Courses

Course registration and detailed course descriptions

 

The course is advertised based on a plan prepared by the supervisor and doctoral student, which has been approved by the program or subprogram director. The supervisor informs the DI secretary which courses are due to be advertised.

Among the subjects of the doctoral school are Mathematics and General Research Methods, as well as at least seven additional compulsory elective courses.

List of compulsory elective subjects by program and subprogram.

 

Course name

BUILDING SERVICE ENGINEERING, BUILDING ENERGY PROGRAM

MECHANICAL PROCESS DESIGN, MATERIALS AND MACHINE DIAGNOSTICS SUB-PROGRAM

MECHATRONICS, CYBER-PHYSICAL SYSTEMS SUB-PROGRAM

Methodology and tools of machinery 
diagnostics

Optional

Optional

 

Data analysis

Optional

Optional

Optional

Additive manufacturing

 

Optional

 

Applied biomechanics

 

Optional

 

Autonomous Driving and Interactive Systems

 

 

Optional

The scientific approach to the 
transition between Industry 4.0 and 
Industry 5.0

 

 

Optional

Dynamics

 

Optional

Optional

Electronics and electronic energy 
converters

Optional

 

Optional

Modelling of energy processes

Optional

 

 

Exergetic-based analysis of building 
services systems

Optional

 

 

Optical inspection of metal surfaces 
and thin films

 

Optional

 

Application of fuzzy systems

 

Optional

 

Mechanical systems engineering and 
modelling

 

Optional

Optional

Modelling of Manufacturing 
Technologies

 

Optional

 

Thermal Engineering

Optional

 

Optional

Cognitive Control of Cyber-Physical 
Systems

 

 

Optional

Comfort Theory

Optional

 

 

Composites  

 

Optional

 

Air distribution systems in buildings

Optional

 

 

Building Energy

Optional

 

 

Mechatronics

 

 

Optional

Reliability, safety, risk

Optional

Optional

 

Physics and Technology of MEMS 
Devices

 

 

Optional

Measurement and Signal Processing

Optional

Optional

Optional

Modern Robotics

 

Optional

Optional

Solar radiation geometry

Optional

 

 

Numerical mechanics

 

Optional

Optional

Tracing with radioactive isotopes

 

Optional

 

Parallel data processing

 

 

Optional

Problem solving with intelligent 
computing

Optional

Optional

Optional

Systems and control theory 

 

 

Optional

Robotics in Rehabilitation and Assistance

 

 

Optional

Non-destructive material testing 

 

Optional

 

Destructive material testing

 

Optional

 

Structural integrity

 

Optional

 

Power electronics

 

 

Optional

Modelling and experimental study of 
electric drives

 

 

Optional

Electricity

 

  

Optional

 

Enrolling in mathematics courses always requires separate consultation; please indicate this separately to the DS secretary.
Non-compulsory elective courses are considered freely selectable in other programs/subprograms.

Full-time students must complete at least 27 credits each semester.

A maximum of 4 credits from another doctoral school can be counted during the program.

A semester research report must be prepared each semester.
An annual research report is required each spring semester.
Teaching activities can be counted as research credits (a maximum of 40 credits can be counted during the program, where 12 teaching hours correspond to 1 credit).

Last update: 2025. 11. 26. 15:05