Chair of Undergraduate Studies: K.B.McAuley
Office: Dupuis Hall, Room 201
Telephone: (613) 533-6000 Ext. 74829
Email:undergrad@chee.queensu.ca
Departmental Web Site: http://www.chemeng.queensu.ca
The second year of the Chemical Engineering program introduces students to fundamental chemical engineering concepts, while strengthening knowledge in chemistry and mathematics. Students gain hands-on experience with chemical process equipment in laboratory courses, which begin in second year and continue through the fourth year. Specialization in areas such as biochemical engineering, environmental engineering and computer process control begins in third year. Business skills (effective communication, process economics and project management) are developed in both third and fourth years. Multidisciplinary projects in the fourth year are aimed at solving industrial problems, which are posed and supervised by practicing engineers from manufacturing and consulting organizations. F 36-12-14
Chemical Engineering Curriculum
| CHEM 272 |
Analytical Chemistry (Spring) |
3 wks 30-35-0 | 65 |
Second Year
| CHEE 209 |
Analysis of Process Data |
F 36-0-6 | 42 |
| CHEE 221 |
Chemical Processes and Systems |
F 36-0-6 | 42 |
| CHEM 244 |
Thermodynamic Properties of Fluids |
F 36-12-14 | 62 |
| MATH 226 |
Ordinary Differential Equations |
F 36-0-0 | 36 |
| CHEM 261 |
Inorganic Chemistry |
W 36-18-0 | 54 |
| CHEM 288 |
Organic Chemistry |
FW 72-36-0 | 108 |
| CHEE 218 |
Laboratory Projects I |
W 12-36-0 | 48 |
| CHEE 222 |
Process Dynamics and Numerical Methods |
W 36-0-6 | 42 |
| CHEE 223 |
Fluid Mechanics |
W 36-0-6 | 42 |
|
Complementary Studies, List A, B or C* |
F/W | 30 |
|
MINIMUM TOTAL UNITS |
|
571 |
Third Year
| CHEE 311 |
Phase and Reaction Equilibrium |
F 36-0-6 | 42 |
| CHEE 318 |
Heat Transfer |
F 36-0-6 | 42 |
| CHEE 321 |
Chemical Reaction Engineering |
F 36-0-6 | 42 |
| CHEE 301 |
Technical Communication |
W 12-0-24 | 36 |
| CHEE 315 |
Laboratory Projects II |
W 12-36-0 | 48 |
| CHEE 317 |
Mass Transfer Operations |
W 36-0-6 | 42 |
| CHEE 319 |
Process Dynamics and Control |
W 36-0-6 | 42 |
| CHEE 370 |
Waste Treatment Processes |
W 36-0-6 | 42 |
|
Technical Electives (Minimum)* |
F/W | 108 |
|
MINIMUM TOTAL UNITS |
|
444 |
Fourth Year
* Students are free to take these courses at any time in their program that suits their interests, workloads and schedules
Students can choose Technical Elective courses from Group A and B described below. The requirements are as follows:
Science '05 students must take a minimum of 216 units of which 108 must be taken from Group A.
Science '04 students must take a minimum of 270 units of which 108 must be from Group A. All students must take a chemistry elective. They can either take CHEE 323 from the Group A list, or any course from the “Applied Chemistry” list in Group B to satisfy this requirement.
Science '02 and '03 students must take a minimum of 234 units of which 72 must be taken from Group A. All students must take a chemistry elective. They can either take CHEE 323 from the Group A list, or any course from the "Applied Chemistry" list in Group B to satisfy this requirement.
NOTE: Some courses are only offered in alternate years, and some courses carry prerequisites.
Technical Elective Courses - Group A
Environmental, Biochemical And Biomedical Engineering
| CHEE 342 |
Environmental Biotechnology |
F 36-0-6 | 42 |
| CHEE 380 |
Introductory Biochemical Engineering |
W 36-0-6 | 42 |
| CHEE 440 |
Pharmaceutical Technology |
W 36-0-6 | 42 |
| CHEE 481 |
Air Quality Management |
W 36-0-0 | 36 |
| CHEE 484 |
Bioremediation |
W 36-0-6 | 42 |
Applied Chemistry And Materials
| CHEE 323 |
Industrial Catalysis |
W 36-0-6 | 42 |
| CHEE 390 |
Polymer Formulations & Processing Technology |
F 36-0-6 | 42 |
| CHEM 490 |
Microcomputer Interface Techniques |
F 36-18-0 | 54 |
| MECH 271 |
Materials and Science Engineering |
F 36-0-0 | 36 |
Process Automation And Applied Mathematics
| CHEE 434 |
Process Control II |
F 36-0-6 | 42 |
| CHEE 436 |
System Identification |
W 36-0-6 | 42 |
General
| CHEE 421 |
Research Project |
F/W 12-54-0 | 66 |
Technical Elective Courses - Group B
Students may select one of the three areas of specialization shown below, or may choose to broaden their background by selecting courses from more than one area. Students may also take courses that are not on this list, but special permission is required.
Environmental And Biochemical
| BIOL 101 |
Introduction to Biology |
FW 24-18-0 | 84 |
| CHEM 326 |
Survey of Environmental Chemistry |
F 36-0-0 | 36 |
| CHEM 426 |
Topics in Environmental Chemistry |
W 36-0-0 | 36 |
| CHEM 478 |
Environmental Analytical Chemistry |
W 36-0-0 | 36 |
| CIVL 283 |
Environmental Engineering |
F 36-0-6 | 42 |
| CIVL 480 |
Subsurface Contamination by Hazardous Industrial Liquids |
F 36-0-6 | 42 |
| GEOL 433 |
Hydrogeology |
F 24-18-0 | 42 |
| GEOL 445 |
Site Investigation and Case Histories |
F 36-0-6 | 42 |
| MECH 482 |
Noise Control |
W 36-0-6 | 42 |
| MICR 229 |
Fundamental Microbiology |
W 36-9-0 | 45 |
Applied Chemistry
| CHEM 261 |
Inorganic Chemistry I |
W 36-18-0 | 54 |
| CHEM 267 |
Inorganic Chemistry I (without lab) |
W 36-0-0 | 36 |
| CHEM 326 |
Survey of Environmental Chemistry |
F 36-0-0 | 36 |
| CHEM 343 |
Spectroscopy and Sensors |
W 36-6-0 | 42 |
| CHEM 346 |
Quantum Mechanics and Molecular Simulation |
F 36-0-6 | 42 |
| CHEM 347 |
Surface and Colloid Chemistry (without lab) |
F 36-0-0 | 36 |
| CHEM 348 |
Surface and Colloid Chemistry |
F 36-18-0 | 54 |
| CHEM 381 |
Intermediate Organic Chemistry: Synthesis and Reactions |
F 24-36-0 | 60 |
| CHEM 384 |
Physical Organic Chemistry |
W 36-0-0 | 36 |
| CHEM 388 |
Organic Chemistry |
W 36-18-0 | 54 |
| CHEM 426 |
Topics in Environmental Chemistry |
W 36-0-0 | 36 |
| CHEM 450 |
Polymer Chemistry |
F 36-0-0 | 36 |
| CHEM 459 |
Polymer Structure, Properties and Applications |
W 36-0-0 | 36 |
| CHEM 478 |
Environmental Analytical Chemistry |
W 36-0-0 | 36 |
| CHEM 480 |
Advanced Organic Synthesis |
W 36-0-0 | 36 |
Applied Mathematics And Statistics
| MATH 227 |
Vector Analysis |
F 36-0-0 | 36 |
| MATH 337 |
Introduction to Operations Research Models |
F 36-0-0 | 36 |
| STAT 464 |
Discrete Time Series Analysis |
W 36-0-0 | 36 |
Complementary Studies
The minimum required Complementary Studies component for this program is 273 AU. This total includes Engineering Economics (CHEE 410) and Communications (CHEE 301) in the core program. In addition, students complete 42 AU of Linkage and Professional Issues normally taken in the first Year (APSC 190), and 102 AU chosen from approved Lists A, B or C, of which at least 72 AU must be taken from List A (refer to the Complementary Studies section of this Calendar for the approved lists).