First Term
Total credits: 15.00
Required:
CHEM 101 Fundamentals of Chemistry 4.00 credits
ENGL 100 University Writing Strategies 3.00 credits
MATH 105 Precalculus Mathematics - Modelling Our World 4.00 credits
PHYS 104 Principles of Physics 4.00 credits
Second Term
Total credits: 19.00
Required:
APSC 130 Technical Drafting and Computer-Aided Design 3.00 credits
COMP 120 Computer Science for Engineers 4.00 credits
MATH 116 Calculus I for Physical Sciences and Engineering 4.00 credits
PHYS 114 Fundamental Physics I 4.00 credits
Choose 4.00 credits from the following list:
Students choosing CHEM 110 must also take CHEM 111 in order to satisfy the chemistry requirements for this program. CHEM 111 should be taken in the summer between the second and third terms for an additional 4.00 credits towards this credential (71.00 credits total). Note: CHEM 154 may not be offered in the Spring term.
CHEM 110 Bonding and Structure 4.00 credits
CHEM 154 Chemical Principles for Engineers 4.00 credits
Third Term
Total credits: 18.00
Required:
APSC 120 Introduction to Engineering 1.00 credits
APSC 140 Engineering Design 3.00 credits
MATH 126 Calculus II for Physical Sciences and Engineering 3.00 credits
MATH 252 Linear Algebra and Differential Equations 4.00 credits
PHYS 115 Fundamental Physics II 4.00 credits
PHYS 116 Fundamental Physics III 3.00 credits
Fourth Term
Total credits: 15.00
Required:
Note: the science credits below can be satisfied by any BIOL, COMP, CHEM, MATH, PHYS, or STAT course offered by the School of STEM.
APSC 120 Introduction to Engineering cont’d
CMNS 250 Introduction to Technical Writing 3.00 credits
Arts Elective 100-level or higher 3.00 credits
Science 200-level 3.00 credits
Choose 6.00 credits from the following list:
100-level or higher elective 3.00 credits
Arts Elective 100-level or higher 3.00 credits
Science 200-level 3.00 credits
Total program credits: 67.00
ADDITIONAL INFORMATION
Continuation Requirement: For continuation in the Engineering Transition program the student must normally satisfy all of the following requirements: complete the prerequisite for MATH 116 in the First Term; complete the prerequisite for MATH 126 prior to the start of the Third Term; maintain a minimum CGPA of 1.8; be able to complete all program requirements within two consecutive academic years (First Term to Fourth Term).
Graduation Requirement: To be eligible for graduation, all program requirements must normally be completed within two consecutive academic years.
Learning outcomes
Demonstrate an understanding of the scientific method and to be able to apply it critically to solve problems.
Demonstrate proper laboratory techniques, including the use of appropriate equipment and instrumentation.
Develop original designs to solve engineering problems.
Collect, analyze, and interpret laboratory data, draw sound conclusions and then effectively communicate the results.
Demonstrate an ability to work well independently and in groups.
Engage in informed debate on topics related to technology.
Effectively apply scientific concepts towards subsequent cour
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