Study programme 20192020  Français  
Differential Geometry, Technical Drawings and Computer Graphics  
Programme component of Bachelor's in Engineering (Charleroi (Hor. jour)) à la Faculty of Engineering 
Students are asked to consult the ECTS course descriptions for each learning activity (AA) to know what assessment methods are planned for the end of Q3 

Code  Type  Head of UE  Department’s contact details  Teacher(s) 

UIB1IRCIVI103C  Compulsory UE  RIVIERE LORPHEVRE Edouard  F707  Génie Mécanique 

Language of instruction  Language of assessment  HT(*)  HTPE(*)  HTPS(*)  HR(*)  HD(*)  Credits  Weighting  Term 

 Français  24  36  0  0  0  5  5.00  2nd term 
AA Code  Teaching Activity (AA)  HT(*)  HTPE(*)  HTPS(*)  HR(*)  HD(*)  Term  Weighting 

IGMEC123  Differential Geometry, Technical Drawings and Computer Graphics  24  36  0  0  0  Q2  100.00% 
Programme component 

Objectives of Programme's Learning Outcomes
Learning Outcomes of UE
understand main methods used to describe curves, surfaces and volumes for engineering application (conical projection, axonometry, cylindrical projection and analytical modelling) understand technical drawing and use of standards (introduction to standardisation) use with ease a computer aided design software to model complex shapes, produce technical drawing and perform surface rendering model complex surfaces (cylindrical, revolution, conic, ruled) using analytical geometry solve planar and spatial geometric problems using analytical geometry develop space vision competence and solve spatial problems
Content of UE
descriptive geometry (cylindrical projections, axonometry, conical projection applied to 2D and 3D space including nonpolyhedral volumes) and technical drawing analytic, vectorial and differential geometry basis of computer graphics and surface rendering
Prior Experience
basic of geometry, algebra, calculus and trigonometry geometry tested during entrance examination
Type of Assessment for UE in Q2
Q2 UE Assessment Comments
Evaluation of the laboratories: 25%
written exam in January (maximum 240 minutes) 75%
Type of Assessment for UE in Q3
Q3 UE Assessment Comments
written exam (maximum length 240 minutes) 100 %
Type of Teaching Activity/Activities
AA  Type of Teaching Activity/Activities 

IGMEC123 

Mode of delivery
AA  Mode of delivery 

IGMEC123 

Required Reading
AA  Required Reading 

IGMEC123  Notes d'exercices  Géométries et communication graphique: recueil d'exercices  Edouard RivièreLorphèvre ,Note de cours  Géométries et communication graphique  Edouard RivièreLorphèvre 
Required Learning Resources/Tools
AA  Required Learning Resources/Tools 

IGMEC123  Not applicable 
Recommended Reading
AA  

IGMEC123 
Recommended Learning Resources/Tools
AA  Recommended Learning Resources/Tools 

IGMEC123  Not applicable 
Other Recommended Reading
AA  Other Recommended Reading 

IGMEC123  C.G. Gibson  Elementary geometry of differentiable curves  Cambridge university press, 2001 C.G. Gibson  Elementary geometry of algebric curves  Cambridge university press, 2001 J. F. Hughes and al  Computer graphics: principles and practice (3rd edition)  Addison Wesley, 2014 
Grade Deferrals of AAs from one year to the next
AA  Grade Deferrals of AAs from one year to the next 

IGMEC123  Authorized 