Master of Science in Mechanical Engineering, 300 credits
Civilingenjörsprogram i maskinteknik, 300 hp
6CMMM
Teaching language
SwedishCampus
LinköpingDegree
Master of Science in Engineering 300 credits and Master of Science 120 credits
Pace of study
Full-timeEntry requirements
Degree in Swedish
Civilingenjör 300 hp och Teknologie master 120 hp
Degree in English
Master of Science in Engineering 300 credits and Master of Science 120 credits
Semester 1 Autumn 2022
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 0 | ||||||
TATB01 | Foundation Course in Mathematics | 6* | G1X | - | C |
|
*The course is divided into several semesters and/or periods
|
||||||
Period 1 | ||||||
TATA67 | Linear Algebra with Geometry | 6* | G1X | 4 | C |
|
*The course is divided into several semesters and/or periods
|
||||||
TATB01 | Foundation Course in Mathematics | 6* | G1X | 3 | C |
|
*The course is divided into several semesters and/or periods
|
||||||
TDDE54 | Programming and problem solving | 6* | G1X | 2 | C |
|
*The course is divided into several semesters and/or periods
|
||||||
TMPR02 | Introduction to Mechanical Engineering | 6* | G1X | 1 | C |
|
*The course is divided into several semesters and/or periods
|
||||||
Period 2 | ||||||
TATA67 | Linear Algebra with Geometry | 6* | G1X | 4 | C |
|
*The course is divided into several semesters and/or periods
|
||||||
TDDE54 | Programming and problem solving | 6* | G1X | 3 | C |
|
*The course is divided into several semesters and/or periods
|
||||||
TMMV04 | Engineering Thermodynamics | 6 | G1X | 1 | C |
|
TMPR02 | Introduction to Mechanical Engineering | 6* | G1X | 2 | C |
|
*The course is divided into several semesters and/or periods
|
Semester 2 Spring 2023
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TATA41 | Calculus in One Variable 1 | 6 | G1X | 3 | C |
|
TEAE04 | Industrial Economics and Organisation | 6 | G1X | 2 | C |
|
TMMT04 | Experimental Mechanical Engineering | 6* | G1X | 1 | C |
|
*The course is divided into several semesters and/or periods
|
||||||
THEN18 | English | 6* | G1X | 4 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TGTU96 | Sustainable study situation | 2* | G1X | - | V |
|
*The course is divided into several semesters and/or periods
|
||||||
Period 2 | ||||||
TATA42 | Calculus in One Variable 2 | 6 | G1X | 3 | C |
|
TMME63 | Engineering Mechanics - Statics | 6 | G1X | 2 | C |
|
TMMT04 | Experimental Mechanical Engineering | 6* | G1X | 1 | C |
|
*The course is divided into several semesters and/or periods
|
||||||
THEN18 | English | 6* | G1X | 4 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TGTU96 | Sustainable study situation | 2* | G1X | - | V |
|
*The course is divided into several semesters and/or periods
|
Semester 3 Autumn 2023
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TATA69 | Calculus in Several Variables | 6 | G1X | 4 | C |
|
TMHL22 | Solid Mechanics | 6 | G2X | 3 | C |
|
TMPS34 | Manufacturing Engineering | 6* | G1X | 1 | C |
|
*The course is divided into several semesters and/or periods
|
||||||
Period 2 | ||||||
TMKM12 | Engineering Materials Metals | 6 | G1X | 3 | C |
|
TMME28 | Engineering Mechanics - Dynamics | 6 | G1X | 2 | C |
|
TMPS34 | Manufacturing Engineering | 6* | G1X | 4 | C |
|
*The course is divided into several semesters and/or periods
|
Semester 4 Spring 2024
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TAMS11 | Probability and Statistics, first course | 6 | G2X | 4 | C |
|
TMKA02 | Mechanical Design Methodology and Product Development | 6* | G2X | 1 | C |
|
*The course is divided into several semesters and/or periods
|
||||||
TMMV11 | Fluid Mechanics and Heat Transfer | 6 | G2X | 3 | C |
|
TSRT04 | Introduction in Matlab | 2 | G1X | 2 | E |
|
Period 2 | ||||||
TKMJ24 | Environmental Engineering | 6 | G1X | 4 | C |
|
TMHL24 | Solid Mechanics - Design Criteria | 6 | G2X | 1 | C |
|
TMKA02 | Mechanical Design Methodology and Product Development | 6* | G2X | 2 | C |
|
*The course is divided into several semesters and/or periods
|
||||||
TPTE06 | Industrial Placement | 6 | G1X | - | E |
|
Semester 5 Autumn 2024
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TMEL08 | Electrical Systems | 6 | G2X | 2 | C |
|
TMHL63 | Introduction to Computational Mechanics | 6 | G2X | 3 | C |
|
TMKM14 | Industrial Material Selection | 6* | G2X | 1 | C |
|
*The course is divided into several semesters and/or periods
|
||||||
THFR27 | French with a technical focus | 6* | G1X | 4 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
THSP27 | Spanish with a technical focus | 6* | G1X | 4 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
THTY27 | German with a technical focus | 6* | G1X | 4 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
Period 2 | ||||||
TMKM14 | Industrial Material Selection | 6* | G2X | 1 | C |
|
*The course is divided into several semesters and/or periods
|
||||||
TMKT39 | Machine Elements | 6 | G2X | 2 | C |
|
TSRT19 | Automatic Control | 6 | G2X | 4 | C |
|
THFR27 | French with a technical focus | 6* | G1X | 4 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
THSP27 | Spanish with a technical focus | 6* | G1X | 4 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
THTY27 | German with a technical focus | 6* | G1X | 4 | E |
|
*The course is divided into several semesters and/or periods
|
Semester 6 Spring 2025
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TMMS21 | Mechatronics | 6 | G2X | 1 | C |
|
TMMT31 | Bachelor Thesis - Mechanical Engineering | 18* | G2X | - | C |
|
*The course is divided into several semesters and/or periods
|
||||||
TPPE91 | Production System Planning and Management | 6 | G2X | 2 | C |
|
THFR27 | French with a technical focus | 6* | G1X | 4 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
THSP27 | Spanish with a technical focus | 6* | G1X | 4 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
THTY27 | German with a technical focus | 6* | G1X | 4 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
Period 2 | ||||||
TMMT31 | Bachelor Thesis - Mechanical Engineering | 18* | G2X | - | C |
|
*The course is divided into several semesters and/or periods
|
||||||
THFR27 | French with a technical focus | 6* | G1X | 4 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
THSP27 | Spanish with a technical focus | 6* | G1X | 4 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
THTY27 | German with a technical focus | 6* | G1X | 4 | E |
|
*The course is divided into several semesters and/or periods
|
Semester 7 Autumn 2025
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TANA21 | Scientific Computing | 6 | G1X | 3 | E |
|
TDDE18 | Programming C++ | 6* | G2X | 2 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TDDE56 | Foundations of AI and machine learning | 6* | G2X | - | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TEIM11 | Industrial Marketing | 6 | G2X | 3 | E |
|
TEIO19 | Industrial Management | 6 | G2X | 4 | E |
|
TETS37 | Basics in Logistics Management | 6 | G2X | 4 | E |
|
TFYA88 | Additive Manufacturing: Tools, Materials and Methods | 6 | A1X | 3 | E |
|
TKMJ31 | Biofuels for Transportation | 6 | A1X | 1 | E |
|
TMAL02 | Aircraft and Vehicle Design | 6 | G2X | 4 | E |
|
TMHL03 | Mechanics of Light Structures | 6 | A1X | 4 | E |
|
TMHP02 | Fluid Power Systems | 6 | G2X | 2 | E |
|
TMKO02 | Engineering Materials and Manufacturing Technology | 6 | A1X | 2 | E |
|
TMKT69 | Conceptual Design - Project Course | 6 | A1X | 4 | E |
|
TMKT80 | Wood - Material | 6 | G2X | 2 | E |
|
TMME14 | Machine Elements, Second Course | 6 | A1X | 3 | E |
|
TMME40 | Vibration Analysis of Structures | 6 | A1X | 3 | E |
|
TMME67 | Musculoskeletal Biomechanics and Human Movements | 6 | A1X | 2 | E |
|
TMMI68 | CAD and Drafting Techniques, Continued Course | 6* | G2X | 2 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TMMV01 | Aerodynamics | 6 | A1X | 2 | E |
|
TMMV18 | Fluid Mechanics | 6 | A1X | 1 | E |
|
TMPS33 | Virtual Manufacturing | 6 | A1X | 4 | E |
|
TMPT03 | Production Engineering - Continuing Course | 6 | G2X | 2 | E |
|
TMQU03 | Quality Management and Engineering | 6 | G2X | 2 | E |
|
TPPE16 | Manufacturing Strategies | 6 | A1X | 2 | E |
|
TSFS09 | Modelling and Control of Engines and Drivelines | 6* | A1X | 4 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TMPP02 | Project Course - Race Vehicle Engineering | 6* | G1X | - | V |
|
*The course is divided into several semesters and/or periods
|
||||||
Period 2 | ||||||
TATA71 | Ordinary Differential Equations and Dynamical Systems | 6 | G2X | 2 | E |
|
TDDE18 | Programming C++ | 6* | G2X | 1 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TDDE56 | Foundations of AI and machine learning | 6* | G2X | 1 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TEIE42 | Industrial Sales Management | 6 | A1X | 4 | E |
|
TEIM10 | Industrial Service Development | 6 | A1X | 2 | E |
|
TETS27 | Supply Chain Logistics | 6 | A1X | 2 | E |
|
TFYA96 | The physics behind technology | 6 | G2X | 4 | E |
|
TGTU04 | Leadership | 6 | G2X | 2 | E |
|
TGTU49 | History of Technology | 6 | G1X | 3 | E |
|
TMES17 | Building Energy Systems | 6 | A1X | 3 | E |
|
TMES51 | International Energy Markets | 6 | A1X | 1 | E |
|
TMHL41 | Continuum Mechanics | 6 | A1X | 4 | E |
|
TMHP03 | Engineering Systems Design | 6 | A1X | 4 | E |
|
TMKA03 | Industrial Design | 6 | G2X | 1 | E |
|
TMKM90 | Engineering Materials - Deformation and Fracture | 6 | A1X | 2 | E |
|
TMKO05 | Additive Manufacturing for Industrial Applications | 6 | G2X | 3 | E |
|
TMKT71 | Affective Engineering | 6 | A1X | 2 | E |
|
TMME50 | Flight Mechanics | 6 | A1X | 2 | E |
|
TMMI68 | CAD and Drafting Techniques, Continued Course | 6* | G2X | 4 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TMMS31 | Biomechanical Modelling of Tissues and Systems | 6 | A1X | 4 | E |
|
TMMV62 | Computational Heat Transfer | 6 | A1X | 1 | E |
|
TMPR01 | Wood - Realisation | 6 | G2X | 1 | E |
|
TMPS31 | Sustainable Manufacturing | 6 | A1X | 1 | E |
|
TMQU12 | Lean Production | 6 | A1X | 2 | E |
|
TPPE76 | Operations Planning and Control | 6 | A1X | 4 | E |
|
TSEA81 | Computer Engineering and Real-time Systems | 6 | A1X | 4 | E |
|
TSFS02 | Vehicle Dynamics and Control | 6 | A1X | 1 | E |
|
TSFS09 | Modelling and Control of Engines and Drivelines | 6* | A1X | 3 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TSIU02 | Computer Hardware and Architecture | 4 | G1X | 2 | E |
|
TSRT06 | Automatic Control, Advanced Course | 6 | A1X | 2 | E |
|
TSRT78 | Digital Signal Processing | 6 | A1X | 2 | E |
|
TMPP02 | Project Course - Race Vehicle Engineering | 6* | G1X | - | V |
|
*The course is divided into several semesters and/or periods
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TMAL02 | Aircraft and Vehicle Design | 6 | G2X | 4 | C |
|
TMMV01 | Aerodynamics | 6 | A1X | 2 | C |
|
TAOP88 | Engineering Optimization | 6 | G2X | 1 | E |
|
TMHL03 | Mechanics of Light Structures | 6 | A1X | 4 | E |
|
Period 2 | ||||||
TMHP03 | Engineering Systems Design | 6 | A1X | 4 | C |
|
TMME50 | Flight Mechanics | 6 | A1X | 2 | C |
|
TMHL41 | Continuum Mechanics | 6 | A1X | 4 | E |
|
TMMS20 | Structural Optimization | 6 | A1X | 1 | E |
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TAOP88 | Engineering Optimization | 6 | G2X | 1 | C |
|
TKMJ53 | Perspectives on energy and environment systems | 12 | G2X | 2/4 | C |
|
Period 2 | ||||||
TMES17 | Building Energy Systems | 6 | A1X | 3 | C |
|
TMES51 | International Energy Markets | 6 | A1X | 1 | E |
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TAOP88 | Engineering Optimization | 6 | G2X | 1 | C |
|
TMKT69 | Conceptual Design - Project Course | 6 | A1X | 4 | C |
|
TDDE56 | Foundations of AI and machine learning | 6* | G2X | - | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TMHL03 | Mechanics of Light Structures | 6 | A1X | 4 | E |
|
TMKO02 | Engineering Materials and Manufacturing Technology | 6 | A1X | 2 | E |
|
TMME14 | Machine Elements, Second Course | 6 | A1X | 3 | E |
|
TMMI68 | CAD and Drafting Techniques, Continued Course | 6* | G2X | 2 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TMPT03 | Production Engineering - Continuing Course | 6 | G2X | 2 | E |
|
Period 2 | ||||||
TDDE56 | Foundations of AI and machine learning | 6* | G2X | 1 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TFYA96 | The physics behind technology | 6 | G2X | 4 | E |
|
TMHP03 | Engineering Systems Design | 6 | A1X | 4 | E |
|
TMKA11 | Model-based System-of-Systems Engineering | 6 | A1X | 3 | E |
|
TMKM90 | Engineering Materials - Deformation and Fracture | 6 | A1X | 2 | E |
|
TMKO05 | Additive Manufacturing for Industrial Applications | 6 | G2X | 3 | E |
|
TMKT71 | Affective Engineering | 6 | A1X | 2 | E |
|
TMMI68 | CAD and Drafting Techniques, Continued Course | 6* | G2X | 4 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TMMV62 | Computational Heat Transfer | 6 | A1X | 1 | E |
|
TMPS31 | Sustainable Manufacturing | 6 | A1X | 1 | E |
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TAOP88 | Engineering Optimization | 6 | G2X | 1 | C |
|
TMKO02 | Engineering Materials and Manufacturing Technology | 6 | A1X | 2 | C |
|
TMHL03 | Mechanics of Light Structures | 6 | A1X | 4 | E |
|
TMKT69 | Conceptual Design - Project Course | 6 | A1X | 4 | E |
|
TMKT80 | Wood - Material | 6 | G2X | 2 | E |
|
TMME14 | Machine Elements, Second Course | 6 | A1X | 3 | E |
|
TMPT03 | Production Engineering - Continuing Course | 6 | G2X | 2 | E |
|
Period 2 | ||||||
TMKM90 | Engineering Materials - Deformation and Fracture | 6 | A1X | 2 | C |
|
TMHL41 | Continuum Mechanics | 6 | A1X | 4 | E |
|
TMKO05 | Additive Manufacturing for Industrial Applications | 6 | G2X | 3 | E |
|
TMMV62 | Computational Heat Transfer | 6 | A1X | 1 | E |
|
TMPS31 | Sustainable Manufacturing | 6 | A1X | 1 | E |
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TMHL03 | Mechanics of Light Structures | 6 | A1X | 4 | C |
|
TAOP88 | Engineering Optimization | 6 | G2X | 1 | E |
|
TMME40 | Vibration Analysis of Structures | 6 | A1X | 3 | E |
|
TMME67 | Musculoskeletal Biomechanics and Human Movements | 6 | A1X | 2 | E |
|
TMMV01 | Aerodynamics | 6 | A1X | 2 | E |
|
TMMV18 | Fluid Mechanics | 6 | A1X | 1 | E |
|
Period 2 | ||||||
TMHL41 | Continuum Mechanics | 6 | A1X | 4 | C |
|
TMMS31 | Biomechanical Modelling of Tissues and Systems | 6 | A1X | 4 | E |
|
TMMV62 | Computational Heat Transfer | 6 | A1X | 1 | E |
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TAOP88 | Engineering Optimization | 6 | G2X | 1 | C |
|
TETS37 | Basics in Logistics Management | 6 | G2X | 4 | C |
|
TDDE56 | Foundations of AI and machine learning | 6* | G2X | - | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TEIM11 | Industrial Marketing | 6 | G2X | 3 | E |
|
TMQU03 | Quality Management and Engineering | 6 | G2X | 2 | E |
|
TPPE16 | Manufacturing Strategies | 6 | A1X | 2 | E |
|
Period 2 | ||||||
TETS27 | Supply Chain Logistics | 6 | A1X | 2 | C |
|
TDDE56 | Foundations of AI and machine learning | 6* | G2X | 1 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TMQU12 | Lean Production | 6 | A1X | 2 | E |
|
TPPE76 | Operations Planning and Control | 6 | A1X | 4 | E |
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TAOP88 | Engineering Optimization | 6 | G2X | 1 | C |
|
TMHP02 | Fluid Power Systems | 6 | G2X | 2 | C |
|
TSFS09 | Modelling and Control of Engines and Drivelines | 6* | A1X | 4 | C |
|
*The course is divided into several semesters and/or periods
|
||||||
Period 2 | ||||||
TSFS09 | Modelling and Control of Engines and Drivelines | 6* | A1X | 3 | C |
|
*The course is divided into several semesters and/or periods
|
||||||
TSRT06 | Automatic Control, Advanced Course | 6 | A1X | 2 | C |
|
TMME50 | Flight Mechanics | 6 | A1X | 2 | E |
|
TSFS02 | Vehicle Dynamics and Control | 6 | A1X | 1 | E |
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TAOP88 | Engineering Optimization | 6 | G2X | 1 | C |
|
TMPS33 | Virtual Manufacturing | 6 | A1X | 4 | E |
|
TMPT03 | Production Engineering - Continuing Course | 6 | G2X | 2 | E |
|
TPPE17 | Corporate Finance | 6 | G2X | 4 | E |
|
TPPE99 | Simulation in Production and Logistics | 6 | A1X | 3 | E |
|
Period 2 | ||||||
TMQU12 | Lean Production | 6 | A1X | 2 | C |
|
TPPE76 | Operations Planning and Control | 6 | A1X | 4 | C |
|
TMPS31 | Sustainable Manufacturing | 6 | A1X | 1 | E |
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TAOP88 | Engineering Optimization | 6 | G2X | 1 | C |
|
TMPT03 | Production Engineering - Continuing Course | 6 | G2X | 2 | C |
|
TDDE56 | Foundations of AI and machine learning | 6* | G2X | - | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TETS37 | Basics in Logistics Management | 6 | G2X | 4 | E |
|
TMKO02 | Engineering Materials and Manufacturing Technology | 6 | A1X | 2 | E |
|
TMPS33 | Virtual Manufacturing | 6 | A1X | 4 | E |
|
TMQU03 | Quality Management and Engineering | 6 | G2X | 2 | E |
|
TPPE16 | Manufacturing Strategies | 6 | A1X | 2 | E |
|
Period 2 | ||||||
TPPE76 | Operations Planning and Control | 6 | A1X | 4 | C |
|
TDDE56 | Foundations of AI and machine learning | 6* | G2X | 1 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TMKO05 | Additive Manufacturing for Industrial Applications | 6 | G2X | 3 | E |
|
TMPS31 | Sustainable Manufacturing | 6 | A1X | 1 | E |
|
TMQU12 | Lean Production | 6 | A1X | 2 | E |
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TAOP88 | Engineering Optimization | 6 | G2X | 1 | C |
|
TMQU03 | Quality Management and Engineering | 6 | G2X | 2 | C |
|
TEIM11 | Industrial Marketing | 6 | G2X | 3 | E |
|
TETS37 | Basics in Logistics Management | 6 | G2X | 4 | E |
|
TPPE16 | Manufacturing Strategies | 6 | A1X | 2 | E |
|
Period 2 | ||||||
TMQU12 | Lean Production | 6 | A1X | 2 | C |
|
TETS27 | Supply Chain Logistics | 6 | A1X | 2 | E |
|
Semester 8 Spring 2026
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TDDE10 | Object Oriented Programming in Java | 6 | G2X | 1 | E |
|
TEIO13 | Leadership and Organizational Change | 6 | A1X | 4 | E |
|
TEIO46 | Technology-based Projects and Organisations | 6* | G2X | 4 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TEIO94 | Entrepreneurship and Idea Development | 6* | G2X | 4 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TETS57 | Logistics Analysis | 6 | A1X | 2 | E |
|
TGTU91 | Oral and Written Communication | 6 | G1X | 2 | E |
|
TGTU94 | Technology and Ethics | 6 | G1X | 1 | E |
|
At least one of the courses TFYA85, TGTU94 and TKMJ24 has to be chosen.
|
||||||
TKMJ10 | Industrial Ecology | 6 | A1X | 1 | E |
|
TKMJ15 | Environmental Management Strategies | 6 | G1X | 3 | E |
|
TMAL51 | Aircraft Conceptual Design | 6 | A1X | 2 | E |
|
TMAL56 | Aircraft Systems Engineering | 6 | A1X | 1 | E |
|
TMES43 | Analysis and Modelling of Industrial Energy Systems | 6 | A1X | 1 | E |
|
TMHL62 | The Finite Element Method; advanced course | 6 | A1X | 4 | E |
|
TMHP51 | Hydraulic Servo Systems | 6 | A1X | 3 | E |
|
TMKA13 | Wood - Innovation | 6 | A1X | 1 | E |
|
TMKO01 | Advanced materials and the environment | 6 | A1X | 2 | E |
|
TMKO04 | Composite materials | 6* | A1X | 1 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TMKT48 | Design Optimization | 6 | A1X | 3 | E |
|
TMKT59 | Computers as Design Tools | 6* | G2X | 3 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TMKT74 | Advanced CAD | 6 | A1X | 4 | E |
|
TMMI46 | Industrial Automation | 6 | G2X | 1 | E |
|
TMMS30 | Multi Body Dynamics and Robotics | 6 | A1X | 1 | E |
|
TMMV08 | Computational Fluid Dynamics | 6 | A1X | 3 | E |
|
TMQU31 | Statistical Quality Control | 6 | A1X | 2 | E |
|
TPPE78 | Quantitative Models and Analysis in Operations Management | 6 | A1X | 1 | E |
|
TRTE16 | Basic Principles for Environmental Chemistry | 6* | G1X | 1 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TSFS04 | Electrical Drives | 6 | G2X | 4 | E |
|
TSIU51 | Project with Microcontroller | 8* | G1X | 3 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TSRT07 | Industrial Control Systems | 6 | A1X | 2 | E |
|
Period 2 | ||||||
TANA31 | Computational Methods for Ordinary and Partial Differential Equations | 6 | A1X | 2 | E |
|
TDDD12 | Database Technology | 6 | G2X | 4 | E |
|
TEAE13 | Civil and Commercial Law | 6 | G1X | 2 | E |
|
TEIO46 | Technology-based Projects and Organisations | 6* | G2X | 1 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TEIO94 | Entrepreneurship and Idea Development | 6* | G2X | 4 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TETS36 | Sustainable Logistics Systems | 6 | A1X | 4 | E |
|
TETS56 | Logistics and Quality in Health Care | 6 | A1X | 2 | E |
|
TGTU95 | Philosophy of Science and Technology | 6 | G1X | 4 | E |
|
TKMJ29 | Resource Efficient Products | 6 | A1X | 1 | E |
|
TMAL06 | Aircraft Conceptual Design - Project Course | 6 | A1X | 2 | E |
|
TMHL61 | Damage Mechanics and Life Analysis | 6 | A1X | 2 | E |
|
TMHP06 | Fluid power systems, advanced course | 6 | A1X | 2 | E |
|
TMKM17 | Polymer Materials | 6 | A1X | 2 | E |
|
TMKO03 | Metals for lightweight applications | 6 | A1X | 3 | E |
|
TMKO04 | Composite materials | 6* | A1X | 4 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TMKT57 | Product Modelling | 6 | A1X | 3 | E |
|
TMKT59 | Computers as Design Tools | 6* | G2X | 3 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TMKT77 | System Safety | 6 | A1X | 4 | E |
|
TMME11 | Road Vehicle Dynamics | 6 | A1X | 1 | E |
|
TMME19 | Mechanics, second course | 6 | A1X | 1 | E |
|
TMMV07 | Computational Fluid Dynamics, advanced course | 6 | A1X | 4 | E |
|
TMMV63 | Computational Aerodynamics | 6 | A1X | 3 | E |
|
TMPS27 | Production Systems | 6 | A1X | 3 | E |
|
TMQU04 | Six Sigma Quality | 6 | A1X | 2 | E |
|
For the master program Industrial Engineering and Management (6MIND), one of the courses marked M/E is mandatory in the master profile Quality Management.
|
||||||
TMQU13 | Customer Focused Product and Service Development | 6 | A1X | 4 | E |
|
For the master program Industrial Engineering and Management (6MIND), one of the courses marked M/E is mandatory in the master profile Quality Management.
|
||||||
TPPE74 | Design and Development of Manufacturing Operations | 6 | A1X | 4 | E |
|
TRTE16 | Basic Principles for Environmental Chemistry | 6* | G1X | 1 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TSFS03 | Vehicle Propulsion Systems | 6 | A1X | 3 | E |
|
TSFS06 | Diagnosis and Supervision | 6 | A1X | 1 | E |
|
TSFS11 | Electrical and Energy Technology | 6 | G2X | 4 | E |
|
Cancelled VT20.
|
||||||
TSIU51 | Project with Microcontroller | 8* | G1X | - | E |
|
*The course is divided into several semesters and/or periods
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TMAL51 | Aircraft Conceptual Design | 6 | A1X | 2 | C |
|
TMMV08 | Computational Fluid Dynamics | 6 | A1X | 3 | C |
|
TMAL56 | Aircraft Systems Engineering | 6 | A1X | 1 | E |
|
TMHL62 | The Finite Element Method; advanced course | 6 | A1X | 4 | E |
|
TMKO01 | Advanced materials and the environment | 6 | A1X | 2 | E |
|
TMMS30 | Multi Body Dynamics and Robotics | 6 | A1X | 1 | E |
|
Period 2 | ||||||
TMAL06 | Aircraft Conceptual Design - Project Course | 6 | A1X | 2 | C |
|
TMHL61 | Damage Mechanics and Life Analysis | 6 | A1X | 2 | E |
|
TMKO03 | Metals for lightweight applications | 6 | A1X | 3 | E |
|
TMKT57 | Product Modelling | 6 | A1X | 3 | E |
|
TMME11 | Road Vehicle Dynamics | 6 | A1X | 1 | E |
|
TMMV07 | Computational Fluid Dynamics, advanced course | 6 | A1X | 4 | E |
|
TMMV63 | Computational Aerodynamics | 6 | A1X | 3 | E |
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TKMJ10 | Industrial Ecology | 6 | A1X | 1 | C |
|
Period 2 | ||||||
TKMJ29 | Resource Efficient Products | 6 | A1X | 1 | C |
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TMKT48 | Design Optimization | 6 | A1X | 3 | C |
|
TMKT74 | Advanced CAD | 6 | A1X | 4 | C |
|
TMKO01 | Advanced materials and the environment | 6 | A1X | 2 | E |
|
Period 2 | ||||||
TMKT77 | System Safety | 6 | A1X | 4 | C |
|
TKMJ29 | Resource Efficient Products | 6 | A1X | 1 | E |
|
TMKT57 | Product Modelling | 6 | A1X | 3 | E |
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TMKO01 | Advanced materials and the environment | 6 | A1X | 2 | C |
|
TMKO04 | Composite materials | 6* | A1X | 1 | C/E |
|
*The course is divided into several semesters and/or periods
|
||||||
TFYM04 | Growth and characterization of nanomaterials | 6* | A1X | 1 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TMHL62 | The Finite Element Method; advanced course | 6 | A1X | 4 | E |
|
TMKT48 | Design Optimization | 6 | A1X | 3 | E |
|
Period 2 | ||||||
TMKM17 | Polymer Materials | 6 | A1X | 2 | C |
|
TMKO03 | Metals for lightweight applications | 6 | A1X | 3 | C/E |
|
TMKO04 | Composite materials | 6* | A1X | 4 | C/E |
|
*The course is divided into several semesters and/or periods
|
||||||
TFYA21 | Physical Metallurgy | 6 | A1X | 3 | E |
|
TFYM04 | Growth and characterization of nanomaterials | 6* | A1X | 1 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TMHL61 | Damage Mechanics and Life Analysis | 6 | A1X | 2 | E |
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TMHL62 | The Finite Element Method; advanced course | 6 | A1X | 4 | C/E |
|
TMMV08 | Computational Fluid Dynamics | 6 | A1X | 3 | C/E |
|
TMKO01 | Advanced materials and the environment | 6 | A1X | 2 | E |
|
TMKO04 | Composite materials | 6* | A1X | 1 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TMMS30 | Multi Body Dynamics and Robotics | 6 | A1X | 1 | E |
|
Period 2 | ||||||
TMHL61 | Damage Mechanics and Life Analysis | 6 | A1X | 2 | E |
|
TMKO04 | Composite materials | 6* | A1X | 4 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TMME11 | Road Vehicle Dynamics | 6 | A1X | 1 | E |
|
TMME19 | Mechanics, second course | 6 | A1X | 1 | E |
|
TMMV07 | Computational Fluid Dynamics, advanced course | 6 | A1X | 4 | E |
|
TMMV63 | Computational Aerodynamics | 6 | A1X | 3 | E |
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TETS57 | Logistics Analysis | 6 | A1X | 2 | C |
|
Period 2 | ||||||
TETS36 | Sustainable Logistics Systems | 6 | A1X | 4 | E |
|
TETS56 | Logistics and Quality in Health Care | 6 | A1X | 2 | E |
|
TPPE74 | Design and Development of Manufacturing Operations | 6 | A1X | 4 | E |
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TMHP51 | Hydraulic Servo Systems | 6 | A1X | 3 | C |
|
TMMS30 | Multi Body Dynamics and Robotics | 6 | A1X | 1 | E |
|
TSFS04 | Electrical Drives | 6 | G2X | 4 | E |
|
TSRT07 | Industrial Control Systems | 6 | A1X | 2 | E |
|
Period 2 | ||||||
TMHP06 | Fluid power systems, advanced course | 6 | A1X | 2 | E |
|
TMME11 | Road Vehicle Dynamics | 6 | A1X | 1 | E |
|
TSFS03 | Vehicle Propulsion Systems | 6 | A1X | 3 | E |
|
TSFS06 | Diagnosis and Supervision | 6 | A1X | 1 | E |
|
TSRT14 | Sensor Fusion | 6 | A1X | 2 | E |
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TPPE78 | Quantitative Models and Analysis in Operations Management | 6 | A1X | 1 | C/E |
|
TMMI46 | Industrial Automation | 6 | G2X | 1 | E |
|
Period 2 | ||||||
TPPE74 | Design and Development of Manufacturing Operations | 6 | A1X | 4 | C |
|
TMPS27 | Production Systems | 6 | A1X | 3 | E |
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TMMI46 | Industrial Automation | 6 | G2X | 1 | C |
|
TMQU31 | Statistical Quality Control | 6 | A1X | 2 | E |
|
TPPE78 | Quantitative Models and Analysis in Operations Management | 6 | A1X | 1 | E |
|
Period 2 | ||||||
TMPS27 | Production Systems | 6 | A1X | 3 | E |
|
TMQU04 | Six Sigma Quality | 6 | A1X | 2 | E |
|
For the master program Industrial Engineering and Management (6MIND), one of the courses marked M/E is mandatory in the master profile Quality Management.
|
||||||
TMQU13 | Customer Focused Product and Service Development | 6 | A1X | 4 | E |
|
For the master program Industrial Engineering and Management (6MIND), one of the courses marked M/E is mandatory in the master profile Quality Management.
|
||||||
TPPE74 | Design and Development of Manufacturing Operations | 6 | A1X | 4 | E |
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TMQU31 | Statistical Quality Control | 6 | A1X | 2 | C |
|
TAMS65 | Mathematical Statistics, second course | 6* | G2X | 4 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TEIO13 | Leadership and Organizational Change | 6 | A1X | 4 | E |
|
Period 2 | ||||||
TMQU04 | Six Sigma Quality | 6 | A1X | 2 | C/E |
|
For the master program Industrial Engineering and Management (6MIND), one of the courses marked M/E is mandatory in the master profile Quality Management.
|
||||||
TMQU13 | Customer Focused Product and Service Development | 6 | A1X | 4 | C/E |
|
For the master program Industrial Engineering and Management (6MIND), one of the courses marked M/E is mandatory in the master profile Quality Management.
|
||||||
TAMS65 | Mathematical Statistics, second course | 6* | G2X | 2 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TEIM07 | Industrial Market Research | 6 | A1X | 2 | E |
|
TETS56 | Logistics and Quality in Health Care | 6 | A1X | 2 | E |
|
TPPE74 | Design and Development of Manufacturing Operations | 6 | A1X | 4 | E |
|
Semester 9 Autumn 2026
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TMAL07 | Prototype Realization - Project Course | 6 | A1X | - | C |
|
TMMV12 | Gas Turbine Engines | 6 | A1X | 4 | C |
|
TMME40 | Vibration Analysis of Structures | 6 | A1X | 3 | E |
|
Period 2 | ||||||
TMAL08 | Aircraft Systems Engineering - Project Course | 6 | A1X | - | C/E |
|
TMHL26 | Aircraft Structures - Project Course | 6 | A1X | - | C/E |
|
TMMV26 | Aircraft Aerodynamics - Project Course | 6 | A1X | - | C/E |
|
TMKA11 | Model-based System-of-Systems Engineering | 6 | A1X | 3 | E |
|
TMKM90 | Engineering Materials - Deformation and Fracture | 6 | A1X | 2 | E |
|
TMMV62 | Computational Heat Transfer | 6 | A1X | 1 | E |
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TMPE08 | Project Course Advanced - Energy and Environmental Engineering | 12* | A1X | - | C |
|
*The course is divided into several semesters and/or periods
|
||||||
Period 2 | ||||||
TMPE08 | Project Course Advanced - Energy and Environmental Engineering | 12* | A1X | - | C |
|
*The course is divided into several semesters and/or periods
|
||||||
TKMJ32 | Integrated Product Service Engineering | 6 | A1X | 3 | E |
|
TMES51 | International Energy Markets | 6 | A1X | 1 | E |
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TMPM05 | Project Course Advanced - Design Engineering and Product Development | 12* | A1X | 1 | C |
|
*The course is divided into several semesters and/or periods
|
||||||
TDDE56 | Foundations of AI and machine learning | 6* | G2X | - | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TMKT79 | Collaborative Multidisciplinary Design Optimization | 6 | A1X | 2 | E |
|
Period 2 | ||||||
TMPM05 | Project Course Advanced - Design Engineering and Product Development | 12* | A1X | 4 | C |
|
*The course is divided into several semesters and/or periods
|
||||||
TDDE56 | Foundations of AI and machine learning | 6* | G2X | 1 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TMKU01 | Design Automation of Customized Products | 6 | A1X | 2 | E |
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TMPM09 | Project Course Advanced - Engineering Materials | 12* | A1X | - | C |
|
*The course is divided into several semesters and/or periods
|
||||||
TMHL19 | Advanced Material and Computational Mechanics | 6 | A1X | 1 | E |
|
TMMI68 | CAD and Drafting Techniques, Continued Course | 6* | G2X | 2 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
Period 2 | ||||||
TMPM09 | Project Course Advanced - Engineering Materials | 12* | A1X | - | C |
|
*The course is divided into several semesters and/or periods
|
||||||
TMMI68 | CAD and Drafting Techniques, Continued Course | 6* | G2X | 4 | E |
|
*The course is divided into several semesters and/or periods
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TMPM07 | Project Course Advanced - Applied Mechanics | 12* | A1X | - | C |
|
*The course is divided into several semesters and/or periods
|
||||||
TMHL19 | Advanced Material and Computational Mechanics | 6 | A1X | 1 | E |
|
TMMV59 | Applied Computational Fluid Dynamics | 6 | A1X | 2 | E |
|
Period 2 | ||||||
TMPM07 | Project Course Advanced - Applied Mechanics | 12* | A1X | - | C |
|
*The course is divided into several semesters and/or periods
|
||||||
TMMS20 | Structural Optimization | 6 | A1X | 1 | E |
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TETS38 | Logistics Project | 12* | A1X | 4 | C |
|
*The course is divided into several semesters and/or periods
|
||||||
TDDE56 | Foundations of AI and machine learning | 6* | G2X | - | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TETS23 | Purchasing | 6 | A1X | 2 | E |
|
TPPE99 | Simulation in Production and Logistics | 6 | A1X | 3 | E |
|
Period 2 | ||||||
TETS38 | Logistics Project | 12* | A1X | 2 | C |
|
*The course is divided into several semesters and/or periods
|
||||||
TAOP18 | Supply Chain Optimization | 6 | A1X | 1 | E |
|
TDDE56 | Foundations of AI and machine learning | 6* | G2X | 1 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TETS31 | Logistics Strategies | 6 | A1X | 4 | E |
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TMPM06 | Project Course Advanced - Mechatronics | 12* | A1X | 4 | C/E |
|
*The course is divided into several semesters and/or periods
|
||||||
TSRT10 | Automatic Control - Project Course | 12* | A1X | 4 | C/E |
|
*The course is divided into several semesters and/or periods
|
||||||
TDDE18 | Programming C++ | 6* | G2X | 2 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TMMS13 | Electro Hydraulic Systems | 6 | A1X | 3 | E |
|
TSFS12 | Autonomous Vehicles - Planning, Control, and Learning Systems | 6 | A1X | 1 | E |
|
TSRT92 | Modelling and Learning for Dynamical Systems | 6 | A1X | 3 | E |
|
Period 2 | ||||||
TMPM06 | Project Course Advanced - Mechatronics | 12* | A1X | - | C/E |
|
*The course is divided into several semesters and/or periods
|
||||||
TSRT10 | Automatic Control - Project Course | 12* | A1X | 4 | C/E |
|
*The course is divided into several semesters and/or periods
|
||||||
TDDE18 | Programming C++ | 6* | G2X | 1 | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TMKA11 | Model-based System-of-Systems Engineering | 6 | A1X | 3 | E |
|
TSRT08 | Optimal Control | 6 | A1X | 3 | E |
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TPPE73 | Operations Management - Project Course | 12* | A1X | 4 | C |
|
*The course is divided into several semesters and/or periods
|
||||||
TPPE16 | Manufacturing Strategies | 6 | A1X | 2 | C/E |
|
TMPS35 | Emerging Factory Technologies | 6 | A1X | 3 | E |
|
Period 2 | ||||||
TPPE73 | Operations Management - Project Course | 12* | A1X | 4 | C |
|
*The course is divided into several semesters and/or periods
|
||||||
TAOP18 | Supply Chain Optimization | 6 | A1X | 1 | E |
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TMPM08 | Project Course Advanced - Manufacturing Engineering | 12* | A1X | 1 | C |
|
*The course is divided into several semesters and/or periods
|
||||||
TDDE56 | Foundations of AI and machine learning | 6* | G2X | - | E |
|
*The course is divided into several semesters and/or periods
|
||||||
TMPS35 | Emerging Factory Technologies | 6 | A1X | 3 | E |
|
TPPE16 | Manufacturing Strategies | 6 | A1X | 2 | E |
|
TPPE99 | Simulation in Production and Logistics | 6 | A1X | 3 | E |
|
Period 2 | ||||||
TMPM08 | Project Course Advanced - Manufacturing Engineering | 12* | A1X | 4 | C |
|
*The course is divided into several semesters and/or periods
|
||||||
TDDE56 | Foundations of AI and machine learning | 6* | G2X | 1 | E |
|
*The course is divided into several semesters and/or periods
|
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TMQU27 | Quality Management - Project Course | 12* | A1X | 2 | C |
|
*The course is divided into several semesters and/or periods
|
||||||
TMQU47 | Quality Engineering and Design | 6 | A1X | 4 | E |
|
Period 2 | ||||||
TMQU27 | Quality Management - Project Course | 12* | A1X | 4 | C |
|
*The course is divided into several semesters and/or periods
|
||||||
TEIM10 | Industrial Service Development | 6 | A1X | 2 | E |
|
Semester 10 Spring 2027
Course code | Course name | Credits | Level | Timetable module | ECV | |
---|---|---|---|---|---|---|
Period 1 | ||||||
TQXX33 | Degree project - Master’s Thesis | 30* | A1X | - | C |
|
*The course is divided into several semesters and/or periods
|
||||||
Period 2 | ||||||
TQXX33 | Degree project - Master’s Thesis | 30* | A1X | - | C |
|
*The course is divided into several semesters and/or periods
|
Degree project for Master’s Degree in Engineering 300 credits, Master of Science (Two years), Master of Philosophy (Two years), Master of Science (One year), and master’s degrees without prefix
General provisions for the degree project are given here. A specific faculty programme board may have supplementary regulations that are specific for a study programme. These are specified, where relevant, in the syllabus for the field of education and/or the degree project. Information and links to course syllabuses, registration, reflection documents, etc. can be found at https://www.lith.liu.se/examensarbete/examensarbete?l=en.
General provisions
To be awarded a Master’s Degree in Engineering 300 credits, Master of Science (Two years), Master of Philosophy (Two years), Master of Science (One year), or master’s degree without prefix a student must carry out an approved degree project. The components of the degree project are described in the relevant course syllabus.
Aim
The aim of the degree project is described in the relevant course syllabus, https://www.lith.liu.se/examensarbete/examensarbete?l=en. Links to respective course syllabus can be found under the respective headings Master's programme, Civilingenjörsutbildning (only in Swedish), Högskoleingenjörsutbildning (only in Swedish), Kandidatutbildning (only in Swedish).
Extent
Requirements for the extent of the degree project for each type of degree are given in the syllabus of the study programme.
Locations for a degree project
The work is carried out in the form of:
- an internal degree project located at one of the participating departments at LiU
- an external degree project located at a company, government agency, or other organisation in Sweden or abroad, that an examiner has assessed is able to manage a degree project that satisfies the requirements, or
- a degree project within an exchange agreement in association with study abroad, whereby all study results are to be credited to the student by the relevant faculty programme board.
The main subject areas that are permitted within each study programme are described in the programme syllabus. Any individual subjects that may be relevant to the main subject area are to be determined by the relevant faculty programme board.
The examiner for a degree project within a certain subject area are determined by the faculty programme board that is responsible for general degrees within the main subject area. An up-to-date list is given at https://www.lith.liu.se/examensarbete/examensarbete?l=en.
Degree projects within agreements relating to study abroad
During study abroad that takes place within the framework of an agreement, the provisions of the host institute relating to degree projects are applied. The student is to consult the faculty programme board and together ensure that the proposed degree project is carried out in a main subject area that is permitted within the study programme. Approved main subject areas for degree projects are specified in the syllabus for the relevant programme.
A certificate confirming that the degree project has been approved and a copy of the degree project thesis (in PDF format) are to be submitted to the relevant faculty programme board.
Selection of degree project
A degree project is to be selected in consultation with an examiner, who is also responsible that the specialisation, extent and level of the project satisfy the requirements specified in the course syllabus.
In cases in which issues relating to work-related copyright, patenting or remuneration may arise, provisions governing these should be established in advance. A student working on a degree project may sign a confidentiality agreement in order to obtain access to confidential information necessary for the degree project. The supervisor and examiner, however, determine whether they are prepared to sign a confidentiality agreement, and thus the confidential information must not normally be of such nature that it is necessary to supervise or grade the work. The complete degree project thesis is to be published during the grading procedure, unless exceptional circumstances prevent this. If any part of the thesis should not be published, this must be approved in advance by the examiner and the relevant head of department. Note that final decisions relating to confidentiality are taken by an administrative court.
Commencement of a degree project
Requirements that must be satisfied before a degree project can be started are given in the currently valid course syllabus, which can be obtained in the relevant programme syllabus at https://liu.se/studieinfo/en.
Notification of a degree project is to be carried out when the degree project starts, at https://www.lith.liu.se/for-studenter/anmalan-till-exjobb?l=en. Registration of the degree project is to take place before work commences.
Before the start of the degree project, the examiner is to ensure that the student satisfies the conditions for commencement of the degree project within the relevant main subject area. Support in this can be obtained from the study guidance counsellor, who checks the general requirements for starting the degree project.
The student is also to notify the relevant department of the start of the degree project.
Degree projects in collaboration with another student
In cases in which two students carry out a degree project together, the contribution of each student is to be specified. The extent of the work is to correspond to the extent of two individual projects. The examiner is to ensure that each student has contributed in a satisfactory manner to the work, and that each student satisfies the requirements for achieving a Pass grade for the degree project.
Degree projects carried out in collaboration between more than two students are not permitted.
Examiners
The examiner must be employed as a teacher at LiU according to the LiU Regulations for Appointments (https://styrdokument.liu.se/Regelsamling/VisaBeslut/622784). The following teachers can be appointed as examiner: Professor (including Adjunct and Visiting Professor), Associate Professor (including Adjunct), Senior Lecturer (including Adjunct and Visiting Senior Lecturer), Research Fellow, or Postdoc. The examiner must also have the expertise required to examine degree projects within the relevant main subject area, and be appointed by the faculty programme board. The faculty programme board can also appoint emerita/emeritus as examiner for a single thesis work.
The examiner is to:
- ensure before the start of the degree project that the student satisfies the conditions for commencement of the degree project within the relevant main subject area. The study guidance counsellor is to check whether the commencement criteria are satisfied and inform the examiner of this
- check whether special admission requirements (where relevant) are satisfied, for example that the student can demonstrate a certain degree of in-depth knowledge within the field relevant for the degree project
- determine the specialisation and principal work of the degree project, based on an assessment of whether the degree project will result in the learning outcomes of the course syllabus being satisfied
- in conjunction with the planning report, check that the student has registered for the degree project
- pass/fail the planning report
- pass/fail the mid-way assessment
- be responsible that the supervisor or supervisors carry out their duties
- approve the work for presentation
- before the presentation, check that the proposed opponent satisfies the conditions for commencement of the degree project and has attended three thesis presentations
- pass/fail the presentation and the opposition to it
- approve a concluding reflection document
- ensure that a degree project that has been passed satisfies the learning outcomes of the course syllabus and other requirements, and award a grade to the degree project (either G = Pass, or U = Fail).
In cases in which a degree project is carried out jointly by two students with different main subject areas, one examiner in each main subject area must be appointed, where this is necessary.
Supervisors
A student working on a degree project is to have access to an internal supervisor at the department at which the degree project has been registered. The internal supervisor is to have a degree that corresponds at least to the level of the degree project to be supervised. The internal supervisor may, in exceptional circumstances, be the same individual as the examiner. A decision of whether to allow this in a particular case is to be made by the relevant faculty programme board before the degree project is started.
The supervisor is to ensure that the student obtains help with:
- expert support in general questions related to methods, specialist knowledge of the subject, and writing the thesis
- problem formulation, and setting the limits of the work
- scheduling and planning work, and selection of appropriate methods.
If the degree project is being carried out outside of LiTH, an external supervisor from the commissioner is to be appointed.
Planning report
During the first weeks of the degree project, the student is to draw up a planning report that contains:
- a preliminary title of the degree project
- a preliminary statement of the research question, against the background of a literature search
- a preliminary description of the approach to be taken
- planned literature foundation
- a schedule for the execution of the degree project, including suggested dates for the mid-way assessment and presentation.
Formulation of the research question is to be bounded, realistic and viewed from a perspective of societal or commercial benefit. The term “societal” is to be understood here to include universities and university colleges.
Mid-way assessment
Approximately half-way through the degree project, the student is to describe to the examiner at a mid-way assessment how the work is progressing relative to the planning report. The supervisor should also participate. The form of the mid-way assessment may be anything from an oral presentation to a public seminar. The conclusion of the mid-way assessment may be one of three possibilities:
- The work has been carried out essentially as planned, and can continue as planned. The mid-way assessment has been passed.
- The work has been carried out with certain deviations from the planning report. It is, however, believed that it will be possible to complete the work with minor adjustments to the formulation of the research question, approach and/or schedule. The mid-way assessment has been passed.
- The work has deviated from the planning report in a significant manner, and there is a risk that a Pass grade cannot be given. The mid-way assessment has been failed. A new planning report must be drawn up and a new mid-way assessment carried out.
Reporting
Both oral and written reports of the degree project are to be made, in Swedish or English. For the international Master's programmes, both the oral and written examination should be made in English. The faculty programme board can allow the reporting to be carried out in another language than Swedish or English.
The oral presentation is to take place in public, unless there are exceptional circumstances that this should not be done. The written report is to be in the form of a professionally produced degree project thesis. The presentation and thesis are to follow the instructions given below.
Presentation
The oral presentation is to take place when the examiner considers that the work has been completed and is ready to be presented. The presentation is to take place on site at LiU at a time when other students can attend. This means that the presentation can take place on a date that the student has agreed with the examiner, normally between the re-examination period in August and midsummer, and after the student has attended three thesis presentations.
The oral presentation is to describe the background to the problem that has been studied, describe the methods used, and present the results and conclusions. The presentation is to be at a level suitable for everyone present, not just for specialists. After the oral presentation, the student is to counter any criticism that the opponent may raise, and allow other participants to pose questions. The presentation and the opposition are to be approved by the examiner. When any required adjustments of the thesis have been made, the reflection document has been approved, and the student has functioned as an opponent for another degree project, the degree project is reported as a passed course and the credits can be used to satisfy the requirements for a qualification.
Degree project thesis
The written degree project report is to be professionally written and comprehensive, and it is to demonstrate a scientific approach. The report must be prepared in accordance with principles for acceptable practice when referring to sources (references or quotations for which the source is specified) when the text, images, ideas, data, etc., of other people are used. It is also to be made clear whether the author has reused his or her own text, images, ideas, data, etc. from previous examinations, such as undergraduate work, project reports, etc. (This is sometimes known as “self-plagiarism”.) A failure to specify such sources may be regarded as attempted deception during examination.
The contents are to be easy to understand, and the way in which material is presented is important. It must describe the background to the project and the formulation of the research question. The choice of approach is to be clearly explained, and the thesis should make clear the coupling between the results and the conclusions. Commonly accepted scientific methods are to be used for processing the results. The discussion is to be comprehensive, and demonstrate that the student masters analytical thought processes. The thesis is to demonstrate good mastery of the literature in the field, and include an abstract. Theses that are principally written in Swedish should contain a summary in English. A publication-ready manuscript and a reflection document covering the work undertaken are to be submitted to the examiner within 10 days after the oral presentation. The examiner may grant an exemption from this requirement. If final versions of the required documents are not submitted as stipulated, the examiner may determine that the presentation is to be rescheduled.
The Faculty of Science and Engineering (Institute of Technology) at Linköping University recommends that degree project theses be published.
Opposition
An oral opposition is to be carried out in connection with the student’s own presentation of his or her thesis, i.e. at the end of the own studies, and is to take place on site at LiU. The opposition is made on other degree projects at the same level and of the same extent as the own degree project. The opponent must also have attended three thesis presentations as a member of the audience. In a normal case, the number of opponents will be the same as the number of respondents. In exceptional cases, the examiner may decide that this is not to be the case. Acting as an opponent during the thesis presentation of another student is subject to points-based assessment as described in the course syllabus.
The opponent is to:
- discuss and comment on the selection of methods, results and (where relevant) data processing, conclusions, possible alternative solutions and conclusions, and the management of literature
- comment on the general arrangement of the degree project thesis and related, formal aspects of style, and comment on the oral presentation technique
- illuminate the strengths and weaknesses of the thesis.
The duration of the opposition should be approximately the same as that of the presentation, and it is to include a discussion in which the student presenting the thesis replies to and comments on the criticism raised by the opponent.
Unless otherwise agreed, at least one week before the presentation the opponent is to present in writing to the examiner the important issues that will be discussed, and the structure of the opposition that will be taken. The opponent and the examiner discuss the structure that the opponent has drawn up.
Attendance at presentations
A student is to attend presentations of degree project theses as described in the course syllabus. The presentations attended must be at the same level or a higher level than the degree project of the student.
It is advantageous that one of the presentations attended is a licenciate degree seminar or a doctoral disputation. The student is responsible for ensuring that a certification of attendance at the presentation is obtained and passed to the departmental administrator for registration in Ladok. Attendance at such presentations is a component of the degree work that is subject to points-based assessment.
The occasions on which a student attends presentations are to be completed before the student presents the degree project thesis. The course syllabus for the degree project describes the scheduling of the attendance at presentations.
The attendance at presentations is to take place on site at LiU. It is not possible to participate remotely.
Reflection document
A document reflecting on the work that has been carried out is to be submitted to the examiner within 10 working days of the oral presentation. Instructions for preparing a reflection document can be reached through https://www.lith.liu.se/examensarbete/reflektionsdokument?l=en.
Grades
The degree project is graded as either Pass or Fail. In order for a student to obtain a pass grade for the degree project, all components must be completed and be awarded a pass grade.
Right to obtain supervision
It is expected that the student complete and pass a degree project within specified time limits. The department is required to provide supervision for a maximum of 18 months after the student has registered the degree project in Ladok. The examiner may grant additional supervision after this period in special cases. If the examiner determines that supervision is to be ended, the degree project is to be awarded a Fail grade. The examiner does not have to fail the degree project if it is considered possible that the student can finish the thesis without further supervision.
If the degree project is awarded a Fail grade for the reason described above or for any other reason, the student is to be directed towards carrying out a further degree project. However, carrying out a new degree project means very limited opportunities for supervision.
Quality assurance
The relevant faculty programme board has overall responsibility for the quality of study programmes. This responsibility covers also degree projects. Quality assurance is to be carried out as determined by the faculty board.
Exemptions
If there are exceptional circumstances, an exemption can be granted from the above regulations.
Exemption to replace the oral opposition with a detailed written opposition can be granted after approval by the faculty programme board when all other elements for the degree have been fulfilled, the degree project has been submitted and there are exceptional circumstances. It is the examiner who applies to the faculty programme board for an exemption for written opposition.
Written opposition can be carried out in any of the following ways:
- The student makes a written opposition to a work done by another student, whose examiner then examines the opposition
- The student's examiner instructs the person in question to make a written opposition to a degree project that has already been examined by the examiner.
In the case of a written opposition, there is no need for an initial account of the structure of the opposition.
Exemption from conducting the oral opposition on site at LiU (and instead conducting it remotely) with reference to exceptional circumstances is given by the examiner. Examples of exceptional circumstances are the lack of a visa to come to Sweden.
Exemption from carrying out presentation on site at LiU (and instead conducting it remotely) can be granted by the respective faculty programme board if there are exceptional circumstances. Examples of exceptional circumstances are the lack of a visa to come to Sweden.
Degree projects (included in Term 6 of study programmes in engineering)
General provisions
All study programmes in engineering (with the exception of the programme in Industrial Engineering and Management – International and the programme in Applied Physics and Electrical Engineering – International) have since 2014 included an obligatory degree project. The project undertaken may also be included as part of the Bachelor of Science (Technology). During Term 6 of each programme, one or several special courses are given that constitute degree projects. The syllabuses of these courses contain course-specific provisions, which are supplemented with the general provisions given below.
Aim
The degree project is to contribute to general and programme-specific objectives of the study programmes in engineering being achieved. Specific learning outcomes are given in the relevant course syllabus. In addition, the degree project has also the following learning outcomes, which are common to all degree project-based courses at LiTH:
- Knowledge of the subject
After carrying out the degree project, the student is expected to master the following:- integrating in a systematic manner the knowledge gained during the period of study
- applying methodological knowledge and subject-specific knowledge within the main subject area
- assimilating the contents of relevant technical publications and relating the study to such contents.
- Personal and professional skills
After carrying out the degree project, the student is expected to possess the following skills:- formulating research questions and limiting the same, within a specified time schedule
- seeking and evaluating scientific literature.
- Working and communicating in a group
After carrying out the degree project, the student is expected to possess the following skills:- planning, executing and presenting independent work in the form of a project carried out in a group
- expressing oneself professionally, in writing and orally
- critically examining and discussing independent work presented in speech and in writing.
- Engineering fundamentals
After carrying out the degree project, the student is expected to master the following:- creating, analysing and/or evaluating technical solutions
- making assessments that consider relevant scientific, societal and ethical aspects.
Degree projects undertaken while studying abroad
During study abroad, an individual plan is to be drawn up together with the faculty programme director to determine how the requirements for a degree project in engineering can be satisfied.
Commencing a degree project
Before a student commences a degree project, the following requirements must be satisfied:
- The student must have a minimum of 90 credits obtained from courses from Terms 1-4 of the programme (courses taken voluntarily are not counted). This requirement must be satisfied before the end of the third week of study period 2 of the autumn term before the degree project is to be carried out.
- The student must have completed the subject-specific courses listed in the course syllabus for the relevant degree project course. This requirement must be satisfied before the end of the third week of study period 2 of the autumn term before the degree project is to be carried out.
- When assessing whether the requirements have been satisfied, individual decisions (such as those taken in association with admission to subsequent parts of the programme) are to be considered.
Registration for a degree project is carried out during the course registration period 1-10 October in the autumn before the degree project is to be undertaken.
Forms of examination
The examiner for the degree project is responsible for ensuring that examination takes place as specified by the course syllabus, and, where appropriate, carries out the duties of an examiner for degree projects.
The written report of the degree project corresponds to a degree project for a bachelor's degree. This means that it is to be managed in an equivalent manner with respect to publication, unless special circumstances apply.
The report must be prepared in accordance with principles for acceptable practice when referring to sources (references or quotations for which the source is specified) when the text, images, ideas, data, etc., of other people are used. It is also to be made clear whether the author has reused his or her own text, images, ideas, data, etc. from previous examinations, such as undergraduate work, project reports, etc. (This is sometimes known as “self-plagiarism”.) A failure to specify such sources may be regarded as attempted deception during examination.
In cases in which several students carry out a degree project together, the contribution of each student is to be specified. The extent of the work for each student is to correspond to that of a degree project. The examiner is to ensure that each student has contributed in a satisfactory manner to the work, and that each student satisfies the requirements for achieving a Pass grade for the degree project.
Course syllabus
A syllabus must be established for each course. The syllabus specifies the aim and contents of the course, and the prior knowledge that a student must have in order to be able to benefit from the course.
Timetabling
Courses are timetabled after a decision has been made for this course concerning its assignment to a timetable module.
Interruption in and deregistration from a course
The LiU decision, Guidelines concerning confirmation of participation in education (Dnr LiU-2020-02256), states that interruptions in study are to be recorded in Ladok. Thus, all students who do not participate in a course for which they have registered must record the interruption, such that the registration on the course can be removed. Deregistration from or interrupting a course is carried out using a web-based form: https://www.lith.liu.se/for-studenter/kurskomplettering?l=en.
Cancelled courses and changes to the course syllabus
Courses with few participants (fewer than 10) may be cancelled or organised in a manner that differs from that stated in the course syllabus. The Dean is to deliberate and decide whether a course is to be cancelled or changed from the course syllabus.
Guidelines relating to examinations and examiners
For details, see Guidelines for education and examination for first-cycle and second-cycle education at Linköping University, Dnr LiU-2020-04501 (http://styrdokument.liu.se/Regelsamling/VisaBeslut/917592).
An examiner must be employed as a teacher at LiU according to the LiU Regulations for Appointments, Dnr LiU-2021-01204 (https://styrdokument.liu.se/Regelsamling/VisaBeslut/622784). For courses in second-cycle, the following teachers can be appointed as examiner: Professor (including Adjunct and Visiting Professor), Associate Professor (including Adjunct), Senior Lecturer (including Adjunct and Visiting Senior Lecturer), Research Fellow, or Postdoc. For courses in first-cycle, Assistant Lecturer (including Adjunct and Visiting Assistant Lecturer) can also be appointed as examiner in addition to those listed for second-cycle courses. In exceptional cases, a Part-time Lecturer can also be appointed as an examiner at both first- and second cycle, see Delegation of authority for the Board of Faculty of Science and Engineering.
Forms of examination
Principles for examination
Written and oral examinations and digital and computer-based examinations are held at least three times a year: once immediately after the end of the course, once in August, and once (usually) in one of the re-examination periods. Examinations held at other times are to follow a decision of the faculty programme board.
Principles for examination scheduling for courses that follow the study periods:
- courses given in VT1 are examined for the first time in March, with re-examination in June and August
- courses given in VT2 are examined for the first time in May, with re-examination in August and October
- courses given in HT1 are examined for the first time in October, with re-examination in January and August
- courses given in HT2 are examined for the first time in January, with re-examination in March and in August.
The examination schedule is based on the structure of timetable modules, but there may be deviations from this, mainly in the case of courses that are studied and examined for several programmes and in lower grades (i.e. 1 and 2).
Examinations for courses that the faculty programme board has decided are to be held in alternate years are held three times during the school year in which the course is given according to the principles stated above.
Examinations for courses that are cancelled or rescheduled such that they are not given in one or several years are held three times during the year that immediately follows the course, with examination scheduling that corresponds to the scheduling that was in force before the course was cancelled or rescheduled.
When a course, or a written examination (TEN, DIT, DAT), is given for the last time, the regular examination and two re-examinations will be offered. Thereafter, examinations are phased out by offering three examinations during the following academic year at the same times as the examinations in any substitute course. If there is no substitute course, three examinations will be offered during re-examination periods during the following academic year. Other examination times are decided by the faculty programme board. In all cases above, the examination is also offered one more time during the academic year after the following, unless the faculty programme board decides otherwise. In total, 6 re-examinations are offered, of which 2 are regular re-examinations. In the examination registration system, the examinations given for the penultimate time and the last time are denoted.
If a course is given during several periods of the year (for programmes, or on different occasions for different programmes) the faculty programme board or boards determine together the scheduling and frequency of re-examination occasions.
Retakes of other forms of examination
Regulations concerning retakes of other forms of examination than written examinations and digital and computer-based examinations are given in the LiU guidelines for examinations and examiners, http://styrdokument.liu.se/Regelsamling/VisaBeslut/917592.
Course closure
For Decision on Routines for Administration of the Discontinuation of Educational Programs, Freestanding Courses and Courses in Programs, see DNR LiU-2021-04782. After a decision on closure and after the end of the discontinuation period, the students are referred to a replacement course (or similar) according to information in the course syllabus or programme syllabus. If a student has passed some part/parts of a closed program course but not all, and there is an at least partially replacing course, an assessment of crediting can be made. Any crediting of course components is made by the examiner.
Registration for examination
In order to take an written, digital or computer-based examination, registration in advance is mandatory, see decision in the university’s rule book https://styrdokument.liu.se/Regelsamling/VisaBeslut/622682. An unregistered student can thus not be offered a place. The registration is done at the Student Portal or in the LiU-app during the registration period. The registration period opens 30 days before the date of the examination and closes 10 days before the date of the examination. Candidates are informed of the location of the examination by email, four days in advance.
Code of conduct for students during examinations
Details are given in a decision in the university’s rule book: http://styrdokument.liu.se/Regelsamling/VisaBeslut/622682.
Retakes for higher grade
Students at the Institute of Technology at LiU have the right to retake written examinations and digital and computer-based examinations in an attempt to achieve a higher grade. This is valid for all examination components with code “TEN”, “DIT” and "DAT". The same right may not be exercised for other examination components, unless otherwise specified in the course syllabus.
A retake is not possible on courses that are included in an issued degree diploma.
Grades
The grades that are preferably to be used are Fail (U), Pass (3), Pass not without distinction (4) and Pass with distinction (5).
- Grades U, 3, 4, 5 are to be awarded for courses that have written or digital examinations.
- Grades Fail (U) and Pass (G) may be awarded for courses with a large degree of practical components such as laboratory work, project work and group work.
- Grades Fail (U) and Pass (G) are to be used for degree projects and other independent work.
Examination components
The following examination components and associated module codes are used at the Faculty of Science and Engineering:
- Grades U, 3, 4, 5 are to be awarded for written examinations (TEN) and digital examinations (DIT).
- Examination components for which the grades Fail (U) and Pass (G) may be awarded are laboratory work (LAB), project work (PRA), preparatory written