Esitystekniset sovellukset 4 (10 cr)
Code: KM00DK51-3001
General information
Enrollment
04.05.2020 - 30.09.2020
Timing
01.08.2020 - 31.12.2020
Number of ECTS credits allocated
10 op
Mode of delivery
Contact teaching
Unit
Media, muotoilu ja konservointi
Campus
Hämeentie 161
Teaching languages
- Finnish
Degree programmes
- Esitys- ja teatteritekniikan tutkinto-ohjelma
Teachers
- Mikko Pirinen
- Timo Hiekkanen
Teacher in charge
Mikko Pirinen
Groups
-
KXH18S2Esitys- ja teatteritekniikan tutkinto-ohjelma ilta
Objective
Students are complementing their own professional competence with the course. The students become familiar with their own professional skills that are complementing or supporting their professional competence. The students are able to apply what they have learned into their own professional field.
Content
The course consists of content supporting and developing professional competence in the field of live performance engineering.
Location and time
The schedule of the course can be found in Lukkari with code KXHSYV.
Materials
n/a
Teaching methods
Study unit consists of specialized workshops agreed in personal study plan.
Each specialized workshop can consist of lectures, workshops and learning assignments.
Employer connections
Workshops lead by specialists from the field and study visits
Exam schedules
n/a
International connections
n/a
Completion alternatives
Must be agreed with teacher of the course unit and tutor.
Student workload
Study unit consists of specialized workshops agreed in personal study plan
Content scheduling
Study unit consists of specialized workshops agreed in personal study plan.
More information about workshops is available on schedule of the course document.
Further information
The course requires at least 80% attendance. The procedure for replacing the absence is agreed with the teacher in charge of the course unit. The schedule of the course can be found in Lukkari. Further information about the workshops in the course can be found in a separate document. All parts of the course must be completed successfully.
Evaluation scale
Hyväksytty/Hylätty
Assessment criteria, satisfactory (1)
Students know the specialist terminology and use it correctly. Students know the relevant safety practices. Students are able to find further information on the topics in question. Students can follow the given instructions in live projects.
Assessment criteria, good (3)
Students are well versed in the relevant concepts and relevant fundamental knowledge. Students are safety-oriented and they are able to act independently in live projects. Students master the principles of technical planning and know how to apply them in practice.
Assessment criteria, excellent (5)
Students use the relevant concepts and information sources systematically and effectively. Students are able to apply relevant fundamental knowledge in live projects. Students contribute to safe working practices and they are able to act independently and responsibly in the industry. Students master the principles of technical planning and know how to apply them in practice across the board.
Assessment criteria, approved/failed
Students know the specialist terminology and use it correctly. Students know the relevant safety practices. Students are able to find further information on the topics in question. Students can follow the given instructions in live projects.
Assessment methods and criteria
Attendance 100 %
Qualifications
The participant of the course is familiar with live performance engineering in a variety of operating environments. They are familiar with the key safety regulations and policies. The participants have gained the basic knowledge and skills in operating the systems in the field.
Further information
The student and the supervisor agreed to complete studies at the conversations regarding the individual study path. More precise learning outcomes and assessment criteria are defined in each study unit. The course “Technical applications” can consist of, for example, in addition to advanced studies in the field, studies in mathematics or physics, as well as studies in software or information network.