Methodology: Project (in Computer Science or Building)
Scientific methodology: applications
Scientific methodology: theory
Lesson grid : Bachelor block 2 (2024-2025)
Teaching units of the 1st Quadrimester
Electricity 2 (5 ECTS)
Electricity 2: applications
Electricity 2: theory
Electronics (2 ECTS)
Electronics of semi-conductors 1: theory
Electronics of semi-conductors 1: labs
Applied mathematics 2 (4 ECTS)
Applied analysis 2
Fluid mechanics (2 ECTS)
Fluid mechanics: applications
Fluid mechanics: theory
Mechanics and materials sciences 2 (2 ECTS)
Theory of beams
Mechanics and applied thermodynamics 1 (5 ECTS)
Mechanics and applied thermodynamics 1: exercises
Mechanics and applied thermodynamics 1: theory
Physics 3 (2 ECTS)
Physics 3: labs
Physics 3: theory
Specific course units : Building Group
Basics of computer science 2 (3 ECTS)
Architectures of IT systems
Programming techniques 2
Chemistry 3 (1 ECTS)
Organic chemistry
Techniques in computer graphics 2 (3 ECTS)
Introduction to BIM modelling
Plans d'installation électrique BT
Teaching units of the 2nd Quadrimester
Biology (2 ECTS)
Biology and environment
Communication and languages (2 ECTS)
Communication and languages: English 2
Entrepreneurial management (3 ECTS)
Corporate general accounting: applications and case studies
Corporate general accounting: general principles
Statistics (2 ECTS)
Statistics
Specific course units : Building Group
General aspects of civil engineering: resistance (5 ECTS)
Resistance: applications
Resistance: theory
General aspects of civil engineering: statics (4 ECTS)
Statics: applications
Statics: theory
Basics of computer science 3 (2 ECTS)
Programming of graphic interfaces
Mathematics supplements (3 ECTS)
Introduction to operational research
Eurocodes and CAD (2 ECTS)
Structure analysis with CAD software
Eurocodes introduction
Climate engineering (2 ECTS)
Climate engineering: applications
Climate engineering: theory
Materials techniques 3 (2 ECTS)
Materials techniques 3
Materials techniques 4 (2 ECTS)
Materials techniques 4
Lesson grid : Bachelor block 3 (2024-2025)
Teaching units of the 1st Quadrimester
Fluid machines (2 ECTS)
Fluid machines
Specific course units : Building Group
Reinforced concrete (3 ECTS)
Reinforced concrete: applications
Reinforced concrete: theory
Communication and languages (2 ECTS)
Communication and languages: English 3
Structure analysis supplements (1 ECTS)
Structure analysis with CAD software: supplements
Fluid machines: supplements (2 ECTS)
Fluid machines: supplements
Applied electronics and electrical engineering (2 ECTS)
Applied electronics and electrical engineering
The company: context, structure and issues (2 ECTS)
Economics
Structural organisation of businesses
Business strategies
Building materials (5 ECTS)
Building materials: labs
Building materials: theory
Stability (6 ECTS)
Resistance of materials: exercises
Resistance of materials: theory
Building technology (5 ECTS)
Building technology: applications
Building technology: theory
Teaching units of the 2nd Quadrimester
Specific course units : Building Group
Professional integration activities (10 ECTS)
Work placement (6 weeks)
Electrical engineering (1 ECTS)
Electrical engineering
Géotechnique 1 (3 ECTS)
Géotechnique 1
Fluid machines labs (1 ECTS)
Fluid machines labs
Link project (2 ECTS)
Link project in reinforced concrete
Roads and specifications (6 ECTS)
Project: renovation of roads according to Qualiroutes
Project: drawing of a new road
Roads and specifications: theory
Building specific techniques (4 ECTS)
Building specific techniques: exercises
Building specific techniques: theory
Topography (3 ECTS)
Basics of topography: theory
Basics of topography: practical work
Lesson grid : Master block 1 (2024-2025)
Teaching units of the 1st Quadrimester
Aménagement de l'espace public (2 ECTS)
Aménagement de l'espace public : applications
Aménagement de l'espace public : théorie
Sanitation (2 ECTS)
Urban hydraulics
Energy management (4 ECTS)
Air conditioning (exercises)
Energy management in buildings
Land management 1 (3 ECTS)
Law and land administration 1
Language (2 ECTS)
English
Bridges (6 ECTS)
Béton précontraint : théorie
Bridges: theory
Road bridge project
Projet de structure en béton armé (2 ECTS)
Projet de structure en béton armé
Stability (2 ECTS)
Resistance of materials: exercises
Resistance of materials: theory
Metal structures (4 ECTS)
Metal structures: theory
Metal structures: exercises
Advanced topometry 1 (3 ECTS)
Global Navigation Satellite Systems
Topometry 1
Teaching units of the 2nd Quadrimester
Energy audit and control engineering (2 ECTS)
Building energy audit: project
Control engineering
CAD (2 ECTS)
CAD applied to VBA
Law and land administration 2 (4 ECTS)
Law and land administration 2
Géotechnique 2 (3 ECTS)
Géotechnique 2
Building physics (2 ECTS)
Building acoustics
Specific techniques labs
Preparation of professional environment (1 ECTS)
Preparation of professional environment
Projet d'hydraulique urbaine (3 ECTS)
Hydraulique urbaine : approche numérique
Hydraulique urbaine : approche rationnelle
Urbanisation project (3 ECTS)
Introduction to a GIS software
Urbanisation permit: completeness of the technical aspect
Soil sciences (3 ECTS)
Soil sciences
Execution techniques (2 ECTS)
Execution techniques
Advanced topometry 2 (5 ECTS)
Design office
Error analysis
Topometry 2
Lesson grid : Master block 2 (2024-2025)
Teaching units of the 1st Quadrimester
Spatial planning (3 ECTS)
CoDT
Map portals of Wallonia
Urbanisation permit: completeness of the administrative aspect
Managerial skills (1 ECTS)
Managerial skills
Expertises (7 ECTS)
Expertises (legal and technical aspects)
Building pathology and defects 1
Building pathology and defects 2
Building site management (2 ECTS)
Etats d'avancement et révision
L'offre de prix, le devis
La négociation
La planification
Réglementation des marchés
International management and Human resources (3 ECTS)
Contemporary management pillars
Human resources management
International management
Photogrammétrie et bathymétrie (3 ECTS)
Bathymétrie
Photogrammétrie
Accident and environmental risks prevention (2 ECTS)
VCA diploma course for line manager
CO2 issue and carbon footprint
Entrepreneurial and management project (4 ECTS)
Intercultural communication
Entrepreneurial project
Résistance au feu des structures (1 ECTS)
Résistance au feu
Seminar on management simulation (4 ECTS)
Preparation for management simulation
Seminar on management simulation
Teaching units of the 2nd Quadrimester
Work placements (12 ECTS)
Work placements (min. 13 weeks)
Teaching units of the year
Final dissertation (18 ECTS)
Final dissertation
Lesson grid : Master block 0 (2024-2025)
Teaching units of the 1st Quadrimester
Reinforced concrete (3 ECTS)
Reinforced concrete: applications
Reinforced concrete: theory
Fluid machines: supplements (2 ECTS)
Fluid machines: supplements
Fluid machines (2 ECTS)
Fluid machines
Building materials (2 ECTS)
Building materials: theory
Stability (6 ECTS)
Resistance of materials: exercises
Resistance of materials: theory
Building technology (5 ECTS)
Building technology: applications
Building technology: theory
Group of course units specific to bridge programmes
Refresher course: chemistry (3 ECTS)
Chemistry
Refresher course: fluid mechanics (3 ECTS)
Fluid mechanics
Refresher course: materials science (4 ECTS)
Resistance of materials
Teaching units of the 2nd Quadrimester
Structure analysis supplements (1 ECTS)
Structure analysis with CAD software: supplements
Electrical engineering (1 ECTS)
Electrical engineering
Applied electronics and electrical engineering (2 ECTS)
Applied electronics and electrical engineering
Eurocodes and CAD (2 ECTS)
Structure analysis with CAD software
Eurocodes introduction
Géotechnique 1 (3 ECTS)
Géotechnique 1
Fluid machines labs (1 ECTS)
Fluid machines labs
Refresher course: thermodynamics (3 ECTS)
Thermodynamics: theory
Thermodynamics: practical work
Link project (2 ECTS)
Link project in reinforced concrete
Roads and specifications (3 ECTS)
Project: renovation of roads according to Qualiroutes
Roads and specifications: theory
Building specific techniques (4 ECTS)
Building specific techniques: exercises
Building specific techniques: theory
Group of course units specific to bridge programmes
Communication and languages (2 ECTS)
Communication and languages: English 3
Refresher course: electricity (3 ECTS)
Electricity
Refresher course: mathematics (Building) (3 ECTS)
Mathematics applied to building
Master's studies in Industrial Engineering: Surveyor
In addition to a strong common part specific to the industrial engineer in building and where building design and stability skills are developed, the main approaches of the surveyor engineer's training are:
Geodesy, the science that studies the dimensions and shape of the Earth;
Topography, from the survey and representation on a plan of the ground's details until the positioning of new points on it;
Bathymetry, the science of measuring the depths of the seabed, lakes and rivers;
Land administration (cadastral plan) and town planning;
The law applied to land and real properties, financial evaluation;
Works' pathology.
Particular emphasis is given to the implementation of modern techniques such as GNSS satellite navigation (global navigation satellite system), computer-aided design and computer-based field data processing.
Bridge programmes' opportunities
If you already have a short-type degree in building, we also organize a bridge programme to the Master’s courses in Industrial Engineering - Surveyor. You will have direct access to the two years of Master with the success of a specific year within the bridge programme.
The job of surveyor
A man of the field and technical expert, this versatile engineer is closely associated with building engineers with whom they share the training. The surveyor’s areas of expertise are multiple and varied, their technical, legal and expertise skills lead them to work at all stages of building projects :
Field survey, drawing up of plans, boundary marking;
Management of legal and urban demands;
Setting up and monitoring of the artwork;
Real estate expertise, arbitration of disputes;
…
Job opportunities
Professional activity as a self-employed worker;
Large national and international building companies;
Design offices;
Site management ;
Administrations, public companies;
…
Student Mobility
Examples of end-of-study internships carried out abroad by Master’s students in Industrial Engineering.
