++ Programming 3
XX00AA79 Introduction to Database Management 3
TD00AB35 Automation Software Engineering 3
TD00AB04 Factory Automation 3
TD00AB37 Safety of Machinery 3
TD00AB38 Production Automation 3
TD00AB39 Industrial Networks in Automation 3
XX00AB27 Manufacturing Management 3
TD00AB40 Quality Control 3
TD12S1-1011
Energy Automation

(Choose all )

33
TD00AB48 Energy Automation 3
TD00AB49 Energy Automation, Laboratory Course 3
TD00AB33 Process Automation Laboratory Works 3
TD00AB45 Process Control 2 3
TD00AB34 Advanced Process Control 3
TD00AB50 Building Automation 3
TD00AB12 Electric Power Engineering 3
TD00AB35 Automation Software Engineering 3
TD00AB01 3D Modelling 3
XX00AB27 Manufacturing Management 3
TD00AB40 Quality Control 3
TD12S1-1008
Manufacturing Automation

(Choose all )

33
TD00AB08 Manufacturing Automation, Laboratory Course 3
TD00AB04 Factory Automation 3
TD00AB51 Robotics 1 3
TD00AB52 Robotics 2 3
TD00AB37 Safety of Machinery 3
TD00AB35 Automation Software Engineering 3
TD00AB38 Production Automation 3
TD00AB39 Industrial Networks in Automation 3
TD00AB01 3D Modelling 3
XX00AB27 Manufacturing Management 3
TD00AB40 Quality Control 3
TD12S1-1009
Process Automation

(Choose all )

33
TD00AB33 Process Automation Laboratory Works 3
TD00AB45 Process Control 2 3
TD00AB34 Advanced Process Control 3
TD00AB48 Energy Automation 3
TD00AB49 Energy Automation, Laboratory Course 3
TD00AB12 Electric Power Engineering 3
TD00AB38 Production Automation 3
TD00AB35 Automation Software Engineering 3
TD00AB01 3D Modelling 3
XX00AB27 Manufacturing Management 3
TD00AB40 Quality Control 3
TD12S1-1003
Elective Studies

(Choose 0 )

0
TD12S1-1004
Work Placement

(Choose all )

30
TX00AD58 Work Placement 1 15
TX00AD59 Work Placement 2 15
TD12S1-1005
Bachelor's Thesis

(Choose all )

15
TX00AD61 Bachelor's Thesis 15
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