Honours BSc with Specialization in Biochemistry (biotechnology) / BASc in Chemical Engineering (biotechnology) with Biomedical Engineering Option |
189 |
Co-operative education is available with this program.
Requirements for this program have been modified. Please consult the 2008-2009 calendars for the previous requirements.
Compulsory first-year courses
| BIO1130 |
Introduction to Organismal Biology |
3,0 |
| BIO1140 |
Introduction to Cell Biology |
3,0 |
| CHG1125 |
Chemical Engineering Fundamentals1 |
3,0 |
| CHM1311 |
Principles of Chemistry |
3,0 |
| MAT1341 |
Introduction to Linear Algebra |
3,0 |
| PHY1121 |
Fundamentals of Physics I |
3,0 |
| PHY1122 |
Fundamentals of Physics II |
3,0 |
Compulsory second-year courses
| BCH2333 |
Introduction to Biochemistry |
3,0 |
| CHM2123 |
Laboratory of Organic Chemistry II |
3,0 |
| CHM2330 |
Physical chemistry: Introduction to the molecular properties of matter |
3,0 |
| ENG1112 |
Technical Report Writing |
3,0 |
| GNG1106 |
Fundamentals of Engineering Computation2 |
3,0 |
| MAT2377 |
Probability and Statistics for Engineers |
3,0 |
| MAT2384 |
Ordinary Differential Equations and Numerical Methods |
3,0 |
Compulsory third-year courses
| BCH3120 |
General Intermediary Metabolism |
3,0 |
| BCH3125 |
Protein Structure and Function |
3,0 |
| BCH3346 |
Biochemistry Laboratory II |
3,0 |
| BCH3356 |
Molecular Biology Laboratory |
3,0 |
| CHG2314 |
Heat Transfer Operations |
3,0 |
| CHG2317 |
Introduction to Chemical Process Analysis and Design |
3,0 |
| HIS2129 |
Technology, Society and Environment since 18003 |
3,0 |
or
| PHI2394 |
Scientific Thought and Social Values3 |
3,0 |
| MAT2322 |
Calculus III for Engineers |
3,0 |
Three credits of complementary studies electives
Compulsory fourth-year courses
| BCH4040 |
Projet de recherche - biochimie / Honours Research - Biochemistry4 |
9,0 |
| BCH4172 |
Topics in Biotechnology5 |
3,0 |
| BCH4932 |
Séminaire de Biochimie / Biochemistry Seminar5 |
3,0 |
or
| BCH4101 |
Human Genome Structure and Function |
3,0 |
| BCH4125 |
Cellular Regulation and Control |
3,0 |
| CHG3112 |
Process Synthesis, Design and Economics |
3,0 |
| CHG3122 |
Chemical Engineering Practice |
3,0 |
| CHG3127 |
Chemical Reaction Engineering |
3,0 |
| CHG3324 |
Fundamentals and Applications of Chemical Engineering Thermodynamics |
3,0 |
| CHG3326 |
Principles of Phase Equilibria and Chemical Reaction Equilibria |
3,0 |
| CHG3331 |
Application of Mathematical Methods to Chemical Engineering |
3,0 |
| CHG3337 |
Data Collection and Interpretation |
3,0 |
Compulsory fifth-year courses
| CHG4116 |
Chemical Engineering Laboratory |
3,0 |
or
Six credits of technical electives6
| CHG4305 |
Advanced Materials in Chemical Engineering |
3,0 |
| CHG4307 |
Clean Processes and Sustainable Development |
3,0 |
| CHG4343 |
Computer-Aided Design in Chemical Engineering |
3,0 |
| CHG4381 |
Introduction to Biochemical Engineering |
3,0 |
Three credits of technical electives6
Note(s)
| 1 | CHG1125 must be taken in first or second year; first year is recommended. |
| 2 | It is recommended that GNG1106 be taken in first or second year. |
| 3 | For a complete list of complementary studies electives, consult the Faculty of Engineering's website. |
| 4 | During the fourth year, the student must either do a research project(BCH4040), or take nine additionnal credits among the 3000 or 4000 level courses in biochemistry, biology, biopharmaceutical sciences, cellular and molecular medecine, chemistry, pharmacology, physiology, microbiology or immunology. The research project is highly recommended for students who intend to pursue a career in research, but a CGPA of 7.0 is required to be eligible for the project. This course runs from September to April. |
| 5 | This course runs from September to April. |
| 6 | Consult the list of technical electives for the Biomedical Engineering option in the regular Chemical Engineering program. |
