UofC " This Is Now

Refer to 3.1 Admissions.

See also 4.1 First Year Curriculum Requirements Common to All Programs.

Chemical Engineering, Regular program

1. Applied Mathematics 307 Differential Equations for Engineers

2. Chemistry 357 Industrial Organic Chemistry for Engineers

3. Chemical Engineering 315 Chemical Engineering Process Calculation

4. Chemical Engineering 331 Process Fluid Dynamics

5. Engineering 311 Engineering Thermodynamics

6. Engineering 317 Mechanics of Solids

7. Engineering 319 Probability and Statistics for Engineers

8. Engineering 349 Dynamics

9. Science Option¹

10., 11. Complementary Studies Courses (two half-course equivalent)

Block Course - Chemical Engineering 101 Computing Tools H (32 hours)

Chemical Engineering, Minor in Petroleum Engineering

1. Applied Mathematics 307 Differential Equations for Engineers

2. Chemistry 357 Industrial Organic Chemistry for Engineers

3. Chemical Engineering 315 Chemical Engineering Process Calculation

4. Chemical Engineering 331 Process Fluid Dynamics

5. Engineering 311 Engineering Thermodynamics

6. Engineering 317 Mechanics of Solids

7. Engineering 319 Probability and Statistics for Engineers

8. Engineering 349 Dynamics

9. Petroleum Engineering 313 Flow in Porous Media

10. Geology 377 Petroleum Engineering Geology

11., 12. Complementary Studies Courses (two half-course equivalent)

Block Course - Chemical Engineering 101 Computing Tools H (32 hours)

Chemical Engineering, Biomedical Engineering Specialization

1. Applied Mathematics 307 Differential Equations for Engineers

2. Chemistry 357 Industrial Organic Chemistry for Engineers

3. Chemical Engineering 315 Chemical Engineering Process Calculation

4. Chemical Engineering 331 Process Fluid Dynamics

5. Engineering 311 Engineering Thermodynamics

6. Engineering 317 Mechanics of Solids

7. Engineering 319 Probability and Statistics for Engineers

8. Engineering 349 Dynamics

9. Biomedical Engineering 301 Introduction to Biomedical Engineering

10., 11. Complementary Studies Courses (two half-course equivalent)

12. Biomedical Engineering 309 Anatomy and Physiology for Engineers

Block Course - Chemical Engineering 101 Computing Tools H (32 hours)

Chemical Engineering, Energy and Environment Specialization

1. Applied Mathematics 307 Differential Equations for Engineers

2. Chemistry 357 Industrial Organic Chemistry for Engineers

3. Chemical Engineering 315 Chemical Engineering Process Calculation

4. Chemical Engineering 331 Process Fluid Dynamics

5. Engineering 311 Engineering Thermodynamics

6. Engineering 317 Mechanics of Solids

7. Engineering 319 Probability and Statistics for Engineers

8. Engineering 349 Dynamics

9. Chemistry 321 Environmental Chemistry

10.Complementary Studies Course (one half-course equivalent)

11. Energy and Environment, Engineering 355 Introduction to Energy and the Environment

Block Course - Chemical Engineering 101 Computing Tools H (32 hours)

¹The courses that are acceptable for the Science option include Physics 369, Geology 377, Biology 231 or 233, Chemistry 421 and Applied Mathematics 309. Other courses from the Faculty of Science may be substituted with approval of the student's department and the relevant department in the Faculty of Science.

Chemical Engineering, Regular program

1. Chemistry 409 Applied Chemistry and Chemical Pathways for Engineers

2. Chemical Engineering 401 Analyses of Chemical, Oil & Gas Engineering Processes

3. Chemical Engineering 403 Heat Transfer

4. Chemical Engineering 405 Separation Processes I

5. Chemical Engineering 421 Chemical Engineering Kinetics

6. Chemical Engineering 423 Chemical Engineering Process Development

7. Chemical Engineering 427 Chemical Engineering Thermodynamics

8. Chemical Engineering 429 Process Dynamics and Control¹

9. Engineering 407 Numerical Methods in Engineering

10. Technical Elective (one half-course equivalent)

11. Complementary Studies Course (one half-course equivalent)

Block Course - Chemical Engineering 106 Dynamic Simulation Workshop²

Chemical Engineering, Minor in Petroleum Engineering

1. Chemistry 409 Applied Chemistry and Chemical Pathways for Engineers

2. Chemical Engineering 401 Analyses of Chemical, Oil & Gas Engineering Processes

3. Chemical Engineering 403 Heat Transfer

4. Chemical Engineering 405 Separation Processes I

5. Chemical Engineering 421 Chemical Engineering Kinetics

6. Chemical Engineering 423 Chemical Engineering Process Development

7. Chemical Engineering 427 Chemical Engineering Thermodynamics

8. Chemical Engineering 429 Process Dynamics and Control¹

9. Engineering 407 Numerical Methods in Engineering

10. Petroleum Engineering 429 Reservoir Engineering

11. Technical Elective (one half-course equivalent)

12. Complementary Studies Course (one half-course equivalent)

Block Course - Chemical Engineering 106 Dynamic Simulation Workshop²

Chemical Engineering, Biomedical Engineering Specialization

1. Chemistry 409 Applied Chemistry and Chemical Pathways for Engineers

2. Chemical Engineering 401 Analyses of Chemical, Oil & Gas Engineering Processes

3. Chemical Engineering 403 Heat Transfer

4. Chemical Engineering 405 Separation Processes I

5. Chemical Engineering 421 Chemical Engineering Kinetics

6. Chemical Engineering 423 Chemical Engineering Process Development

7. Chemical Engineering 427 Chemical Engineering Thermodynamics

8. Chemical Engineering 429 Process Dynamics and Control¹

9. Engineering 407 Numerical Methods in Engineering

10., 11. Complementary Studies Courses (two half-course equivalents)

12. Biomedical Engineering 401 Fundamentals of Biomedical Device Design

Block Course - Chemical Engineering 106 Dynamic Simulation Workshop²

Chemical Engineering, Energy and Environment Specialization

1. Chemistry 409 Applied Chemistry and Chemical Pathways for Engineers

2. Chemical Engineering 401 Analyses of Chemical, Oil & Gas Engineering Processes

3. Chemical Engineering 403 Heat Transfer

4. Chemical Engineering 405 Separation Processes I

5. Chemical Engineering 421 Chemical Engineering Kinetics

6. Chemical Engineering 423 Chemical Engineering Process Development

7. Chemical Engineering 427 Chemical Engineering Thermodynamics

8. Chemical Engineering 429 Process Dynamics and Control¹

9. Engineering 407 Numerical Methods in Engineering

11. Energy Management 301 Canadian Energy Management and Regulation

12. Energy and Environment, Engineering Technical Electives (one half-course equivalent)

Block Course - Chemical Engineering 106 Dynamic Simulation Workshop²

Chemical Engineering, Regular program

1. Chemistry 579 Surface and Colloid Chemistry for Engineers

2. Chemical Engineering 501 Transport Phenomena

3. Chemical Engineering 505 Separation Processes II

4. Chemical Engineering 511 Chemical Process Design I

5. Chemical Engineering 531 Chemical Process Design II

6. Chemical Engineering 551 Chemical Engineering Laboratory

7. Engineering 513 The Role and Responsibilities of the Professional Engineer in Society

8., 9. Technical Electives (two half-course equivalents)

10. Complementary Studies Course (one half-course equivalent)

Block Course - Chemical Engineering 106 Dynamic Simulation Workshop²

Chemical Engineering, Minor in Petroleum Engineering

1. Chemistry 579 Surface and Colloid Chemistry for Engineers

2. Chemical Engineering 501 Transport Phenomena

3. Chemical Engineering 505 Separation Processes II

4. Engineering 513 The Role and Responsibilities of the Professional Engineer in Society

5. Petroleum Engineering 511 Design for Oil & Gas Engineering I

6. Petroleum Engineering 531 Design for Oil & Gas Engineering II

7. Petroleum Engineering 551 Petroleum Engineering Laboratory

8., 9. Technical Electives (two half-course equivalents)

10. Complementary Studies Course (one half-course equivalent)

Block Course - Chemical Engineering 106 Dynamic Simulation Workshop²

Chemical Engineering, Biomedical Engineering Specialization

1. Chemical Engineering 501 Transport Phenomena

2. Chemical Engineering 505 Separation Processes II

3. Biomedical Engineering Technical Elective

4. Chemical Engineering 511 Chemical Process Design I

5. Chemical Engineering 531 Chemical Process Design II

6. - 8. Biomedical Engineering 500 Biomedical Engineering Research Thesis (three half-course equivalents)

or

6. Biomedical Engineering 501 Biomedical Engineering Project (one half-course equivalent)

7., 8. Biomedical Engineering Technical Electives or Chemical and Petroleum Engineering Technical Electives or Chemical Engineering 551 or Chemistry 579 (two half-course equivalents)

9. Engineering 513 The Role and Responsibilities of the Professional Engineer in Society

10. Biomedical Engineering Technical Elective

Block Course - Chemical Engineering 106 Dynamic Simulation Workshop²

Chemical Engineering, Energy and Environment Specialization

1. Chemistry 579 Surface and Colloid Chemistry for Engineers

2. Chemical Engineering 501 Transport Phenomena

3. Chemical Engineering 505 Separation Processes II

4. Chemical Engineering 511 Chemical Process Design I

5. Chemical Engineering 531 Chemical Process Design II

6. Chemical Engineering 551 Chemical Engineering Laboratory

7. Engineering 513 The Role and Responsibilities of the Professional Engineer in Society

8. Science 529 Project Course in Sustainable Energy, Environment and Economy

9., 10. Energy and Environment Engineering Technical Electives (two half course equivalents)

11. Complementary Studies Course (one half-course equivalent)

Block Course - Chemical Engineering 106 Dynamic Simulation Workshop²

Notes:

1. In 2011/2012 the Process Dynamics and Control course requirement was moved from fourth year to third year. Students who have not successfully completed Chemical Engineering 429 or Chemical Engineering 529 by April 2012 will be required to complete Chemical Engineering 429 Process Dynamics and Control as part of their fourth year program.

2. In 2011/2012, Chemical Engineering 106 Dynamic Simulation Workshop was moved from fourth year to third year. Students who have not successfully completed Chemical Engineering 106 Dynamic Simulation Workshop by the end of third year will be required to complete it as part of their fourth year program.

At least two of the technical electives in all Chemical Engineering programs must be "core" electives which are noted with asterisks in the following list:

Biomedical Engineering 511 Biomaterials and Biocompatibility*

Biomedical Engineering 515 Bioengineering Methods in Systems Biology and Physiology*

Chemical Engineering 503 Upgrading and Refining Processes

Chemical Engineering 519 Special Topics

Chemical Engineering 535 Principles of Biochemical Engineering*

Chemical Engineering 537 Computational Thermodynamics*

Chemical Engineering 539 Polymer Engineering*

Chemical Engineering 541 Introduction to Cell and Tissue Engineering*

Energy and Environment, Engineering 501 Pollution Prevention and Control for Energy Industry*

Energy and Environment, Engineering 503 Life Cycle Assessment*

Energy and Environment, Engineering 505 Effluent Treatment Processes for Energy Industry*

Petroleum Engineering 507 Well Logging and Formation Evaluation*

Petroleum Engineering 509 Well Testing*

Petroleum Engineering 513 Flow in Porous Media*

Petroleum Engineering 515 Drilling and Well Completions*

Petroleum Engineering 523 Introduction to Reservoir Engineering*

Petroleum Engineering 525 Waterflooding and Enhanced Oil Recovery*

Petroleum Engineering 533 Petroleum Production Engineering*

Petroleum Engineering 543 Geological Characterization of Oil & Gas Reservoirs*

Petroleum Engineering 561 Fuel Science and Technology

Petroleum Engineering 563 Materials Aspects of Oil & Gas Production

Petroleum Engineering 571 Unconventional Oil Exploitation

Petroleum Engineering 573 Unconventional Gas Exploitation

Note: All technical electives may not be offered each year.