Compulsory courses (3 credits)
The student must complete the following course:
GIA6036 Research Methodology
Optional courses (6 to 12 credits)
Depending on the number of concentration courses taken, the student may choose up to six credits from other graduate activities, with the approval of the program director. The research supervisor may require up to two complementary courses from the student in order to perfect his knowledge in relation to his research topic.
ERN6004 Ergonomic design of tasks and workstations
ERN6005 Cognitive ergonomics and interface design
GAE6010 Management of technology implementation projects
GAE6011 Enterprise Integrated Management System
GIA6010 Evaluation and control of physical agents in the workplace
GIA6022 Assessment of air quality in the workplace
GIA6025 Technical aspects of security
GIA6028 Thermal stress, ventilation and personal protection
GIA6029 Occupational health and safety legislation and management
GIA6030 Organizational aspects and task analysis in the prevention of acc. work
GIA6034 Modeling of production systems
GIA6035 Automated design and production
GIA6040 Application problems in industrial engineering
GIA6055 Special Topics I
GIA6056 Special Topics II
GIA6057 Design of experiments and process optimization
GIA6058 System optimization
GIA6060 Machine risk and safety analysis
GIA6061 Advanced simulation techniques
GIA6073 Research activities in industrial engineering
GIA6077 Asset management and optimization of reliability and maintenance systems
GIA6087 Digital Transformation of Smart Enterprises
GIA6088 Deployment and management of continuous improvement in manufacturing. and services
MBA6010 supply chain management
ROP6001 Advanced Operations Research
Complementary courses (0 to 6 credits)
Depending on the number of optional courses taken, the student can choose up to two complementary courses (6 credits).
Research credits (30 credits)
To succeed in his program, the student must carry out research work counting for 30 credits.
RESEARCH WORK
The dissertation covers tutorials in the field of engineering and deals with a fundamental or applied aspect. The work carried out may be of an exploratory, analytical, descriptive or experimental nature. The dissertation is supervised by one of the professors involved in the program.
The dissertation counts for 30 credits.
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