ChemiCal engineering @ mCgill… more than 100 years of exCellenCe!
A Complete & Strong grAduAte CurriCulum /
www.mcgill.ca/chemeng
diverSe CourSe offering / Competitive funding /
meng (thesis) - thesis-based masters (45 credits)12 credits of graduate coursework (500- and 600-level)2 x 1 credit safety courses (basic safety training and demo)6 credits for research proposal25 credits for research activities
meng (project) - Course-based masters (45 credits)6-12 credits for a research project33-39 credits of coursework 6-12 credits of research work with a Professor of theDepartment (requires his/her approval @ admission)
A) General option & B) Environmental Engineering option
phdSupervisor is selected at admissionA minimum of 2 ChE courses (500- and 600-level).2 x 1 credit safety courses (basic safety training and demonstration)PhD proposal must be written and defended during first year of registration
minimum Academic requirements for AdmissionCGPA > 3.0/4.0, CGPAlast2years > 3.2/4.0We accept students from all Engineering & Science disciplinesEnglish proficiency demonstration required (non-Canadians)
Possibility of Direct Admission into PhD program (from B.Eng.
Core ChE Courses (600-level)
CHEE611 Heat & Mass TransferCHEE621 ThermodynamicsCHEE631 Foundations of Fluid MechanicsCHEE641 Chemical Reaction EngineeringCHEE651 Advanced Biochemical ProcessesCHEE662 Computational MethodsCHEE672 Process Dynamics & Control
Advanced Specialized Courses (500-level)
CHEE510 Advanced Separation ProcessesCHEE515 Materials Surfaces: Biomimetic ApproachCHEE541 Electrochemical EngineeringCHEE543 Plasma EngineeringCHEE561 Introduction to Soft Tissue BiophysicsCHEE562 Engineering Principles of Physiological SystemsCHEE563 Biofluids & Cardiovascular MechanicsCHEE582 Polymer Science & EngineeringCHEE584 Polymer ProcessingCHEE585 Foundations of Soft MatterCHEE591 Environmental BioremediationCHEE592 Air Pollution ControlCHEE593 Industrial Water Pollution ControlCHEE595 Energy Recovery, Use & Impact
A) Without Scholarship: Minimum guaranteed funding: $16,500/yr (M.Eng.) $19,000/yr (Ph.D.)
B) MEng candidate (Canadian) with Tri-Council Scholarship (NSERC/FRQ_NT/CIHR Award + $7,000)/year
C) PhD Candidate (Canadian) with MEDA (Faculty Award) $24,000/year for 36 months
d) PhD Candidate (Canadian) with Tri-Council Scholarship $40,000/year for 36 months (NSERC CGS) $33,000/year for 36 months (NSERC PGS) $32,000/year for 36 months (FRQ_NT B2) (CIHR Award + $7,000)/year (CIHR)
Additional source: Teaching Assistantships (2x): ~5,000/year (max)
A mCgill grAduAte degree And So muCh more !
Sylvain Coulombe, ing., Ph.D. (McGill)Department ChairPlasma Processing, Materials, Energy
Viviane Yargeau, ing., Ph.D. (Sherbrooke)Wastewater Treatment, Contaminants of Concern
Reghan Hill, Ph.D. (Cornell)Colloids, Polymers, Soft Matter
Thomas Quinn, ing., Ph.D. (MIT)Biophysics, Tissue Engineering
Elizabeth Jones, Ph.D. (Caltech)Engineering Physiology
Dimitrios Berk, ing., Ph.D. (Calgary)Materials, Catalysis, Energy
Jean-Luc Meunier, ing., Ph.D. (INRS)Plasma Processing, Materials, Energy
Pierre-Luc Girard-Lauriault, Ph.D. (Poly. Montréal)Plasma Processing, Surface Engineering & Science
Phillip Servio, Ph.D. (UBC)Graduate Program DirectorGas Hydrates, Energy
Richard Leask, PEng, Ph.D. (Waterloo)Biomechanics, Biodegradation
Nathalie Tufenkji, ing., Ph.D. (Yale)Biocolloids, Surfaces
Milan Maric, PEng, Ph.D. (Minnesota)Polymers Science & Engineering
Alejandro Rey, ing., Ph.D. (Berkeley)Materials Modelling, Energy
Jeff Gostick, PEng, Ph.D. (Waterloo)Porous Materials, Energy
Sasha Omanovic, PEng, Ph.D. (Zagreb)Undergraduate Program DirectorElectrochemistry, Materials, Energy
Anne Kietzig, Ph.D. (UBC)Surface Engineering, Biomimetic Materials