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Bachelor's Degree Programme in Electrical and Automation Engineering: TSA2018SPT

Code: TSA2018SPT

Degree title
Bachelor of Engineering
Credits
240 ects
Duration
4 years (240 cr)
Start semester
Autumn 2018

Select timing, structure or classification view

Show study timings by semester, study year or period

Code Name Credits (cr) 2018-2019 2019-2020 2020-2021 2021-2022 Autumn 2018 Spring 2019 Autumn 2019 Spring 2020 Autumn 2020 Spring 2021 Autumn 2021 Spring 2022 1. / 2018 2. / 2018 3. / 2019 4. / 2019 5. / 2019 1. / 2019 2. / 2020 3. / 2020 1. / 2020 2. / 2021 3. / 2021 1. / 2021 2. / 2022 3. / 2022
Total 240

Bachelor's Degree: Common competences at JAMK 2017-2019

Internationality skills

The student
* co-operates in a multicultural environment
* works independently in situations involving working life communications in the two national languages and at least one foreign language
* takes the impacts and opportunities of internationalisation trends into consideration in his/her field.
English for Working Life
Swedish for Working Life
Logical controls
Programmable logic controllers
Electric Drives
Automation technology laboratory work
Building electrification
Process electrification
Concept Lab
Learning skills

The student
* assesses and develops their competencies, and is willing to continue learning
* acquires, processes and assesses his/her own field data, theories, concepts, methods and principles critically
* assumes responsibility for group learning and sharing learned knowledge.
Development as an Expert
ICT Skills
Entrepreneurship
JAMK Innovation Week
Communication Skills (for Finnish degree programmes)
Mathematics 1
Mathematics 2
Occupational mathematics
Physics 1
Occupational physics
Electrical engineering 1
Electrical engineering 2
Process technology
Measurement technology
Automation systems 1
Logical controls
Programmable logic controllers
PC-application programming
Control Engineering
Automation engineering
Automation systems 2
Electric Drives
Instrumentation engineering
Field devices
Automation technology laboratory work
Machine vision
Robotics
Electrical design
Production and distribution of electricity
Design tools
Building electrification
Process electrification
Logic controls and control technology
Transformers and electric machines
Adjustable electric drives
Basics of electric power engineerig
Electric power engineering laboratory work
Project work 1
Project work 2
Building services
Building automation
Scout, Develop and Start
Concept Lab
JAMKGenerator Project
The Dreams+Inspiration!
Osuuskunta goes on the road
Practical training
Research and Development
Bachelor's Thesis Part 1
Bachelor's Thesis Part 2
Information management skills

The student
* carries out research and development projects by applying the information, methods and practical skills acquired
* solves problems in a new way, creatively and develop working skills
* obtains information that is relevant in view of the development challenge or problem at hand and makes decisions based on it.
Development as an Expert
ICT Skills
Entrepreneurship
JAMK Innovation Week
Measurement technology
Project work 1
Project work 2
Scout, Develop and Start
JAMKGenerator Project
The Dreams+Inspiration!
Research and Development
Working life skills

The student:
* acts in a collaborative manner as a member of student and work communities and other groups in compliance with the principles of professional ethics and furthers the performance and well-being of the group
* organises work duties, workflows and decision-making and works in expert duties in a systematic and goal-oriented manner
* shares his/her expertise and makes use of the expertise of others.
Entrepreneurship
JAMK Innovation Week
English for Working Life
Swedish for Working Life
Communication Skills (for Finnish degree programmes)
Measurement technology
Automation systems 1
Logical controls
Programmable logic controllers
Automation engineering
Automation systems 2
Electric Drives
Automation technology laboratory work
Machine vision
Robotics
Building services
Building automation
Scout, Develop and Start
Concept Lab
JAMKGenerator Project
The Dreams+Inspiration!
NY-startup 1
NY-startup 2
Entrepreneurship in Cooperatives
Communication skills

The student
* communicates well, both orally and in writing in his/her mother tongue
* uses information and communications technology in his/her assignments in many ways
* considers various factors in his/her work and works in networks.
Development as an Expert
ICT Skills
English for Working Life
Swedish for Working Life
Communication Skills (for Finnish degree programmes)
Practical training
Research and Development
Bachelor's Thesis Part 2
Maturity test
Entrepreneurship skills

The student:
* builds customer-driven, sustainable and economically profitable solutions in his/her networks
* takes responsibility for his/her own actions and their consequences
* shows courage to try new things and manages the risks involved.
Entrepreneurship
JAMK Innovation Week
Industrial economics
Scout, Develop and Start
Concept Lab
JAMKGenerator Project
Pre-Incubator
Incubator
The Dreams+Inspiration!
NY-startup 1
NY-startup 2
Osuuskunta goes on the road
Entrepreneurship in Cooperatives
Not grouped
Basics of electronics
Basics of Programming
Technical documentation
Digital Technology
Basics of data network technology
Basics of data systems
Basics of automation technology
Electrical safety
Embedded Systems Design and Development
Internet of Things
Bachelor's Thesis

Bachelor's degree: EUR-ACE competences 2015-2019

Liittyy kaikkiin teknologian AMK-tutkinto-ohjelmiin.

Engineering Practice

Engineering graduates must have:
◦ the ability to select and use appropriate equipment, tools and methods;
◦ the ability to combine theory and practice to solve engineering problems;
◦ an understanding of applicable techniques and methods, and of their limitations;
◦ an awareness of the non-technical implications of engineering practice.
Basics of Programming
Digital Technology
Basics of data network technology
Basics of data systems
Basics of automation technology
Measurement technology
Automation systems 1
Logical controls
Programmable logic controllers
Control Engineering
Automation systems 2
Electric Drives
Automation technology laboratory work
Machine vision
Logic controls and control technology
Project work 1
Project work 2
Building automation
Embedded Systems Design and Development
Internet of Things
Practical training
Engineering Analysis

Engineering graduates must have:
◦ the ability to apply their knowledge and understanding to identify, formulate and solve engineering problems using established methods;
◦ the ability to apply their knowledge and understanding to analyse engineering products, processes and methods;
◦ the ability to select and apply relevant analytic and modelling methods.
Electrical engineering 2
Basics of electronics
Digital Technology
Machine vision
Internet of Things
Engineering Design

Engineering graduates must have:
◦ the ability to apply their knowledge and understanding to develop and realise designs to meet defined and specified requirements;
◦ an understanding of design methodologies, and an ability to use them.
Basics of Programming
Technical documentation
Measurement technology
Automation systems 1
PC-application programming
Control Engineering
Automation engineering
Automation systems 2
Instrumentation engineering
Machine vision
Electrical design
Production and distribution of electricity
Design tools
Building electrification
Process electrification
Building automation
Embedded Systems Design and Development
Internet of Things
Knowledge and Understanding

Engineering graduates must have:
◦ knowledge and understanding of the scientific and mathematical principles underlying their branch of engineering;
◦ a systematic understanding of the key aspects and concepts of their branch of engineering;
◦ coherent knowledge of their branch of engineering including some at the forefront of the branch;
◦ awareness of the wider multidisciplinary context of engineering.
Mathematics 1
Mathematics 2
Occupational mathematics
Physics 1
Occupational physics
Electrical engineering 1
Electrical engineering 2
Basics of electronics
Basics of Programming
Digital Technology
Basics of electric power engineerig
Building services
Investigations

Engineering graduates must have:
. the ability to conduct searches of literature, and to use data bases and other sources of information;
. the ability to design and conduct appropriate experiments, interpret the data and draw conclusions;
. workshop and laboratory skills.
Transformers and electric machines
Basics of electric power engineerig
Electric power engineering laboratory work
Project work 1
Project work 2
Transferable Skills

Engineering graduates must be able to:
. function effectively as an individual and as a member of a team;
. use diverse methods to communicate effectively with the engineering community and with society at large;
. demonstrate awareness of the health, safety and legal issues and responsibilities of engineering practice, the impact of engineering solutions in a societal and environmental context, and commit to professional ethics, responsibilities and norms of engineering practice;
. demonstrate an awareness of project management and business practices, such as risk and change management, and understand their limitations;
. recognise the need for, and have the ability to engage in independent, life-long learning.
Automation technology laboratory work
Process electrification
Project work 1
Project work 2
Practical training
Not grouped
Development as an Expert
ICT Skills
Entrepreneurship
JAMK Innovation Week
English for Working Life
Swedish for Working Life
Communication Skills (for Finnish degree programmes)
Process technology
Industrial economics
Field devices
Robotics
Adjustable electric drives
Electrical safety
Scout, Develop and Start
Concept Lab
JAMKGenerator Project
Pre-Incubator
Incubator
The Dreams+Inspiration!
NY-startup 1
NY-startup 2
Osuuskunta goes on the road
Entrepreneurship in Cooperatives
Research and Development
Bachelor's Thesis Part 1
Bachelor's Thesis Part 2
Maturity test
Bachelor's Thesis

Bachelor's degree: Electrical and Automation Engineering 2015-2019

Competence in processes, machines and systems

* is able to design measurement, control, valve and motor circuits
* knows the theory of conventional feedback control circuit
* is able to perform process experiments, draw basic models for process dynamics and to use PID control circuit tuning methods
* is able to implement measurement, control, valve and motor circuits on the software and hardware level
* is familiar with the most common production processes and machines
* is familiar with sensors, transmitters and regulating units used in the processes
* is familiar with the structure and maintenance of control systems
* is able to implement control applications using programmable logic and process control systems
* knows the HW and SW design of automation systems from the definition to the implementation.
Basics of automation technology
Process technology
Automation systems 1
Logical controls
Programmable logic controllers
Control Engineering
Automation systems 2
Instrumentation engineering
Logic controls and control technology
Design competence

* knows the methods and tools of hardware and software design in automation
* is able to dimension and select machines and components using techno-economic principles
* is able to produce standardised documentation
* understands the importance of standards and is able to apply them in every design phase of the field
* is familiar with the significance of the quality system
* understands the product life cycle.
Basics of electronics
Process technology
Measurement technology
Control Engineering
Automation engineering
Automation systems 2
Electric Drives
Instrumentation engineering
Electrical design
Production and distribution of electricity
Design tools
Building electrification
Process electrification
Competence in electricity and equipment safety

* knows the significant laws and regulations regarding electrical and equipment safety and is able to apply them in practice
* has a positive attitude for following and developing safe work methods
* knows the significance and basic terminology of safety automation.
Electrical engineering 1
Electrical engineering 2
Automation engineering
Building electrification
Electrical safety
Electrotechnical and other basic competence

* is able to apply mathematical methods and tools to describe the phenomena of the field and to solve problems
* is familiar with the important physical laws used in the applications of the field, especially regarding the field of electromagnetic phenomena
* is familiar with the components of electromagnetism and the basic connections
* knows the basic measurements of electrotechnology
* has the basic ICT skills including basic skills of programming, data networks and data systems.
Occupational mathematics
Physics 1
Occupational physics
Electrical engineering 1
Electrical engineering 2
Basics of electronics
Basics of Programming
Technical documentation
Digital Technology
Basics of data network technology
Basics of data systems
Electrical design
Production and distribution of electricity
Building electrification
Process electrification
Transformers and electric machines
Adjustable electric drives
Basics of electric power engineerig
Electric power engineering laboratory work
Competence in electric power systems

* has the knowledge of the general network of electricity distribution and buildings’ electrical network
* is able to measure the components for network of electricity distribution and buildings’ electrical network
* has the knowledge of the shielding and operation supervision of machines and devices of electricity distribution and electric systems
* has the knowledge of electric motor drives
* is able to measure components for constant speed and adjustable motor drives
* is familiar with the shielding and control methods including programmable logics and bus solutions.
Electric Drives
Electric power engineering laboratory work
Electrical safety
Not grouped
Development as an Expert
ICT Skills
Entrepreneurship
JAMK Innovation Week
English for Working Life
Swedish for Working Life
Communication Skills (for Finnish degree programmes)
Mathematics 1
Mathematics 2
Industrial economics
PC-application programming
Field devices
Automation technology laboratory work
Machine vision
Robotics
Project work 1
Project work 2
Building services
Building automation
Embedded Systems Design and Development
Internet of Things
Scout, Develop and Start
Concept Lab
JAMKGenerator Project
Pre-Incubator
Incubator
The Dreams+Inspiration!
NY-startup 1
NY-startup 2
Osuuskunta goes on the road
Entrepreneurship in Cooperatives
Practical training
Research and Development
Bachelor's Thesis Part 1
Bachelor's Thesis Part 2
Maturity test
Bachelor's Thesis

Structure of the studies (Bachelor's degree)

Professional Studies
Programmable logic controllers
PC-application programming
Control Engineering
Automation engineering
Automation systems 2
Electric Drives
Instrumentation engineering
Field devices
Automation technology laboratory work
Machine vision
Robotics
Electrical design
Production and distribution of electricity
Design tools
Building electrification
Process electrification
Logic controls and control technology
Transformers and electric machines
Adjustable electric drives
Basics of electric power engineerig
Electric power engineering laboratory work
Electrical safety
Project work 1
Project work 2
Building services
Building automation
Embedded Systems Design and Development
Internet of Things
Practical Training
Practical training
Bachelor's Thesis
Bachelor's Thesis Part 1
Bachelor's Thesis Part 2
Maturity test
Bachelor's Thesis
Core Studies
Development as an Expert
ICT Skills
Entrepreneurship
JAMK Innovation Week
English for Working Life
Swedish for Working Life
Communication Skills (for Finnish degree programmes)
Mathematics 1
Mathematics 2
Occupational mathematics
Physics 1
Electrical engineering 1
Electrical engineering 2
Basics of electronics
Basics of Programming
Technical documentation
Digital Technology
Basics of data network technology
Basics of data systems
Basics of automation technology
Process technology
Measurement technology
Automation systems 1
Industrial economics
Research and Development
Elective Studies
Scout, Develop and Start
Concept Lab
JAMKGenerator Project
Pre-Incubator
Incubator
The Dreams+Inspiration!
NY-startup 1
NY-startup 2
Osuuskunta goes on the road
Entrepreneurship in Cooperatives
Not grouped
Occupational physics
Logical controls

Code Name Credits (cr)
ZZP03Z-1373
TRANSFERABLE SKILLS

(Choose all )

24
ZZPP0500 Development as an Expert 5
ZZPP0400 ICT Skills 3
ZZPP0710 Entrepreneurship 3
ZZPP0720 JAMK Innovation Week 2
ZZPC0200 English for Working Life 4
ZZPC0300 Swedish for Working Life 4
ZZPC0400 Communication Skills (for Finnish degree programmes) 3
TSAM0Z-1019
MATHEMATICS AND PHYSICS

(Choose all )

25
TZMA0100 Mathematics 1 5
TZMA0200 Mathematics 2 5
TSAM0100 Occupational mathematics 5
TZFY0100 Physics 1 5
TSAF0100 Occupational physics 5
TSAS0Z-1019
ELECTRICAL ENGINEERING

(Choose all )

15
TSAS0100 Electrical engineering 1 5
TSAS0200 Electrical engineering 2 5
TSAS0300 Basics of electronics 5
TSAT0Z-1019
INFORMATION TECHNOLOGY

(Choose all )

20
TTZC0200 Basics of Programming 5
TSAT0100 Technical documentation 3
TTZC0500 Digital Technology 3
TSAT0200 Basics of data network technology 4
TSAT0300 Basics of data systems 5
TSAA0Z-1019
AUTOMATION TECHNOLOGY

(Choose all )

18
TSAA0100 Basics of automation technology 5
TSAA0200 Process technology 3
TSAA0300 Measurement technology 5
TSAA0400 Automation systems 1 5
TSAE0Z-1008
BUSINESS STUDIES

(Choose all )

4
TSAE0100 Industrial economics 4
TSAA1Z-1008
AUTOMATION APPLICATION ENGINEERING (FOR AUTOMATION ENGINEERING STUDENTS)

(Choose all )

26
TSAAA100 Logical controls 5
TSAAA110 Programmable logic controllers 5
TSAAA120 PC-application programming 3
TSAAA130 Control Engineering 3
TSAAA140 Automation engineering 5
TSAAA150 Automation systems 2 5
TSAA2Z-1008
AUTOMATION HARDWARE ENGINEERING (FOR AUTOMATION ENGINEERING STUDENTS)

(Choose all )

13
TSAAA210 Electric Drives 5
TSAAA220 Instrumentation engineering 5
TSAAA230 Field devices 3
TSAA3Z-1013
AUTOMATION IMPLEMENTATIONS (FOR AUTOMATION ENGINEERING STUDENTS)

(Choose all )

15
TSAAA310 Automation technology laboratory work 5
TSAAA320 Machine vision 5
TSAAA330 Robotics 5
TSAS1Z-1014
ELECTRICAL DESIGN (FOR ELECTRICAL ENGINEERING STUDENTS)

(Choose all )

24
TSASS100 Electrical design 5
TSASS110 Production and distribution of electricity 5
TSASS120 Design tools 4
TSASS130 Building electrification 5
TSASS140 Process electrification 5
TSAS2Z-1014
ELECTRIC DRIVES TECHNOLOGY (FOR ELECTRICAL ENGINEERING STUDENTS)

(Choose all )

15
TSASS200 Logic controls and control technology 5
TSASS210 Transformers and electric machines 5
TSASS220 Adjustable electric drives 5
TSAS3Z-1014
ELECTRIC POWER ENGINEERING (FOR ELECTRICAL ENGINEERING STUDENTS)

(Choose all )

15
TSASS300 Basics of electric power engineerig 5
TSASS310 Electric power engineering laboratory work 5
TSASS320 Electrical safety 5
TSAP0Z-1008
PROJECTS

(Choose all )

10
TSAP0100 Project work 1 5
TSAP0200 Project work 2 5
TSAR0Z-1008
BUILDING AUTOMATION

(Choose all )

10
TSAR0100 Building services 5
TSAR0200 Building automation 5
TTOW3Z-1027
INTERNET OF THINGS

(Choose all )

15
TTOW0310 Embedded Systems Design and Development 5
TTOW0320 Internet of Things 10
ZZG01Z-1407
ENTREPRENEURSHIP AND INNOVATION ACTIVITIES

(Choose all )

54
ZZVZ0800 Scout, Develop and Start 5
HIBP3100 Concept Lab 5
ZZWZ0100 JAMKGenerator Project 5
ZZVZ0400 Pre-Incubator 5
ZZVZ0450 Incubator 8
ZYVZ0200 The Dreams+Inspiration! 3
ZYVZ0100 NY-startup 1 10
ZYVZ0150 NY-startup 2 5
ZYVZ0300 Osuuskunta goes on the road 3
ZZVZ0560 Entrepreneurship in Cooperatives 5
TSAH0Z-1017
PRACTICAL TRAINING

(Choose all )

30
TSAH0100 Practical training 30
TSAB0Z-1017
BACHELOR'S THESIS

(Choose 20 )

20
ZZPP0610 Research and Development 5
TSAB0100 Bachelor's Thesis Part 1 5
TSAB0200 Bachelor's Thesis Part 2 10
TSAB0300 Maturity test 0
ZZOA0120 Bachelor's Thesis 15
TSA2018SPT-1002
COMPLEMENTARY STUDIES IN ELECTRICAL AND AUTOMATION ENGINEERING

(Choose ects: 30 )

0 - 30
TSA2018SPT-1001
ELECTIVE STUDIES

(Choose ects: 15 )

15

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

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