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Bachelor's Degree Programme in Information and Communications Technology: TTV2016KMM

Code: TTV2016KMM

Degree title
Bachelor of Engineering
Credits
240 ects
Duration
4 years (240 cr)
Start semester
Spring 2016
Teaching language
Finnish

Select timing, structure or classification view

Show study timings by semester, study year or period

Code Name Credits (cr) 2015-2016 2016-2017 2017-2018 2018-2019 2019-2020 Spring 2016 Autumn 2016 Spring 2017 Autumn 2017 Spring 2018 Autumn 2018 Spring 2019 Autumn 2019 3. / 2016 4. / 2016 5. / 2016 1. / 2016 2. / 2016 3. / 2017 4. / 2017 5. / 2017 1. / 2017 2. / 2017 3. / 2018 4. / 2018 5. / 2018 1. / 2018 2. / 2018 3. / 2019 4. / 2019 5. / 2019 1. / 2019
Total 240

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
Operating Systems
Web Technologies
Digital Technology
Databases
Introduction into Internet of Things
Electrical Engineering
Linux Servers
Basics of Wireless Data Transfer
Software Design and Testing
Data Network Protocols
Script Programming
Encryption Techniques and Systems
Embedded Systems
Advanced Databases
Data Security Technologies
Big Data
Internet of Things
Practical Training
Thesis Part 2
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.
Applied Mathematics: Basics of Signal Processing
Applied Mathematics: Probability Theory
Applied Mathematics: Optimization and Network Models
Applied Mathematics: Vectors and Matrices
Applied Mathematics: Analytic Geometry
Applied Mathematics: Cryptology
Basics of Physics
Physics Laboratory Work
Introduction into Internet Technologies
Web Technologies
Digital Technology
Data Structures and Algorithms
Databases
Electrical Engineering
Electronics
Linux Servers
Basics of Wireless Data Transfer
Data Network Protocols
Encryption Techniques and Systems
Embedded Systems
System Testing
Advanced Databases
Data Security Technologies
Big Data
Internet of Things
Thesis Part 1
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 Physics
Physics Laboratory Work
Basics of Programming
Databases
Linux Servers
Script Programming
Encryption Techniques and Systems
Embedded Systems
System Testing
Advanced Databases
Big Data
Internet of Things
Practical Training
Thesis Part 2
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
Applied Mathematics: Basics of Signal Processing
Applied Mathematics: Probability Theory
Applied Mathematics: Optimization and Network Models
Applied Mathematics: Vectors and Matrices
Applied Mathematics: Analytic Geometry
Applied Mathematics: Cryptology
Physics 1
Physics 2
Basics of Physics
Physics Laboratory Work
Introduction into Internet Technologies
Basics of Programming
Operating Systems
Web Technologies
Digital Technology
Cyber Security
Data Structures and Algorithms
Introduction into Internet of Things
Electrical Engineering
Electronics
Software Design and Testing
Data Network Protocols
Script Programming
Data Security Technologies
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.
Thesis Part 1
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.

No attached course units
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)
Maturity Test
Research and Development

Bachelor's Degree: Common competences at JAMK 2015-2016

Internationality skills

The student
* is able to co-operate in a multicultural environment
* knows how to work independently in situations involving working life communications in the two national languages and at least one foreign language
* knows how to take the impacts and opportunities of internationalisation trends into consideration in their field.
English for Working Life
Swedish for Working Life
Learning skills

The student
* knows how to assess and develop their competencies, and will to continue learning
* knows how to acquire, process and assess their own field data, theories, concepts, methods and principles critically
* is able to assume 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
Thesis Part 1
Thesis Part 2
Research and Development
Information management skills

The student
* knows how to carry out research and development projects by applying the information, methods and practical skills acquired
* is capable of creative problem-solving and developing working skills
* is able to participate and using their competences and ethics influence socially.
Development as an Expert
ICT Skills
Entrepreneurship
JAMK Innovation Week
Thesis Part 1
Thesis Part 2
Research and Development
Working life skills

The student
* knows how to work as a member of a study group or workgroup or in some other form of community and contribute to the wellbeing of the group
* is able to manage professional activities, decision-making, and work independently in their expert tasks
* knows how to comply with employment practices and the activities of sustainable development, and act according to the principles of professional ethics.
Entrepreneurship
JAMK Innovation Week
English for Working Life
Swedish for Working Life
Communication Skills (for Finnish degree programmes)
Communication skills

The student
* is able to communicate well, both orally and in writing in their mother tongue
* knows how to use information and communications technology in their assignments
* is able to consider various factors in his/her work and can work in networks.
Development as an Expert
ICT Skills
English for Working Life
Swedish for Working Life
Communication Skills (for Finnish degree programmes)
Thesis Part 2
Maturity Test
Research and Development
Entrepreneurship skills

The student
* has the abilities required for entrepreneurship
* knows how to look for customer-friendly, sustainable and economically-viable solutions
* is able to take responsibility for their own actions and the consequences of those actions.
Entrepreneurship
JAMK Innovation Week
Not grouped
Applied Mathematics: Basics of Signal Processing
Applied Mathematics: Probability Theory
Applied Mathematics: Optimization and Network Models
Applied Mathematics: Vectors and Matrices
Applied Mathematics: Analytic Geometry
Applied Mathematics: Cryptology
Physics 1
Physics 2
Basics of Physics
Physics Laboratory Work
Introduction into Internet Technologies
Basics of Programming
Operating Systems
Web Technologies
Digital Technology
Cyber Security
Data Structures and Algorithms
Databases
Introduction into Internet of Things
Electrical Engineering
Electronics
Linux Servers
Basics of Wireless Data Transfer
Software Design and Testing
Data Network Protocols
Script Programming
Encryption Techniques and Systems
Embedded Systems
System Testing
Advanced Databases
Data Security Technologies
Big Data
Internet of Things
Practical Training

Structure of the studies (Bachelor's degree)

Professional Studies
Introduction into Internet of Things
Electrical Engineering
Electronics
Linux Servers
Basics of Wireless Data Transfer
Software Design and Testing
Data Network Protocols
Script Programming
Encryption Techniques and Systems
Embedded Systems
System Testing
Advanced Databases
Data Security Technologies
Big Data
Internet of Things
Practical Training
Practical Training
Bachelor's Thesis
Thesis Part 1
Thesis Part 2
Maturity Test
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
Applied Mathematics: Basics of Signal Processing
Applied Mathematics: Probability Theory
Applied Mathematics: Optimization and Network Models
Applied Mathematics: Vectors and Matrices
Applied Mathematics: Analytic Geometry
Applied Mathematics: Cryptology
Physics 1
Physics 2
Basics of Physics
Physics Laboratory Work
Introduction into Internet Technologies
Basics of Programming
Operating Systems
Web Technologies
Digital Technology
Cyber Security
Data Structures and Algorithms
Databases
Research and Development
Elective Studies

No attached course units
Not grouped

Code Name Credits (cr)
ZZP03Z-1377
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
TTZM0Z-1022
NATURAL SCIENCES

(Choose 28 )

28
TZMA0100 Mathematics 1 5
TZMA0200 Mathematics 2 5
TTZM0310 Applied Mathematics: Basics of Signal Processing 3
TTZM0320 Applied Mathematics: Probability Theory 3
TTZM0330 Applied Mathematics: Optimization and Network Models 3
TTZM0340 Applied Mathematics: Vectors and Matrices 3
TTZM0350 Applied Mathematics: Analytic Geometry 3
TTZM0360 Applied Mathematics: Cryptology 3
TTZM0400 Physics 1 3
TTZM0500 Physics 2 3
TTZM0600 Basics of Physics 3
TTZM0700 Physics Laboratory Work 3
TTV2016KMM-1001
COMMON BASIC STUDIES FOR ICT

(Choose all )

35
TTZC0100 Introduction into Internet Technologies 4
TTZC0200 Basics of Programming 5
TTZC0300 Operating Systems 6
TTZC0400 Web Technologies 4
TTZC0500 Digital Technology 3
TTZC0600 Cyber Security 4
TTZC0700 Data Structures and Algorithms 4
TTZC0800 Databases 5
TTV2016KMM-1002
CORE STUDIES IN DATA NETWORK SECURITY AND INTERNET OF THINGS

(Choose all )

58
TTIS0100 Introduction into Internet of Things 3
TTOS0400 Electrical Engineering 4
TTOS0500 Electronics 4
TTTS0400 Linux Servers 4
TTTW0110 Basics of Wireless Data Transfer 5
TTOS0100 Software Design and Testing 5
TTKS0100 Data Network Protocols 3
TTKS0300 Script Programming 3
TTKS0600 Encryption Techniques and Systems 5
TTIS0200 Embedded Systems 5
TTOS0900 System Testing 4
TTOW0110 Advanced Databases 7
TTKS0800 Data Security Technologies 6
TTV2016KMM-1003
INTERNET OF THINGS

(Choose all )

15
TTIW0100 Big Data 5
TTOW0320 Internet of Things 10
TTV2016KMM-1004
ELECTIVE STUDIES

(Choose all )

0
TTH01Z-1027
PRACTICAL TRAINING

(Choose all )

30
TTHA0100 Practical Training 30
TTV00Z-1028
BACHELOR'S THESIS

(Choose all )

20
TTZO0100 Thesis Part 1 5
TTZO0200 Thesis Part 2 10
TTZO0300 Maturity Test 0
ZZPP0610 Research and Development 5

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

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