Major in dynamics, robotics and biomechanics

The goal of this major (which it shares with Master’s degree programs in electricity and electro-mechanics) is to give students a complete education in this field. All phases of the mechanical manufacturing process are studied from the design stage to putting manufacturing techniques into place to production planning and the organisation of workshops. In addition, students will learn about important technological techniques (machine parts) as well as solid mechanics (elasticity and plasticity) in order to master the processing, behaviour and use of common materials. Finally, attention is paid to methods used in the fields of automation and robotics.


 
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Mandatory Optional
Course not taught in 2020-2021 Periodic course not taught in 2020-2021
Periodic course taught in 2020-2021 Activity with prerequisites
Click on the course title to see detailed informations (objectives, teaching methods, evaluation...)
The class LMECA 2732 may not be taken as part of this major by ELME (mechatronics)students. Students majoring in this field may select:
From 20 to 30 credits
Annual unit
  1 2

Mandatory Content:
Optional LGBIO2040 Biomechanics   Greet Kerckhofs
30h+30h  5 credits q2 x x
Optional LGCIV2042 Dynamics of structures   João Saraiva Esteves Pacheco De Almeida
20h+15h  5 credits q1 x x
Optional LMECA2170 Numerical Geometry   Vincent Legat
, Jean-François Remacle
30h+30h  5 credits q1 x x
Optional LMECA2215 Vehicle System Dynamics   Paul Fisette
30h+30h  5 credits q1 x x
Optional LMECA2355 Mechanical design in biomedical engineering   Greet Kerckhofs
, Ann Vankrunkelsven (compensates Benoît Raucent)
30h+30h  5 credits q1 x x
Optional LMECA2732 Robot modelling and control   Renaud Ronsse
30h+30h  5 credits q2 x x
Optional LMECA2802 Multibody system Dynamics   Paul Fisette
30h+30h  5 credits q2 x x
Optional LINMA2875 System Identification   Julien Hendrickx
30h+30h  5 credits q2 x x
Optional LMECA2335 Biorobotics   Renaud Ronsse
30h+30h  5 credits q2 x x