Programme Curriculum MEC 2016

	Study Guide@lith
	Linköping Institute of Technology

Year : 2016

Study Programme : MEC

Specialisation : MEC

*) Courses that run over more than one study period

Course code

Course name

Course level

VOF

Timetable group

Course credits

1Ht1

Project Management and Organization

G2

o

3

6*

Large Technical Systems and the Environment

A

o

1

6

Product Development

G2

o

2

6

1Ht2

Project Management and Organization

G2

o

1

6*

Introduction to Computational Mechanics

G2

o

3

6

Polymer Materials

A

o

2

6

2Vt1

Conceptual Aircraft Design

A

v

2

6

The Finite Element Method; advanced course

A

v

4

6

Design Optimization

A

v

3

6

Multi Body Dynamics and Robotics

A

v

3

6

Computational Fluid Dynamics

A

v

1

6

Statistical Quality Control

A

v

2

6

Advanced Planning and Scheduling

A

v

1

6

2Vt2

Damage Mechanics and Life Analysis

A

v

2

6

Engineering Materials, Welding and Manufacturing Technology

G2

v

2

6

Product Modelling

A

v

3

6

Road Vehicle Dynamics

A

v

1

6

Fluid Power Systems and Transmissions

A

v

2

6

Computational Fluid Mechanics, advanced course

A

v

4

6

Aerodynamics, continues course

A

v

3

6

Six Sigma Quality

A

v

2

6

Analysing and Improving Manufacturing Operations

A

v

1

6

Vehicle Propulsion Systems

A

v

3

6

3Ht1

Project Course – Race Vehicle Engineering

G2

f

-

6*

Engineering Materials - Deformation and Fracture

A

o

4

6

Biofuels for Transportation

A

v

1

6

Aircraft and Vehicle Design

G2

v

4

6

Advanced Material and Computational Mechanics

A

v

1

6

Fluid Power Systems

G2

v

2

6

Machine elements, second course

A

v

3

6

Vibration Analysis of Structures

A

v

3

6

Models of Mechanics

A

v

3

6*

Electro Hydraulic Systems

A

v

2

6

Aerodynamics

A

v

2

6

Project Course - Mechanical Engineering

A

v

-

12*

Virtual Manufacturing

A

v

4

6

3Ht2

Project Course – Race Vehicle Engineering

G2

f

-

6*

Probability and Statistics, First Course

G2

v

4

6

Supply Chain Optimization

A

v

1

6

Biomechanics

A

v

4

6

Models of Mechanics

A

v

4

6*

Structural Optimization

A

v

1

6

Fluid Mechanics

A

v

2

6

Computational Heat Transfer

A

v

1

6

Project Course - Mechanical Engineering

A

v

-

12*