MECHANICAL ENGINEERING
 
Lectured in 1ste jaar Elektromechanica
Theory [A] 52.0
Exercises [B] 65.0
Training and projects [C] 0.0
Studytime [D] 177
Studypoints [E] 6
Lecturer Edmond ROMAN
Co-lecturers Piet GODDEMAER
Isabelle VAN KEYMEULEN
Reference TGEMEX01A00524
 
Key words
Mechanical engineering

Objectives
Mechanics:
To convey as much as possible methods for problem solving. Application of these methods on real life technical problems.
Measurement techniques:
In view of quality control, convey the knowledge to measure and verify lengths, angles and geometrics.
Applied measurement techniques:
To learn to use and handle several measurement instruments.
Machine work:
- To acquire practical insight in the relations between technical-, technological- and theoretical knowledge lectured in other courses;
- To develop the ability to, by means of practical insight, analyse and solve adequately technical problems;
- To learn to apply theoretical knowledge acquired during this
course


Prerequisites
Scientific and mathematical knowledge. Level : secondary school
Being interested in and able to make links and to solve practical problems.

Topics
Mechanics:
- Problems on discrete and coplanar forces and conditions of
equilibrium. With or without friction;
- Dynamics of rectilinear and curvilinear motion;
- Rotation of solid bodies
Measurement techniques:
- Tolerances and fittings;
- Instruments to measure lengths, angles and geometrics.
Applied measurement techniques
- Exercises.
Machine work:
- Drilling:several methods;
- Lathe work: several methods;
- Milling: several methods;
- Planning and work preparation.


Teaching Methods
- lectures
- demonstrations
- exercises
- others
- individual reports
- home study


Materials used
- teacher's course


Study guidance
They can contact the teachers



Assessment
Scoring system :
written examination
written tests
others


Study costs
60.9 euro

Lecturer(s)
Piet Goddemaer- Edmond Roman - Johan Flamang-Yves Vertriest - Isabelle Van Keymeulen

Language
- Dutch