Study year 3

Degree Programme in Design and Product Realisation (CDEPR), Programme syllabus for studies starting in autumn 2017

The following courses are part of study year three.

The course application codes and study periods are valid for the academic year 2019/2020. For other academic years, different application codes and study periods may apply.

General

Degree project, bachelor level, 15 credits, is a compulsory course during the spring term.

During the third year 3 conditionally elective courses should be chosen.

Studies on advanced level, year 4 and 5, within the MSc in Engineering programme Design and Product Realization takes place within framework of a Master program.

Available Master programs for Design and Product Realization:

  • Integrated Product Design
  • Industrial Production
  • Industrial Product Development
  • Aerospace
  • Industrial Management
  • Naval Architecture
  • Sustainable Energy Engineering
  • Technical Mechanics
  • Vehicle Engineering 

Specialisations

Mandatory Appl.code Scope Study period
 1   2   3   4 
SF1916 Probability Theory and Statistics 6.0 hp 6.0
MF1016 Basic Electrical Engineering 9.0 hp 4.5 4.5
MF1040 Design and Product Realization Methodology 9.0 hp 4.5 4.5
EL1010 Automatic Control, General Course 6.0 hp 6.0
ME1003 Industrial Management, Basic Course 6.0 hp 6.0
SG1217 Fluid Mechanics, Basic Course
Can be replaced by SG1220
60439 6.0 hp 6.0
Recommended Appl.code Scope Study period
 1   2   3   4 
SE1025 FEM for Engineering Applications 6.0 hp 6.0
Mandatory Appl.code Scope Study period
 1   2   3   4 
MF1016 Basic Electrical Engineering 9.0 hp 4.5 4.5
MF1040 Design and Product Realization Methodology 9.0 hp 4.5 4.5
EL1010 Automatic Control, General Course 6.0 hp 6.0
ME1003 Industrial Management, Basic Course 6.0 hp 6.0

Conditionally elective Appl.code Scope Study period
 1   2   3   4 
SF1916 Probability Theory and Statistics 6.0 hp 6.0
SG1220 Fluid Mechanics for Engineers 6.0 hp 6.0
HM1025 Ergonomics in Product Development 6.0 hp 6.0
MG1024 Production 6.0 hp 6.0
MJ1401 Heat Transfer 6.0 hp 6.0
DD1321 Applied Programming and Computer Science 9.0 hp 3.0 6.0
MF1025 Model Based Product Development II 60331 6.0 hp 6.0
MG1002 Automation Technology 60050 6.0 hp 6.0
SE1025 FEM for Engineering Applications 60136 6.0 hp 6.0
SK2371 Physics of Visual Impressions, Larger Course 60428 9.0 hp 9.0
Recommended Appl.code Scope Study period
 1   2   3   4 
SG1217 Fluid Mechanics, Basic Course
Can be replaced by SG1220
60439 6.0 hp 6.0

CDEPR-students at Masters programme, Industrial Management (TINEM)
A technical profile specified within the study year plan for Degree Programme in Mechanical Engineering must be chosen

One of the following profiles can be chosen during study year 4-5:

  • Technical profile Construction
    Courses corresponding to at least 18 credits, listed below, shall be taken during study year 4-5:
    MF2101 Machine Design 6 credits
    MF2102 Machine Design Project 6 credits
    MF2010 Component Design 6 credits
    MF2011 Systems Engineering 9 credits
    MF2019 CAD 3D-modelling and Visualization 6 credits *
    MF2024 Robust and Probabilistic Design 6 credits
    * will be able to study in period 2 and 4
  • Technical profile Energy
    MJ2413 Energy and Environment 6 credits
    MJ2411 Renewable Energy Technology 6 credits *
    MJ2380 Introduction to Energy Systems Analysis and Applications 9 credits
    *can also be chosen study year 5
  • Technical profile Production
    MG2029  Production Engineering - Planning and Control 6 credits
    (MG1024 Production in study year 3, is the eligibility course for MG2029)

    One of the following two courses must be chosen:

    MG2028 CAD and Other IT Tools in Industrial Processes 6 credits
    MG2130  Modelling and Simulation of Industrial Processes 9 credits
    As well as one of the following courses must be chosen, either study year 4 or 5:
    MG2009 Advanced Manufacturing Technology 6 credits
    MG2109 Advanced Manufacturing Technology, Extended Course 9 credits
    MG2110 Advanced Metrology 9 credits
    MG2022 Advanced CAD Modelling and Rapid Prototyping 6 credits *
    MG2135 PLM - Product Lifecycle Management 9 credits
    MG2036 Computer Aided Manufacturing - CAM 6 credits
    MG2038 Digital Factories 6 credits **
    MG2010 Modern Industrial Metrology 6 credits *
    * MG2028 prerequisites
    ** MG2130 prerequisites
  • Technical profile Solid Mechanics 
    SE1025 FEM for Engineering Applications 6 credits 

    One of the following two courses must be chosen:

    SE2126 Material Mechanics 9 credits
    SE2132 Applied Elasticity with FEM 9 credits

    As well as one of the following courses must be chosen:

    SE2860 FEM Modelling 8 credits
    SE2137 Fatigue 6 credits
    SE2139 Fracture Mechanics 6 credits 
    SE2134 Dynamic Problems in Solid Mechanics  7,5 credits
    SE2121 Introduction to Biomechanics 9 credits
Mandatory Appl.code Scope Study period
 1   2   3   4 
MF1016 Basic Electrical Engineering 9.0 hp 4.5 4.5
MF1040 Design and Product Realization Methodology 9.0 hp 4.5 4.5
ME1003 Industrial Management, Basic Course 6.0 hp 6.0
ME2015 Project Management: Leadership and Control 60513 6.0 hp 6.0
ME2063 Team Leadership and Human Resource Management 60202 6.0 hp 6.0

At least 9 hp of the conditionally elective courses must be chosen.

Notice: You need MG1024 Production for eligibility to the course MG2029 Production Engineering - Planning and Control, which is a mandatory course for students attending the Master's Programme Industrial Management (TINEM), Technical profile: Production

A degree project for Degree of Bachelor must be chosen during study year 3, independently of chosen masters programme (see list of conditional elective courses presented under the heading "General courses").

Conditionally elective Appl.code Scope Study period
 1   2   3   4 
SF1916 Probability Theory and Statistics 6.0 hp 6.0
SG1220 Fluid Mechanics for Engineers 6.0 hp 6.0
EL1010 Automatic Control, General Course 6.0 hp 6.0
HM1025 Ergonomics in Product Development 6.0 hp 6.0
MG1024 Production 6.0 hp 6.0
MJ1401 Heat Transfer 6.0 hp 6.0
DD1321 Applied Programming and Computer Science 9.0 hp 3.0 6.0
MF1025 Model Based Product Development II 60331 6.0 hp 6.0
SE1025 FEM for Engineering Applications 60136 6.0 hp 6.0
SG1217 Fluid Mechanics, Basic Course 60439 6.0 hp 6.0