📖Program Curriculum
Compulsory courses (9 credits)
Students must complete the following two activities (nine credits):
DIG6990 Doctoral examination (6 credits)
DIG6993 PhD seminar
Optional courses (9 credits)
Students must complete three of the following courses (nine credits):
Industrial Engineering
DIG6973 Special topics
GIA6088 Deployment and management of continuous improvement in manufacturing. and services
MIG6801 Systems analysis
MIG6901 Advanced optimization
Mechanical Engineering
DIG6960 Numerical methods in fluid mechanics and heat transfer
DIG6974 Characterization of materials
DIG6978 Advanced Mechanical Vibration
DIG6983 Special Topics II
INF6911 Neural networks
MIG6832 Energy analysis of systems
MIG6833 Advanced solid mechanics
MIG6835 Assembly processes
MIG6843 Advanced digital communication systems
MIG6852 Material shaping technologies
MIG6853 Composite materials
MIG6854 Corrosion and degradation of materials
MIG6905 Finite element method and numerical simulation
Research credits (72 credits)
To successfully complete the program, students must carry out research work counting for 72 credits.
RESEARCH WORK
Thesis (72 credits)
The thesis constitutes an original and autonomous research work, contributing to the advancement of theoretical and applied knowledge, and to developments in the field of engineering of physical systems and industrial processes. The student is strongly encouraged to produce at least one article in a peer-reviewed scientific journal.
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