VAMK, University of Applied Sciences
Curricula

IT

IT

The objective of the degree programme in IT is to provide the student with abilities to work in IT-design, research, marketing and software product development or as an independent entrepreneur or in international tasks in export enterprises. Students graduating from this programme can work for example as development engineer, project manager, IT specialist, programmer, electrobics design engineer, telecommunication engineer, sales engineer.

2015-2016                       General Competencies Subject Specific Competencies
Starting time 2015 autumn                       G1


Learning competence


- is able to self-evaluate one’s competences and define his/her development and learning needs
- recognises one’s learning style orientation and is able to conduct studies independently and develop one’s learning strategies
- is capable of collaborative learning and sharing knowledge in teams and working communities
- is able to operate in changing environments and to recognise and utilise available learning opportunities and scopes for action
- Is able to plan, organise and develop one’s own actions
G2


Ethical competence


- is able to apply the value systems and ethical principles of the subject field in one’s conduct and tasks
- takes responsibility of one’s own actions and works according to the jointly agreed principles and measures
- Is able to apply the principles of sustainable development in one’s actions
- is able to take other people into account in one’s actions
G3


Communication and social competence


- is capable of listening to others and communicating in writing, speech and visually using different communicative styles
- is able to function in the communicative and interactive situations typical of the field
- understands the principles of group and teamwork and is able to work together with others in multidiciplinary teams
- is able to utilise information and communications technology at one’s work
G4


Development competence


- is able to retrieve and analyse information of one’s subject field, to critically evaluate it and to perceive entities in a holistic way
- knows the basic principles and methods of research and development work and is able to conduct small-scale research and development projects applying the existing knowledge of the field
- knows the principles of project work and is able to work in projects
- adopts an initiative and proactive approach to work and is capable of problem solving and decision making at one’s work
- understands the principles of profitable and customer-focused operations and possesses entrepreneurial skills
G5


Organizational and social competence


- knows the socio-economic interdependence of the organisations in one’s subject field
- knows the possibilities of societal influencing for the development of one’s field
- knows the basic principles of organisational management and leadership and has abilities for supervision tasks
- knows the methods of working life and is able to operate in work communities
- is able to plan and organise activities
G6


International competence


- possesses spoken and written communicative competence at least in one foreign language necessary for one’s work and for professional development
- understands cultural differences and is able to work together with people coming from different cultural backgrounds
- is able to use international sources of information of his/her own field
- understands the effects and opportunities of internationalisation in one’s own field
IG1


Mathematical and scientific competence


Masters a logico-mathematical approach to solving technical
problems.
Is familiar with mathematical principles, methods and tools
Masters the general principles of physics and
sustainable development that are relevant in the applications
of the field
IT1


Familiarity of working enviroment


A BSc in ICT-enginnering will be acquainted with the operation and products of local companies in the field of enegry. Future engineers will be familiar with the solution in ICT technology as used by the companies in enery engineering, on top of having a proficiency to learn and find out new.
IT2


Software competence


Masters programming techniques: understands the logic of
programming and is familiar with the most common algorithms
and data structures
Is proficient in reading and interpreting programming code and
utilizing his/her programming skills in problem solving
Is familiar with the basics of object oriented design and object
oriented programming
IT3


Hardware competence


Is proficient in the fundamentals of electrical engineering and
safety at electrical work.
Is familiar with the most important electronics components
and their functioning.
Understands the design and implementation process of electronics applications
Is familiar with the hardware architecture of computers and the
operating principle of their main components
IT4


Basic competence in Network engineering


Masters the functions of IP based data networks and their active devices, and is able to design, implement and maintain basic networks
IT5


Competence in software methods


Masters software programming and the most important programming languages and their features.
Is skilled in using state-of-the-art design and modelling techniques and tools.
Understands the significance of software usability in product and user interface design, and is able to apply the most relevant methods of usability evaluation and user-oriented design
IT6


Advanced competence in Network engineering


Masters the design and implementation of secure and dependable,wired and wireless data networks.
IT7

Competence in the design and manufacturing of electronics


Knows the stages of the design process of an embedded electronic device and is able to use the design methods and tools of electronics.
Is able to take into account the opportunities and restrictions of the production, manufacturing and testing technologies and methods while creating solutions which reliably function in the planned usage environment of the circuit/device
  Information Technology, 240 cr                      
  I-IT-1

I-IT-2

I-IT-3

I-IT-4

   CR                               
  1.  2.   3.  4.                                  
  A S A S A S A S   Tot.                              
  Yearly load 60   60   80   60                                    
Code String/Study module 30 30 30 30 40 40 30 30   240                              
IITP0000 BASIC AND PROFESSIONAL STUDIES                   145                              
IITP0100 Introduction to Engineering Studies 17 5 2             24                              
IITP0110 Introduction to Information Technology Studies 2                       x


Ethical competence


- is able to apply the value systems and ethical principles of the subject field in one’s conduct and tasks
- takes responsibility of one’s own actions and works according to the jointly agreed principles and measures
- Is able to apply the principles of sustainable development in one’s actions
- is able to take other people into account in one’s actions
                       
IITP0102 Computer as a Study Tool 3                         x


Communication and social competence


- is capable of listening to others and communicating in writing, speech and visually using different communicative styles
- is able to function in the communicative and interactive situations typical of the field
- understands the principles of group and teamwork and is able to work together with others in multidiciplinary teams
- is able to utilise information and communications technology at one’s work
  x


Organizational and social competence


- knows the socio-economic interdependence of the organisations in one’s subject field
- knows the possibilities of societal influencing for the development of one’s field
- knows the basic principles of organisational management and leadership and has abilities for supervision tasks
- knows the methods of working life and is able to operate in work communities
- is able to plan and organise activities
                 
IITP0105 Introduction to Technical Mathematics 4                     x


Learning competence


- is able to self-evaluate one’s competences and define his/her development and learning needs
- recognises one’s learning style orientation and is able to conduct studies independently and develop one’s learning strategies
- is capable of collaborative learning and sharing knowledge in teams and working communities
- is able to operate in changing environments and to recognise and utilise available learning opportunities and scopes for action
- Is able to plan, organise and develop one’s own actions
          x


Mathematical and scientific competence


Masters a logico-mathematical approach to solving technical
problems.
Is familiar with mathematical principles, methods and tools
Masters the general principles of physics and
sustainable development that are relevant in the applications
of the field
             
IITP0107 Engineering Drawing 3                           x


Development competence


- is able to retrieve and analyse information of one’s subject field, to critically evaluate it and to perceive entities in a holistic way
- knows the basic principles and methods of research and development work and is able to conduct small-scale research and development projects applying the existing knowledge of the field
- knows the principles of project work and is able to work in projects
- adopts an initiative and proactive approach to work and is capable of problem solving and decision making at one’s work
- understands the principles of profitable and customer-focused operations and possesses entrepreneurial skills
                   
IITP0108 Finnish for Foreigners 3                         x


Communication and social competence


- is capable of listening to others and communicating in writing, speech and visually using different communicative styles
- is able to function in the communicative and interactive situations typical of the field
- understands the principles of group and teamwork and is able to work together with others in multidiciplinary teams
- is able to utilise information and communications technology at one’s work
x


Development competence


- is able to retrieve and analyse information of one’s subject field, to critically evaluate it and to perceive entities in a holistic way
- knows the basic principles and methods of research and development work and is able to conduct small-scale research and development projects applying the existing knowledge of the field
- knows the principles of project work and is able to work in projects
- adopts an initiative and proactive approach to work and is capable of problem solving and decision making at one’s work
- understands the principles of profitable and customer-focused operations and possesses entrepreneurial skills
  x


International competence


- possesses spoken and written communicative competence at least in one foreign language necessary for one’s work and for professional development
- understands cultural differences and is able to work together with people coming from different cultural backgrounds
- is able to use international sources of information of his/her own field
- understands the effects and opportunities of internationalisation in one’s own field
               
IITP0106 Mechanics 2 2                               x


Mathematical and scientific competence


Masters a logico-mathematical approach to solving technical
problems.
Is familiar with mathematical principles, methods and tools
Masters the general principles of physics and
sustainable development that are relevant in the applications
of the field
             
IITP0103 PC Assembly and Upgrading   3                                       x


Basic competence in Network engineering


Masters the functions of IP based data networks and their active devices, and is able to design, implement and maintain basic networks
    x

Competence in the design and manufacturing of electronics


Knows the stages of the design process of an embedded electronic device and is able to use the design methods and tools of electronics.
Is able to take into account the opportunities and restrictions of the production, manufacturing and testing technologies and methods while creating solutions which reliably function in the planned usage environment of the circuit/device
IITP0104 Communication Skills     2                     x


Communication and social competence


- is capable of listening to others and communicating in writing, speech and visually using different communicative styles
- is able to function in the communicative and interactive situations typical of the field
- understands the principles of group and teamwork and is able to work together with others in multidiciplinary teams
- is able to utilise information and communications technology at one’s work
  x


Organizational and social competence


- knows the socio-economic interdependence of the organisations in one’s subject field
- knows the possibilities of societal influencing for the development of one’s field
- knows the basic principles of organisational management and leadership and has abilities for supervision tasks
- knows the methods of working life and is able to operate in work communities
- is able to plan and organise activities
                 
IITP0200 Electronics I 10 5               15                              
IITP0201 DC and AC Circuits 3                     x


Learning competence


- is able to self-evaluate one’s competences and define his/her development and learning needs
- recognises one’s learning style orientation and is able to conduct studies independently and develop one’s learning strategies
- is capable of collaborative learning and sharing knowledge in teams and working communities
- is able to operate in changing environments and to recognise and utilise available learning opportunities and scopes for action
- Is able to plan, organise and develop one’s own actions
          x


Mathematical and scientific competence


Masters a logico-mathematical approach to solving technical
problems.
Is familiar with mathematical principles, methods and tools
Masters the general principles of physics and
sustainable development that are relevant in the applications
of the field
      x


Basic competence in Network engineering


Masters the functions of IP based data networks and their active devices, and is able to design, implement and maintain basic networks
    x

Competence in the design and manufacturing of electronics


Knows the stages of the design process of an embedded electronic device and is able to use the design methods and tools of electronics.
Is able to take into account the opportunities and restrictions of the production, manufacturing and testing technologies and methods while creating solutions which reliably function in the planned usage environment of the circuit/device
IITP0202 Safety at Work 2                       x


Ethical competence


- is able to apply the value systems and ethical principles of the subject field in one’s conduct and tasks
- takes responsibility of one’s own actions and works according to the jointly agreed principles and measures
- Is able to apply the principles of sustainable development in one’s actions
- is able to take other people into account in one’s actions
            x


Software competence


Masters programming techniques: understands the logic of
programming and is familiar with the most common algorithms
and data structures
Is proficient in reading and interpreting programming code and
utilizing his/her programming skills in problem solving
Is familiar with the basics of object oriented design and object
oriented programming
         
IITP0204 Basics of Electronics and Labs 5 2                   x


Learning competence


- is able to self-evaluate one’s competences and define his/her development and learning needs
- recognises one’s learning style orientation and is able to conduct studies independently and develop one’s learning strategies
- is capable of collaborative learning and sharing knowledge in teams and working communities
- is able to operate in changing environments and to recognise and utilise available learning opportunities and scopes for action
- Is able to plan, organise and develop one’s own actions
                  x


Basic competence in Network engineering


Masters the functions of IP based data networks and their active devices, and is able to design, implement and maintain basic networks
    x

Competence in the design and manufacturing of electronics


Knows the stages of the design process of an embedded electronic device and is able to use the design methods and tools of electronics.
Is able to take into account the opportunities and restrictions of the production, manufacturing and testing technologies and methods while creating solutions which reliably function in the planned usage environment of the circuit/device
IITP0203 Digital Electronics I   3                   x


Learning competence


- is able to self-evaluate one’s competences and define his/her development and learning needs
- recognises one’s learning style orientation and is able to conduct studies independently and develop one’s learning strategies
- is capable of collaborative learning and sharing knowledge in teams and working communities
- is able to operate in changing environments and to recognise and utilise available learning opportunities and scopes for action
- Is able to plan, organise and develop one’s own actions
                x


Hardware competence


Is proficient in the fundamentals of electrical engineering and
safety at electrical work.
Is familiar with the most important electronics components
and their functioning.
Understands the design and implementation process of electronics applications
Is familiar with the hardware architecture of computers and the
operating principle of their main components
x


Basic competence in Network engineering


Masters the functions of IP based data networks and their active devices, and is able to design, implement and maintain basic networks
    x

Competence in the design and manufacturing of electronics


Knows the stages of the design process of an embedded electronic device and is able to use the design methods and tools of electronics.
Is able to take into account the opportunities and restrictions of the production, manufacturing and testing technologies and methods while creating solutions which reliably function in the planned usage environment of the circuit/device
IITP0300 Basics of ICT Skills 3 10 2             15                              
IITP0301 Basics of Programming 3                                     x


Software competence


Masters programming techniques: understands the logic of
programming and is familiar with the most common algorithms
and data structures
Is proficient in reading and interpreting programming code and
utilizing his/her programming skills in problem solving
Is familiar with the basics of object oriented design and object
oriented programming
    x


Competence in software methods


Masters software programming and the most important programming languages and their features.
Is skilled in using state-of-the-art design and modelling techniques and tools.
Understands the significance of software usability in product and user interface design, and is able to apply the most relevant methods of usability evaluation and user-oriented design
   
IITP0302 Basics of Computer Networks   5                                       x


Basic competence in Network engineering


Masters the functions of IP based data networks and their active devices, and is able to design, implement and maintain basic networks
x


Competence in software methods


Masters software programming and the most important programming languages and their features.
Is skilled in using state-of-the-art design and modelling techniques and tools.
Understands the significance of software usability in product and user interface design, and is able to apply the most relevant methods of usability evaluation and user-oriented design
  x

Competence in the design and manufacturing of electronics


Knows the stages of the design process of an embedded electronic device and is able to use the design methods and tools of electronics.
Is able to take into account the opportunities and restrictions of the production, manufacturing and testing technologies and methods while creating solutions which reliably function in the planned usage environment of the circuit/device
IITP0303 Basics of Web Development   3                                   x


Software competence


Masters programming techniques: understands the logic of
programming and is familiar with the most common algorithms
and data structures
Is proficient in reading and interpreting programming code and
utilizing his/her programming skills in problem solving
Is familiar with the basics of object oriented design and object
oriented programming
    x


Competence in software methods


Masters software programming and the most important programming languages and their features.
Is skilled in using state-of-the-art design and modelling techniques and tools.
Understands the significance of software usability in product and user interface design, and is able to apply the most relevant methods of usability evaluation and user-oriented design
   
IITP0304 Analytic Geometry and Linear Algebra   2                               x


Mathematical and scientific competence


Masters a logico-mathematical approach to solving technical
problems.
Is familiar with mathematical principles, methods and tools
Masters the general principles of physics and
sustainable development that are relevant in the applications
of the field
             
IITP0305 Basics of Mathematical Software     2                             x


Mathematical and scientific competence


Masters a logico-mathematical approach to solving technical
problems.
Is familiar with mathematical principles, methods and tools
Masters the general principles of physics and
sustainable development that are relevant in the applications
of the field
             
IITA0100 Telecommunications and Electronics   3 11 7           21                              
IITA0104 Circuit Analysis   3                   x


Learning competence


- is able to self-evaluate one’s competences and define his/her development and learning needs
- recognises one’s learning style orientation and is able to conduct studies independently and develop one’s learning strategies
- is capable of collaborative learning and sharing knowledge in teams and working communities
- is able to operate in changing environments and to recognise and utilise available learning opportunities and scopes for action
- Is able to plan, organise and develop one’s own actions
          x


Mathematical and scientific competence


Masters a logico-mathematical approach to solving technical
problems.
Is familiar with mathematical principles, methods and tools
Masters the general principles of physics and
sustainable development that are relevant in the applications
of the field
      x


Basic competence in Network engineering


Masters the functions of IP based data networks and their active devices, and is able to design, implement and maintain basic networks
x


Competence in software methods


Masters software programming and the most important programming languages and their features.
Is skilled in using state-of-the-art design and modelling techniques and tools.
Understands the significance of software usability in product and user interface design, and is able to apply the most relevant methods of usability evaluation and user-oriented design
  x

Competence in the design and manufacturing of electronics


Knows the stages of the design process of an embedded electronic device and is able to use the design methods and tools of electronics.
Is able to take into account the opportunities and restrictions of the production, manufacturing and testing technologies and methods while creating solutions which reliably function in the planned usage environment of the circuit/device
IITA0101 Differential Calculus     2                             x


Mathematical and scientific competence


Masters a logico-mathematical approach to solving technical
problems.
Is familiar with mathematical principles, methods and tools
Masters the general principles of physics and
sustainable development that are relevant in the applications
of the field
             
IITA0102 Electricity and Magnetism     3                             x


Mathematical and scientific competence


Masters a logico-mathematical approach to solving technical
problems.
Is familiar with mathematical principles, methods and tools
Masters the general principles of physics and
sustainable development that are relevant in the applications
of the field
             
IITA0105 Electronic Systems Theory     3                 x


Learning competence


- is able to self-evaluate one’s competences and define his/her development and learning needs
- recognises one’s learning style orientation and is able to conduct studies independently and develop one’s learning strategies
- is capable of collaborative learning and sharing knowledge in teams and working communities
- is able to operate in changing environments and to recognise and utilise available learning opportunities and scopes for action
- Is able to plan, organise and develop one’s own actions
    x


Development competence


- is able to retrieve and analyse information of one’s subject field, to critically evaluate it and to perceive entities in a holistic way
- knows the basic principles and methods of research and development work and is able to conduct small-scale research and development projects applying the existing knowledge of the field
- knows the principles of project work and is able to work in projects
- adopts an initiative and proactive approach to work and is capable of problem solving and decision making at one’s work
- understands the principles of profitable and customer-focused operations and possesses entrepreneurial skills
    x


Mathematical and scientific competence


Masters a logico-mathematical approach to solving technical
problems.
Is familiar with mathematical principles, methods and tools
Masters the general principles of physics and
sustainable development that are relevant in the applications
of the field
      x


Basic competence in Network engineering


Masters the functions of IP based data networks and their active devices, and is able to design, implement and maintain basic networks
x


Competence in software methods


Masters software programming and the most important programming languages and their features.
Is skilled in using state-of-the-art design and modelling techniques and tools.
Understands the significance of software usability in product and user interface design, and is able to apply the most relevant methods of usability evaluation and user-oriented design
  x

Competence in the design and manufacturing of electronics


Knows the stages of the design process of an embedded electronic device and is able to use the design methods and tools of electronics.
Is able to take into account the opportunities and restrictions of the production, manufacturing and testing technologies and methods while creating solutions which reliably function in the planned usage environment of the circuit/device
IITA0106 Basics of Telecommunications     3 4                                   x


Basic competence in Network engineering


Masters the functions of IP based data networks and their active devices, and is able to design, implement and maintain basic networks
x


Competence in software methods


Masters software programming and the most important programming languages and their features.
Is skilled in using state-of-the-art design and modelling techniques and tools.
Understands the significance of software usability in product and user interface design, and is able to apply the most relevant methods of usability evaluation and user-oriented design
  x

Competence in the design and manufacturing of electronics


Knows the stages of the design process of an embedded electronic device and is able to use the design methods and tools of electronics.
Is able to take into account the opportunities and restrictions of the production, manufacturing and testing technologies and methods while creating solutions which reliably function in the planned usage environment of the circuit/device
IITA0103 Analysis       3               x


Learning competence


- is able to self-evaluate one’s competences and define his/her development and learning needs
- recognises one’s learning style orientation and is able to conduct studies independently and develop one’s learning strategies
- is capable of collaborative learning and sharing knowledge in teams and working communities
- is able to operate in changing environments and to recognise and utilise available learning opportunities and scopes for action
- Is able to plan, organise and develop one’s own actions
          x


Mathematical and scientific competence


Masters a logico-mathematical approach to solving technical
problems.
Is familiar with mathematical principles, methods and tools
Masters the general principles of physics and
sustainable development that are relevant in the applications
of the field
             
IITA0200 Professional ICT Skills     11 11           22                              
IITA0201 C Programming     3                                 x


Software competence


Masters programming techniques: understands the logic of
programming and is familiar with the most common algorithms
and data structures
Is proficient in reading and interpreting programming code and
utilizing his/her programming skills in problem solving
Is familiar with the basics of object oriented design and object
oriented programming
    x


Competence in software methods


Masters software programming and the most important programming languages and their features.
Is skilled in using state-of-the-art design and modelling techniques and tools.
Understands the significance of software usability in product and user interface design, and is able to apply the most relevant methods of usability evaluation and user-oriented design
   
IITA0202 Application Development     3                                 x


Software competence


Masters programming techniques: understands the logic of
programming and is familiar with the most common algorithms
and data structures
Is proficient in reading and interpreting programming code and
utilizing his/her programming skills in problem solving
Is familiar with the basics of object oriented design and object
oriented programming
    x


Competence in software methods


Masters software programming and the most important programming languages and their features.
Is skilled in using state-of-the-art design and modelling techniques and tools.
Understands the significance of software usability in product and user interface design, and is able to apply the most relevant methods of usability evaluation and user-oriented design
   
IITA0203 Basics of Operating Systems     3                 x


Learning competence


- is able to self-evaluate one’s competences and define his/her development and learning needs
- recognises one’s learning style orientation and is able to conduct studies independently and develop one’s learning strategies
- is capable of collaborative learning and sharing knowledge in teams and working communities
- is able to operate in changing environments and to recognise and utilise available learning opportunities and scopes for action
- Is able to plan, organise and develop one’s own actions
    x


Development competence


- is able to retrieve and analyse information of one’s subject field, to critically evaluate it and to perceive entities in a holistic way
- knows the basic principles and methods of research and development work and is able to conduct small-scale research and development projects applying the existing knowledge of the field
- knows the principles of project work and is able to work in projects
- adopts an initiative and proactive approach to work and is capable of problem solving and decision making at one’s work
- understands the principles of profitable and customer-focused operations and possesses entrepreneurial skills
                x


Advanced competence in Network engineering


Masters the design and implementation of secure and dependable,wired and wireless data networks.
 
IITA0205 Data Network Services     2                                           x

Competence in the design and manufacturing of electronics


Knows the stages of the design process of an embedded electronic device and is able to use the design methods and tools of electronics.
Is able to take into account the opportunities and restrictions of the production, manufacturing and testing technologies and methods while creating solutions which reliably function in the planned usage environment of the circuit/device
IITA0204 Object Oriented Programming       5                               x


Software competence


Masters programming techniques: understands the logic of
programming and is familiar with the most common algorithms
and data structures
Is proficient in reading and interpreting programming code and
utilizing his/her programming skills in problem solving
Is familiar with the basics of object oriented design and object
oriented programming
    x


Competence in software methods


Masters software programming and the most important programming languages and their features.
Is skilled in using state-of-the-art design and modelling techniques and tools.
Understands the significance of software usability in product and user interface design, and is able to apply the most relevant methods of usability evaluation and user-oriented design
   
IITA0206 Linux OS       3                     x


Development competence


- is able to retrieve and analyse information of one’s subject field, to critically evaluate it and to perceive entities in a holistic way
- knows the basic principles and methods of research and development work and is able to conduct small-scale research and development projects applying the existing knowledge of the field
- knows the principles of project work and is able to work in projects
- adopts an initiative and proactive approach to work and is capable of problem solving and decision making at one’s work
- understands the principles of profitable and customer-focused operations and possesses entrepreneurial skills
                x


Advanced competence in Network engineering


Masters the design and implementation of secure and dependable,wired and wireless data networks.
 
IITA0207 Databases       3                               x


Software competence


Masters programming techniques: understands the logic of
programming and is familiar with the most common algorithms
and data structures
Is proficient in reading and interpreting programming code and
utilizing his/her programming skills in problem solving
Is familiar with the basics of object oriented design and object
oriented programming
    x


Competence in software methods


Masters software programming and the most important programming languages and their features.
Is skilled in using state-of-the-art design and modelling techniques and tools.
Understands the significance of software usability in product and user interface design, and is able to apply the most relevant methods of usability evaluation and user-oriented design
   
IITA0300 Electronics II   3 4 7 8         22                              
IITA0301 Digital Electronics II   3                                     x


Hardware competence


Is proficient in the fundamentals of electrical engineering and
safety at electrical work.
Is familiar with the most important electronics components
and their functioning.
Understands the design and implementation process of electronics applications
Is familiar with the hardware architecture of computers and the
operating principle of their main components
x


Basic competence in Network engineering


Masters the functions of IP based data networks and their active devices, and is able to design, implement and maintain basic networks
    x

Competence in the design and manufacturing of electronics


Knows the stages of the design process of an embedded electronic device and is able to use the design methods and tools of electronics.
Is able to take into account the opportunities and restrictions of the production, manufacturing and testing technologies and methods while creating solutions which reliably function in the planned usage environment of the circuit/device
IITA0305 Computer Aided Design of Electronics     4                       x


Development competence


- is able to retrieve and analyse information of one’s subject field, to critically evaluate it and to perceive entities in a holistic way
- knows the basic principles and methods of research and development work and is able to conduct small-scale research and development projects applying the existing knowledge of the field
- knows the principles of project work and is able to work in projects
- adopts an initiative and proactive approach to work and is capable of problem solving and decision making at one’s work
- understands the principles of profitable and customer-focused operations and possesses entrepreneurial skills
            x


Basic competence in Network engineering


Masters the functions of IP based data networks and their active devices, and is able to design, implement and maintain basic networks
    x

Competence in the design and manufacturing of electronics


Knows the stages of the design process of an embedded electronic device and is able to use the design methods and tools of electronics.
Is able to take into account the opportunities and restrictions of the production, manufacturing and testing technologies and methods while creating solutions which reliably function in the planned usage environment of the circuit/device
IITA0303 Principles of Modern Physics       3               x


Learning competence


- is able to self-evaluate one’s competences and define his/her development and learning needs
- recognises one’s learning style orientation and is able to conduct studies independently and develop one’s learning strategies
- is capable of collaborative learning and sharing knowledge in teams and working communities
- is able to operate in changing environments and to recognise and utilise available learning opportunities and scopes for action
- Is able to plan, organise and develop one’s own actions
          x


Mathematical and scientific competence


Masters a logico-mathematical approach to solving technical
problems.
Is familiar with mathematical principles, methods and tools
Masters the general principles of physics and
sustainable development that are relevant in the applications
of the field
             
IITA0304 Computer Architecture       4               x


Learning competence


- is able to self-evaluate one’s competences and define his/her development and learning needs
- recognises one’s learning style orientation and is able to conduct studies independently and develop one’s learning strategies
- is capable of collaborative learning and sharing knowledge in teams and working communities
- is able to operate in changing environments and to recognise and utilise available learning opportunities and scopes for action
- Is able to plan, organise and develop one’s own actions
                x


Hardware competence


Is proficient in the fundamentals of electrical engineering and
safety at electrical work.
Is familiar with the most important electronics components
and their functioning.
Understands the design and implementation process of electronics applications
Is familiar with the hardware architecture of computers and the
operating principle of their main components
x


Basic competence in Network engineering


Masters the functions of IP based data networks and their active devices, and is able to design, implement and maintain basic networks
    x

Competence in the design and manufacturing of electronics


Knows the stages of the design process of an embedded electronic device and is able to use the design methods and tools of electronics.
Is able to take into account the opportunities and restrictions of the production, manufacturing and testing technologies and methods while creating solutions which reliably function in the planned usage environment of the circuit/device
IITA0302 ICT English         3             x


Learning competence


- is able to self-evaluate one’s competences and define his/her development and learning needs
- recognises one’s learning style orientation and is able to conduct studies independently and develop one’s learning strategies
- is capable of collaborative learning and sharing knowledge in teams and working communities
- is able to operate in changing environments and to recognise and utilise available learning opportunities and scopes for action
- Is able to plan, organise and develop one’s own actions
  x


Communication and social competence


- is capable of listening to others and communicating in writing, speech and visually using different communicative styles
- is able to function in the communicative and interactive situations typical of the field
- understands the principles of group and teamwork and is able to work together with others in multidiciplinary teams
- is able to utilise information and communications technology at one’s work
                     
IITA0306 Microprocessors, Controllers and Interfacing         5             x


Learning competence


- is able to self-evaluate one’s competences and define his/her development and learning needs
- recognises one’s learning style orientation and is able to conduct studies independently and develop one’s learning strategies
- is capable of collaborative learning and sharing knowledge in teams and working communities
- is able to operate in changing environments and to recognise and utilise available learning opportunities and scopes for action
- Is able to plan, organise and develop one’s own actions
    x


Development competence


- is able to retrieve and analyse information of one’s subject field, to critically evaluate it and to perceive entities in a holistic way
- knows the basic principles and methods of research and development work and is able to conduct small-scale research and development projects applying the existing knowledge of the field
- knows the principles of project work and is able to work in projects
- adopts an initiative and proactive approach to work and is capable of problem solving and decision making at one’s work
- understands the principles of profitable and customer-focused operations and possesses entrepreneurial skills
          x


Hardware competence


Is proficient in the fundamentals of electrical engineering and
safety at electrical work.
Is familiar with the most important electronics components
and their functioning.
Understands the design and implementation process of electronics applications
Is familiar with the hardware architecture of computers and the
operating principle of their main components
x


Basic competence in Network engineering


Masters the functions of IP based data networks and their active devices, and is able to design, implement and maintain basic networks
    x

Competence in the design and manufacturing of electronics


Knows the stages of the design process of an embedded electronic device and is able to use the design methods and tools of electronics.
Is able to take into account the opportunities and restrictions of the production, manufacturing and testing technologies and methods while creating solutions which reliably function in the planned usage environment of the circuit/device
IITA0400 Economy   4   2 2 6 3     17                              
IITA0401 Speaking Skills in Finnish (Int.)   4                       x


Communication and social competence


- is capable of listening to others and communicating in writing, speech and visually using different communicative styles
- is able to function in the communicative and interactive situations typical of the field
- understands the principles of group and teamwork and is able to work together with others in multidiciplinary teams
- is able to utilise information and communications technology at one’s work
    x


International competence


- possesses spoken and written communicative competence at least in one foreign language necessary for one’s work and for professional development
- understands cultural differences and is able to work together with people coming from different cultural backgrounds
- is able to use international sources of information of his/her own field
- understands the effects and opportunities of internationalisation in one’s own field
               
IITA0403 Statistics and Probability Studies       2                   x


Communication and social competence


- is capable of listening to others and communicating in writing, speech and visually using different communicative styles
- is able to function in the communicative and interactive situations typical of the field
- understands the principles of group and teamwork and is able to work together with others in multidiciplinary teams
- is able to utilise information and communications technology at one’s work
  x


Organizational and social competence


- knows the socio-economic interdependence of the organisations in one’s subject field
- knows the possibilities of societal influencing for the development of one’s field
- knows the basic principles of organisational management and leadership and has abilities for supervision tasks
- knows the methods of working life and is able to operate in work communities
- is able to plan and organise activities
                 
IITA0406 ICT Entrepreneurship         2 3                   x


Organizational and social competence


- knows the socio-economic interdependence of the organisations in one’s subject field
- knows the possibilities of societal influencing for the development of one’s field
- knows the basic principles of organisational management and leadership and has abilities for supervision tasks
- knows the methods of working life and is able to operate in work communities
- is able to plan and organise activities
                 
IITA0404 Leadership and Project Management         3               x


Communication and social competence


- is capable of listening to others and communicating in writing, speech and visually using different communicative styles
- is able to function in the communicative and interactive situations typical of the field
- understands the principles of group and teamwork and is able to work together with others in multidiciplinary teams
- is able to utilise information and communications technology at one’s work
  x


Organizational and social competence


- knows the socio-economic interdependence of the organisations in one’s subject field
- knows the possibilities of societal influencing for the development of one’s field
- knows the basic principles of organisational management and leadership and has abilities for supervision tasks
- knows the methods of working life and is able to operate in work communities
- is able to plan and organise activities
x


International competence


- possesses spoken and written communicative competence at least in one foreign language necessary for one’s work and for professional development
- understands cultural differences and is able to work together with people coming from different cultural backgrounds
- is able to use international sources of information of his/her own field
- understands the effects and opportunities of internationalisation in one’s own field
               
IITA0405 Reporting in English             3             x


Communication and social competence


- is capable of listening to others and communicating in writing, speech and visually using different communicative styles
- is able to function in the communicative and interactive situations typical of the field
- understands the principles of group and teamwork and is able to work together with others in multidiciplinary teams
- is able to utilise information and communications technology at one’s work
  x


Organizational and social competence


- knows the socio-economic interdependence of the organisations in one’s subject field
- knows the possibilities of societal influencing for the development of one’s field
- knows the basic principles of organisational management and leadership and has abilities for supervision tasks
- knows the methods of working life and is able to operate in work communities
- is able to plan and organise activities
                 
IITA0500 Energy Technology       3 3 3       9                              
IITA0501 Chemistry and Environment       3                     x


Development competence


- is able to retrieve and analyse information of one’s subject field, to critically evaluate it and to perceive entities in a holistic way
- knows the basic principles and methods of research and development work and is able to conduct small-scale research and development projects applying the existing knowledge of the field
- knows the principles of project work and is able to work in projects
- adopts an initiative and proactive approach to work and is capable of problem solving and decision making at one’s work
- understands the principles of profitable and customer-focused operations and possesses entrepreneurial skills
                   
IITA0502 Basics of Energy Technology         3                         x


Mathematical and scientific competence


Masters a logico-mathematical approach to solving technical
problems.
Is familiar with mathematical principles, methods and tools
Masters the general principles of physics and
sustainable development that are relevant in the applications
of the field
      x


Basic competence in Network engineering


Masters the functions of IP based data networks and their active devices, and is able to design, implement and maintain basic networks
x


Competence in software methods


Masters software programming and the most important programming languages and their features.
Is skilled in using state-of-the-art design and modelling techniques and tools.
Understands the significance of software usability in product and user interface design, and is able to apply the most relevant methods of usability evaluation and user-oriented design
   
IITA0503 Energy Technology ICT           3           x


Learning competence


- is able to self-evaluate one’s competences and define his/her development and learning needs
- recognises one’s learning style orientation and is able to conduct studies independently and develop one’s learning strategies
- is capable of collaborative learning and sharing knowledge in teams and working communities
- is able to operate in changing environments and to recognise and utilise available learning opportunities and scopes for action
- Is able to plan, organise and develop one’s own actions
  x


Communication and social competence


- is capable of listening to others and communicating in writing, speech and visually using different communicative styles
- is able to function in the communicative and interactive situations typical of the field
- understands the principles of group and teamwork and is able to work together with others in multidiciplinary teams
- is able to utilise information and communications technology at one’s work
        x


Familiarity of working enviroment


A BSc in ICT-enginnering will be acquainted with the operation and products of local companies in the field of enegry. Future engineers will be familiar with the solution in ICT technology as used by the companies in enery engineering, on top of having a proficiency to learn and find out new.
  x


Hardware competence


Is proficient in the fundamentals of electrical engineering and
safety at electrical work.
Is familiar with the most important electronics components
and their functioning.
Understands the design and implementation process of electronics applications
Is familiar with the hardware architecture of computers and the
operating principle of their main components
  x


Competence in software methods


Masters software programming and the most important programming languages and their features.
Is skilled in using state-of-the-art design and modelling techniques and tools.
Understands the significance of software usability in product and user interface design, and is able to apply the most relevant methods of usability evaluation and user-oriented design
   
IITS0000 ADVANCED PROFESSIONAL STUDIES                   40                              
IITS1100 Web Applications         7 3                                      
IITS1101 XML Technology         5                             x


Software competence


Masters programming techniques: understands the logic of
programming and is familiar with the most common algorithms
and data structures
Is proficient in reading and interpreting programming code and
utilizing his/her programming skills in problem solving
Is familiar with the basics of object oriented design and object
oriented programming
    x


Competence in software methods


Masters software programming and the most important programming languages and their features.
Is skilled in using state-of-the-art design and modelling techniques and tools.
Understands the significance of software usability in product and user interface design, and is able to apply the most relevant methods of usability evaluation and user-oriented design
   
IITS1102 Java Server Programming         2 3                           x


Software competence


Masters programming techniques: understands the logic of
programming and is familiar with the most common algorithms
and data structures
Is proficient in reading and interpreting programming code and
utilizing his/her programming skills in problem solving
Is familiar with the basics of object oriented design and object
oriented programming
    x


Competence in software methods


Masters software programming and the most important programming languages and their features.
Is skilled in using state-of-the-art design and modelling techniques and tools.
Understands the significance of software usability in product and user interface design, and is able to apply the most relevant methods of usability evaluation and user-oriented design
   
IITS1200 Software Development Methods           5 5                                    
IITS1201 Software Engineering           5                           x


Software competence


Masters programming techniques: understands the logic of
programming and is familiar with the most common algorithms
and data structures
Is proficient in reading and interpreting programming code and
utilizing his/her programming skills in problem solving
Is familiar with the basics of object oriented design and object
oriented programming
    x


Competence in software methods


Masters software programming and the most important programming languages and their features.
Is skilled in using state-of-the-art design and modelling techniques and tools.
Understands the significance of software usability in product and user interface design, and is able to apply the most relevant methods of usability evaluation and user-oriented design
   
IITS1202 Software Engineering Projects             5                         x


Software competence


Masters programming techniques: understands the logic of
programming and is familiar with the most common algorithms
and data structures
Is proficient in reading and interpreting programming code and
utilizing his/her programming skills in problem solving
Is familiar with the basics of object oriented design and object
oriented programming
    x


Competence in software methods


Masters software programming and the most important programming languages and their features.
Is skilled in using state-of-the-art design and modelling techniques and tools.
Understands the significance of software usability in product and user interface design, and is able to apply the most relevant methods of usability evaluation and user-oriented design
   
IITS1300 Client-Server Applications           5 5                                    
IITS1301 Web Services           5                           x


Software competence


Masters programming techniques: understands the logic of
programming and is familiar with the most common algorithms
and data structures
Is proficient in reading and interpreting programming code and
utilizing his/her programming skills in problem solving
Is familiar with the basics of object oriented design and object
oriented programming
    x


Competence in software methods


Masters software programming and the most important programming languages and their features.
Is skilled in using state-of-the-art design and modelling techniques and tools.
Understands the significance of software usability in product and user interface design, and is able to apply the most relevant methods of usability evaluation and user-oriented design
  x

Competence in the design and manufacturing of electronics


Knows the stages of the design process of an embedded electronic device and is able to use the design methods and tools of electronics.
Is able to take into account the opportunities and restrictions of the production, manufacturing and testing technologies and methods while creating solutions which reliably function in the planned usage environment of the circuit/device
IITS1302 Microsoft .NET Programming             5                         x


Software competence


Masters programming techniques: understands the logic of
programming and is familiar with the most common algorithms
and data structures
Is proficient in reading and interpreting programming code and
utilizing his/her programming skills in problem solving
Is familiar with the basics of object oriented design and object
oriented programming
    x


Competence in software methods


Masters software programming and the most important programming languages and their features.
Is skilled in using state-of-the-art design and modelling techniques and tools.
Understands the significance of software usability in product and user interface design, and is able to apply the most relevant methods of usability evaluation and user-oriented design
  x

Competence in the design and manufacturing of electronics


Knows the stages of the design process of an embedded electronic device and is able to use the design methods and tools of electronics.
Is able to take into account the opportunities and restrictions of the production, manufacturing and testing technologies and methods while creating solutions which reliably function in the planned usage environment of the circuit/device
IITS2100 Embedded Systems I         4 6                                      
IITS2102 Digital System Design         4                   x


Development competence


- is able to retrieve and analyse information of one’s subject field, to critically evaluate it and to perceive entities in a holistic way
- knows the basic principles and methods of research and development work and is able to conduct small-scale research and development projects applying the existing knowledge of the field
- knows the principles of project work and is able to work in projects
- adopts an initiative and proactive approach to work and is capable of problem solving and decision making at one’s work
- understands the principles of profitable and customer-focused operations and possesses entrepreneurial skills
            x


Basic competence in Network engineering


Masters the functions of IP based data networks and their active devices, and is able to design, implement and maintain basic networks
    x

Competence in the design and manufacturing of electronics


Knows the stages of the design process of an embedded electronic device and is able to use the design methods and tools of electronics.
Is able to take into account the opportunities and restrictions of the production, manufacturing and testing technologies and methods while creating solutions which reliably function in the planned usage environment of the circuit/device
IITS2101 Microcontrollers Laboratory           3                 x


Development competence


- is able to retrieve and analyse information of one’s subject field, to critically evaluate it and to perceive entities in a holistic way
- knows the basic principles and methods of research and development work and is able to conduct small-scale research and development projects applying the existing knowledge of the field
- knows the principles of project work and is able to work in projects
- adopts an initiative and proactive approach to work and is capable of problem solving and decision making at one’s work
- understands the principles of profitable and customer-focused operations and possesses entrepreneurial skills
            x


Basic competence in Network engineering


Masters the functions of IP based data networks and their active devices, and is able to design, implement and maintain basic networks
    x

Competence in the design and manufacturing of electronics


Knows the stages of the design process of an embedded electronic device and is able to use the design methods and tools of electronics.
Is able to take into account the opportunities and restrictions of the production, manufacturing and testing technologies and methods while creating solutions which reliably function in the planned usage environment of the circuit/device
IITS2103 Real Time Operating Systems           3                 x


Development competence


- is able to retrieve and analyse information of one’s subject field, to critically evaluate it and to perceive entities in a holistic way
- knows the basic principles and methods of research and development work and is able to conduct small-scale research and development projects applying the existing knowledge of the field
- knows the principles of project work and is able to work in projects
- adopts an initiative and proactive approach to work and is capable of problem solving and decision making at one’s work
- understands the principles of profitable and customer-focused operations and possesses entrepreneurial skills
          x


Hardware competence


Is proficient in the fundamentals of electrical engineering and
safety at electrical work.
Is familiar with the most important electronics components
and their functioning.
Understands the design and implementation process of electronics applications
Is familiar with the hardware architecture of computers and the
operating principle of their main components
x


Basic competence in Network engineering


Masters the functions of IP based data networks and their active devices, and is able to design, implement and maintain basic networks
  x


Advanced competence in Network engineering


Masters the design and implementation of secure and dependable,wired and wireless data networks.
x

Competence in the design and manufacturing of electronics


Knows the stages of the design process of an embedded electronic device and is able to use the design methods and tools of electronics.
Is able to take into account the opportunities and restrictions of the production, manufacturing and testing technologies and methods while creating solutions which reliably function in the planned usage environment of the circuit/device
IITS2200 Embedded Systems II         3 4 3                                    
IITS2202 Measurement and Control Technology         3                   x


Development competence


- is able to retrieve and analyse information of one’s subject field, to critically evaluate it and to perceive entities in a holistic way
- knows the basic principles and methods of research and development work and is able to conduct small-scale research and development projects applying the existing knowledge of the field
- knows the principles of project work and is able to work in projects
- adopts an initiative and proactive approach to work and is capable of problem solving and decision making at one’s work
- understands the principles of profitable and customer-focused operations and possesses entrepreneurial skills
    x


Mathematical and scientific competence


Masters a logico-mathematical approach to solving technical
problems.
Is familiar with mathematical principles, methods and tools
Masters the general principles of physics and
sustainable development that are relevant in the applications
of the field
    x


Hardware competence


Is proficient in the fundamentals of electrical engineering and
safety at electrical work.
Is familiar with the most important electronics components
and their functioning.
Understands the design and implementation process of electronics applications
Is familiar with the hardware architecture of computers and the
operating principle of their main components
      x

Competence in the design and manufacturing of electronics


Knows the stages of the design process of an embedded electronic device and is able to use the design methods and tools of electronics.
Is able to take into account the opportunities and restrictions of the production, manufacturing and testing technologies and methods while creating solutions which reliably function in the planned usage environment of the circuit/device
IITS2201 Embedded Systems Design           4                 x


Development competence


- is able to retrieve and analyse information of one’s subject field, to critically evaluate it and to perceive entities in a holistic way
- knows the basic principles and methods of research and development work and is able to conduct small-scale research and development projects applying the existing knowledge of the field
- knows the principles of project work and is able to work in projects
- adopts an initiative and proactive approach to work and is capable of problem solving and decision making at one’s work
- understands the principles of profitable and customer-focused operations and possesses entrepreneurial skills
x


Organizational and social competence


- knows the socio-economic interdependence of the organisations in one’s subject field
- knows the possibilities of societal influencing for the development of one’s field
- knows the basic principles of organisational management and leadership and has abilities for supervision tasks
- knows the methods of working life and is able to operate in work communities
- is able to plan and organise activities
      x


Software competence


Masters programming techniques: understands the logic of
programming and is familiar with the most common algorithms
and data structures
Is proficient in reading and interpreting programming code and
utilizing his/her programming skills in problem solving
Is familiar with the basics of object oriented design and object
oriented programming
x


Hardware competence


Is proficient in the fundamentals of electrical engineering and
safety at electrical work.
Is familiar with the most important electronics components
and their functioning.
Understands the design and implementation process of electronics applications
Is familiar with the hardware architecture of computers and the
operating principle of their main components
x


Basic competence in Network engineering


Masters the functions of IP based data networks and their active devices, and is able to design, implement and maintain basic networks
x


Competence in software methods


Masters software programming and the most important programming languages and their features.
Is skilled in using state-of-the-art design and modelling techniques and tools.
Understands the significance of software usability in product and user interface design, and is able to apply the most relevant methods of usability evaluation and user-oriented design
  x

Competence in the design and manufacturing of electronics


Knows the stages of the design process of an embedded electronic device and is able to use the design methods and tools of electronics.
Is able to take into account the opportunities and restrictions of the production, manufacturing and testing technologies and methods while creating solutions which reliably function in the planned usage environment of the circuit/device
IITS2203 Fieldbuses and Internet             3               x


Development competence


- is able to retrieve and analyse information of one’s subject field, to critically evaluate it and to perceive entities in a holistic way
- knows the basic principles and methods of research and development work and is able to conduct small-scale research and development projects applying the existing knowledge of the field
- knows the principles of project work and is able to work in projects
- adopts an initiative and proactive approach to work and is capable of problem solving and decision making at one’s work
- understands the principles of profitable and customer-focused operations and possesses entrepreneurial skills
        x


Software competence


Masters programming techniques: understands the logic of
programming and is familiar with the most common algorithms
and data structures
Is proficient in reading and interpreting programming code and
utilizing his/her programming skills in problem solving
Is familiar with the basics of object oriented design and object
oriented programming
x


Hardware competence


Is proficient in the fundamentals of electrical engineering and
safety at electrical work.
Is familiar with the most important electronics components
and their functioning.
Understands the design and implementation process of electronics applications
Is familiar with the hardware architecture of computers and the
operating principle of their main components
x


Basic competence in Network engineering


Masters the functions of IP based data networks and their active devices, and is able to design, implement and maintain basic networks
    x

Competence in the design and manufacturing of electronics


Knows the stages of the design process of an embedded electronic device and is able to use the design methods and tools of electronics.
Is able to take into account the opportunities and restrictions of the production, manufacturing and testing technologies and methods while creating solutions which reliably function in the planned usage environment of the circuit/device
IITS2300 Embedded Systems III           3 7                                    
IITS2304 FPGA Circuits and VHDL Programming           3                 x


Development competence


- is able to retrieve and analyse information of one’s subject field, to critically evaluate it and to perceive entities in a holistic way
- knows the basic principles and methods of research and development work and is able to conduct small-scale research and development projects applying the existing knowledge of the field
- knows the principles of project work and is able to work in projects
- adopts an initiative and proactive approach to work and is capable of problem solving and decision making at one’s work
- understands the principles of profitable and customer-focused operations and possesses entrepreneurial skills
x


Organizational and social competence


- knows the socio-economic interdependence of the organisations in one’s subject field
- knows the possibilities of societal influencing for the development of one’s field
- knows the basic principles of organisational management and leadership and has abilities for supervision tasks
- knows the methods of working life and is able to operate in work communities
- is able to plan and organise activities
        x


Hardware competence


Is proficient in the fundamentals of electrical engineering and
safety at electrical work.
Is familiar with the most important electronics components
and their functioning.
Understands the design and implementation process of electronics applications
Is familiar with the hardware architecture of computers and the
operating principle of their main components
x


Basic competence in Network engineering


Masters the functions of IP based data networks and their active devices, and is able to design, implement and maintain basic networks
x


Competence in software methods


Masters software programming and the most important programming languages and their features.
Is skilled in using state-of-the-art design and modelling techniques and tools.
Understands the significance of software usability in product and user interface design, and is able to apply the most relevant methods of usability evaluation and user-oriented design
  x

Competence in the design and manufacturing of electronics


Knows the stages of the design process of an embedded electronic device and is able to use the design methods and tools of electronics.
Is able to take into account the opportunities and restrictions of the production, manufacturing and testing technologies and methods while creating solutions which reliably function in the planned usage environment of the circuit/device
IITS2302 Embedded Systems Programming             3               x


Development competence


- is able to retrieve and analyse information of one’s subject field, to critically evaluate it and to perceive entities in a holistic way
- knows the basic principles and methods of research and development work and is able to conduct small-scale research and development projects applying the existing knowledge of the field
- knows the principles of project work and is able to work in projects
- adopts an initiative and proactive approach to work and is capable of problem solving and decision making at one’s work
- understands the principles of profitable and customer-focused operations and possesses entrepreneurial skills
x


Organizational and social competence


- knows the socio-economic interdependence of the organisations in one’s subject field
- knows the possibilities of societal influencing for the development of one’s field
- knows the basic principles of organisational management and leadership and has abilities for supervision tasks
- knows the methods of working life and is able to operate in work communities
- is able to plan and organise activities
        x


Hardware competence


Is proficient in the fundamentals of electrical engineering and
safety at electrical work.
Is familiar with the most important electronics components
and their functioning.
Understands the design and implementation process of electronics applications
Is familiar with the hardware architecture of computers and the
operating principle of their main components
x


Basic competence in Network engineering


Masters the functions of IP based data networks and their active devices, and is able to design, implement and maintain basic networks
x


Competence in software methods


Masters software programming and the most important programming languages and their features.
Is skilled in using state-of-the-art design and modelling techniques and tools.
Understands the significance of software usability in product and user interface design, and is able to apply the most relevant methods of usability evaluation and user-oriented design
  x

Competence in the design and manufacturing of electronics


Knows the stages of the design process of an embedded electronic device and is able to use the design methods and tools of electronics.
Is able to take into account the opportunities and restrictions of the production, manufacturing and testing technologies and methods while creating solutions which reliably function in the planned usage environment of the circuit/device
IITS2303 Embedded Systems Project             4               x


Development competence


- is able to retrieve and analyse information of one’s subject field, to critically evaluate it and to perceive entities in a holistic way
- knows the basic principles and methods of research and development work and is able to conduct small-scale research and development projects applying the existing knowledge of the field
- knows the principles of project work and is able to work in projects
- adopts an initiative and proactive approach to work and is capable of problem solving and decision making at one’s work
- understands the principles of profitable and customer-focused operations and possesses entrepreneurial skills
x


Organizational and social competence


- knows the socio-economic interdependence of the organisations in one’s subject field
- knows the possibilities of societal influencing for the development of one’s field
- knows the basic principles of organisational management and leadership and has abilities for supervision tasks
- knows the methods of working life and is able to operate in work communities
- is able to plan and organise activities
        x


Hardware competence


Is proficient in the fundamentals of electrical engineering and
safety at electrical work.
Is familiar with the most important electronics components
and their functioning.
Understands the design and implementation process of electronics applications
Is familiar with the hardware architecture of computers and the
operating principle of their main components
x


Basic competence in Network engineering


Masters the functions of IP based data networks and their active devices, and is able to design, implement and maintain basic networks
x


Competence in software methods


Masters software programming and the most important programming languages and their features.
Is skilled in using state-of-the-art design and modelling techniques and tools.
Understands the significance of software usability in product and user interface design, and is able to apply the most relevant methods of usability evaluation and user-oriented design
  x

Competence in the design and manufacturing of electronics


Knows the stages of the design process of an embedded electronic device and is able to use the design methods and tools of electronics.
Is able to take into account the opportunities and restrictions of the production, manufacturing and testing technologies and methods while creating solutions which reliably function in the planned usage environment of the circuit/device
IITS3100 Telecommunications         5 5                                      
IITS3101 Computer Networks         5                             x


Software competence


Masters programming techniques: understands the logic of
programming and is familiar with the most common algorithms
and data structures
Is proficient in reading and interpreting programming code and
utilizing his/her programming skills in problem solving
Is familiar with the basics of object oriented design and object
oriented programming
    x


Competence in software methods


Masters software programming and the most important programming languages and their features.
Is skilled in using state-of-the-art design and modelling techniques and tools.
Understands the significance of software usability in product and user interface design, and is able to apply the most relevant methods of usability evaluation and user-oriented design
   
IITS3102 Wireless Networks           5                           x


Software competence


Masters programming techniques: understands the logic of
programming and is familiar with the most common algorithms
and data structures
Is proficient in reading and interpreting programming code and
utilizing his/her programming skills in problem solving
Is familiar with the basics of object oriented design and object
oriented programming
    x


Competence in software methods


Masters software programming and the most important programming languages and their features.
Is skilled in using state-of-the-art design and modelling techniques and tools.
Understands the significance of software usability in product and user interface design, and is able to apply the most relevant methods of usability evaluation and user-oriented design
   
IITS4000 Project studies     5 5                                    
IITV0000 OPTIONAL STUDIES           3 2 5   10                              
IZS9100 Technical Mathematics         5 5                                      
IZS9109 Advanced Analysis         4             x


Learning competence


- is able to self-evaluate one’s competences and define his/her development and learning needs
- recognises one’s learning style orientation and is able to conduct studies independently and develop one’s learning strategies
- is capable of collaborative learning and sharing knowledge in teams and working communities
- is able to operate in changing environments and to recognise and utilise available learning opportunities and scopes for action
- Is able to plan, organise and develop one’s own actions
    x


Development competence


- is able to retrieve and analyse information of one’s subject field, to critically evaluate it and to perceive entities in a holistic way
- knows the basic principles and methods of research and development work and is able to conduct small-scale research and development projects applying the existing knowledge of the field
- knows the principles of project work and is able to work in projects
- adopts an initiative and proactive approach to work and is capable of problem solving and decision making at one’s work
- understands the principles of profitable and customer-focused operations and possesses entrepreneurial skills
    x


Mathematical and scientific competence


Masters a logico-mathematical approach to solving technical
problems.
Is familiar with mathematical principles, methods and tools
Masters the general principles of physics and
sustainable development that are relevant in the applications
of the field
             
IZS9110 Integral Transforms         1 2           x


Learning competence


- is able to self-evaluate one’s competences and define his/her development and learning needs
- recognises one’s learning style orientation and is able to conduct studies independently and develop one’s learning strategies
- is capable of collaborative learning and sharing knowledge in teams and working communities
- is able to operate in changing environments and to recognise and utilise available learning opportunities and scopes for action
- Is able to plan, organise and develop one’s own actions
    x


Development competence


- is able to retrieve and analyse information of one’s subject field, to critically evaluate it and to perceive entities in a holistic way
- knows the basic principles and methods of research and development work and is able to conduct small-scale research and development projects applying the existing knowledge of the field
- knows the principles of project work and is able to work in projects
- adopts an initiative and proactive approach to work and is capable of problem solving and decision making at one’s work
- understands the principles of profitable and customer-focused operations and possesses entrepreneurial skills
    x


Mathematical and scientific competence


Masters a logico-mathematical approach to solving technical
problems.
Is familiar with mathematical principles, methods and tools
Masters the general principles of physics and
sustainable development that are relevant in the applications
of the field
             
IZS9108 Vector Analysis           3           x


Learning competence


- is able to self-evaluate one’s competences and define his/her development and learning needs
- recognises one’s learning style orientation and is able to conduct studies independently and develop one’s learning strategies
- is capable of collaborative learning and sharing knowledge in teams and working communities
- is able to operate in changing environments and to recognise and utilise available learning opportunities and scopes for action
- Is able to plan, organise and develop one’s own actions
    x


Development competence


- is able to retrieve and analyse information of one’s subject field, to critically evaluate it and to perceive entities in a holistic way
- knows the basic principles and methods of research and development work and is able to conduct small-scale research and development projects applying the existing knowledge of the field
- knows the principles of project work and is able to work in projects
- adopts an initiative and proactive approach to work and is capable of problem solving and decision making at one’s work
- understands the principles of profitable and customer-focused operations and possesses entrepreneurial skills
    x


Mathematical and scientific competence


Masters a logico-mathematical approach to solving technical
problems.
Is familiar with mathematical principles, methods and tools
Masters the general principles of physics and
sustainable development that are relevant in the applications
of the field
             
IITH0000 PRACTICAL TRAINING         5   15 10   30                 x


Familiarity of working enviroment


A BSc in ICT-enginnering will be acquainted with the operation and products of local companies in the field of enegry. Future engineers will be familiar with the solution in ICT technology as used by the companies in enery engineering, on top of having a proficiency to learn and find out new.
x


Software competence


Masters programming techniques: understands the logic of
programming and is familiar with the most common algorithms
and data structures
Is proficient in reading and interpreting programming code and
utilizing his/her programming skills in problem solving
Is familiar with the basics of object oriented design and object
oriented programming
x


Hardware competence


Is proficient in the fundamentals of electrical engineering and
safety at electrical work.
Is familiar with the most important electronics components
and their functioning.
Understands the design and implementation process of electronics applications
Is familiar with the hardware architecture of computers and the
operating principle of their main components
x


Basic competence in Network engineering


Masters the functions of IP based data networks and their active devices, and is able to design, implement and maintain basic networks
     
IITO0000 THESIS               15   15                 x


Familiarity of working enviroment


A BSc in ICT-enginnering will be acquainted with the operation and products of local companies in the field of enegry. Future engineers will be familiar with the solution in ICT technology as used by the companies in enery engineering, on top of having a proficiency to learn and find out new.
      x


Competence in software methods


Masters software programming and the most important programming languages and their features.
Is skilled in using state-of-the-art design and modelling techniques and tools.
Understands the significance of software usability in product and user interface design, and is able to apply the most relevant methods of usability evaluation and user-oriented design
x


Advanced competence in Network engineering


Masters the design and implementation of secure and dependable,wired and wireless data networks.
x

Competence in the design and manufacturing of electronics


Knows the stages of the design process of an embedded electronic device and is able to use the design methods and tools of electronics.
Is able to take into account the opportunities and restrictions of the production, manufacturing and testing technologies and methods while creating solutions which reliably function in the planned usage environment of the circuit/device

 

Curricula description
 
Degree program
IT  Information Technology
The objective of the degree programme in IT is to provide the student with abilities to work in IT-design, research, marketing and software product development or as an independent entrepreneur or in international tasks in export enterprises.

Students graduating from this programme can work for example as development engineer, project manager, IT specialist, programmer, electrobics design engineer, telecommunication engineer, sales engineer.
 
Annual Themes
 
Competencies
G1  Learning competence
- is able to self-evaluate one’s competences and define his/her development and learning needs
- recognises one’s learning style orientation and is able to conduct studies independently and develop one’s learning strategies
- is capable of collaborative learning and sharing knowledge in teams and working communities
- is able to operate in changing environments and to recognise and utilise available learning opportunities and scopes for action
- Is able to plan, organise and develop one’s own actions
G2  Ethical competence
- is able to apply the value systems and ethical principles of the subject field in one’s conduct and tasks
- takes responsibility of one’s own actions and works according to the jointly agreed principles and measures
- Is able to apply the principles of sustainable development in one’s actions
- is able to take other people into account in one’s actions
G3  Communication and social competence
- is capable of listening to others and communicating in writing, speech and visually using different communicative styles
- is able to function in the communicative and interactive situations typical of the field
- understands the principles of group and teamwork and is able to work together with others in multidiciplinary teams
- is able to utilise information and communications technology at one’s work
G4  Development competence
- is able to retrieve and analyse information of one’s subject field, to critically evaluate it and to perceive entities in a holistic way
- knows the basic principles and methods of research and development work and is able to conduct small-scale research and development projects applying the existing knowledge of the field
- knows the principles of project work and is able to work in projects
- adopts an initiative and proactive approach to work and is capable of problem solving and decision making at one’s work
- understands the principles of profitable and customer-focused operations and possesses entrepreneurial skills
G5  Organizational and social competence
- knows the socio-economic interdependence of the organisations in one’s subject field
- knows the possibilities of societal influencing for the development of one’s field
- knows the basic principles of organisational management and leadership and has abilities for supervision tasks
- knows the methods of working life and is able to operate in work communities
- is able to plan and organise activities
G6  International competence
- possesses spoken and written communicative competence at least in one foreign language necessary for one’s work and for professional development
- understands cultural differences and is able to work together with people coming from different cultural backgrounds
- is able to use international sources of information of his/her own field
- understands the effects and opportunities of internationalisation in one’s own field
IG1  Mathematical and scientific competence
Masters a logico-mathematical approach to solving technical
problems.
Is familiar with mathematical principles, methods and tools
Masters the general principles of physics and
sustainable development that are relevant in the applications
of the field
IT1  Familiarity of working enviroment
A BSc in ICT-enginnering will be acquainted with the operation and products of local companies in the field of enegry. Future engineers will be familiar with the solution in ICT technology as used by the companies in enery engineering, on top of having a proficiency to learn and find out new.
IT2  Software competence
Masters programming techniques: understands the logic of
programming and is familiar with the most common algorithms
and data structures
Is proficient in reading and interpreting programming code and
utilizing his/her programming skills in problem solving
Is familiar with the basics of object oriented design and object
oriented programming
IT3  Hardware competence
Is proficient in the fundamentals of electrical engineering and
safety at electrical work.
Is familiar with the most important electronics components
and their functioning.
Understands the design and implementation process of electronics applications
Is familiar with the hardware architecture of computers and the
operating principle of their main components
IT4  Basic competence in Network engineering
Masters the functions of IP based data networks and their active devices, and is able to design, implement and maintain basic networks
IT5  Competence in software methods
Masters software programming and the most important programming languages and their features.
Is skilled in using state-of-the-art design and modelling techniques and tools.
Understands the significance of software usability in product and user interface design, and is able to apply the most relevant methods of usability evaluation and user-oriented design
IT6  Advanced competence in Network engineering
Masters the design and implementation of secure and dependable,wired and wireless data networks.
IT7  Competence in the design and manufacturing of electronics
Knows the stages of the design process of an embedded electronic device and is able to use the design methods and tools of electronics.
Is able to take into account the opportunities and restrictions of the production, manufacturing and testing technologies and methods while creating solutions which reliably function in the planned usage environment of the circuit/device

Curricula updated: 2015-08-31 16:32:34   Version: 2017-11-20 08:02:24