Department Description
The major areas of specialization are in manufacturing, control, process engineering and energy systems. Activities include CAE, Facilities design, Quality control, Performance evaluation of manufacturing systems, Fatigue analysis, Vibration and noise analysis, Design and manufacturing of pressure vessels, Non-linear dynamics fracture mechanics, Modeling/simulation/ design/ implementation of robotic human powered , Sensor-based motion planning, Optimal control, Artificial Neural networks, Virtual reality, Artificial/Computational sapiens (wisdom), Metabotics, Greenhouse gas technology control including Solubility of gases in liquids, PVT studies, Mass transfer with chemical reactions, Kinetics, Corrosion and degradation, Calorimetry, Physical and transport properties measurements, Pilot plant design and operations, Fuel cells, Biomass, Modeling and simulation of industrial systems, Renewable energy studies dealing with wind and solar energies.
Programs
Master of Applied Science - Thesis (30 credit hours)
The Master of Applied Science is a research oriented program with a thesis requirement.
ENIN 8xx |
3 cr hrs |
ENIN 8xx |
3 cr hrs |
ENxx 8xx |
3 cr hrs |
ENxx or related discipline 8xx |
3 cr hrs |
ENxx 3xx-8xx |
3 cr hrs |
ENGG 900 |
0 cr hrs |
ENIN 901 |
15 cr hrs |
TOTAL |
30 cr hrs |
Master of Engineering - Project (30 credit hours)
The Master of Engineering degree program with a project report attracts practicing engineers. It complements the Graduate Cooperative Education Program, which seeks to integrate the academic experience with professional, on-the-job experience to facilitate professional development.
ENIN 8xx |
3 cr hrs |
ENIN 8xx |
3 cr hrs |
ENGG 8xx |
3 cr hrs |
ENGG 8xx |
3 cr hrs |
ENxx 8xx |
3 cr hrs |
ENxx 8xx or related discipline |
3 cr hrs |
ENxx 3xx-8xx or related discpline |
3 cr hrs |
ENGG 701 |
1 cr hr |
ENGG 702 |
1 cr hr |
ENGG 703 |
1 cr hr |
ENIN 902 (over 2 semesters at 3 cr hrs each) |
6 cr hrs |
TOTAL |
30 cr hrs |
Courses
ENIN 800 Mechanical Behaviour of Materials (3)
Elastic, inelastic and plastic properties of single crystals and polycrystalline aggregates. Relationship between deformation in single crystals and polycrystals. Theories of work hardening, strengthening mechanisms, dislocation theory. Microscopic aspects of ductile and brittle fracture.