Engineering Transfer - First Year Engineering (Certificate)

Total Credits:	42
Credential:	Certificate in Engineering Transfer (First Year Engineering)
Program Code:	ENGTR.CERT
CIP:	14.0102

Overview

Students gain a solid foundation in first year sciences and academic writing alongside an introduction to engineering mechanics and project design. Through engineering career investigation and interactions with student colleagues and engineering professionals, students will be encouraged to develop their aspirations as members of an engineering community.

Opportunities for Academic Advancement

Camosun College is a signatory to the BC Common First-Year Engineering Curriculum (BC CFYEC). The Camosun Engineering Transfer Certificate program prepares students for second-year engineering studies at the University of Victoria (UVic). Additionally, it equips students for entry into second-year engineering programs, through established pathways, at Simon Fraser University (SFU), Thompson Rivers University (TRU), the University of British Columbia-Vancouver (UBC-V), the University of British Columbia-Okanagan (UBC-O), and the University of Northern British Columbia (UNBC).

Admissions

One of:

C+ in English 12
C in English 12 Camosun Alternative

One of:

C in Physics 12
C in Physics 12 Camosun Alternative

And one of:

C in Chemistry 11
C in Chemistry 11 Camosun Alternative

Note: B or higher in Physics 12 is strongly recommended.

Learning Outcomes

Upon successful completion of this program, the learner will be able to

Apply a foundational knowledge of mathematics, computer programming, chemistry, and physics to engineering studies
Produce and professionally present research-supported academic and technical reports for specific audiences and purposes
Solve basic engineering mechanics problems related to distributed loads, equilibrium, and the analysis of statically determinate structures, including beams and simple trusses
Solve fundamental dynamics problems involving force and acceleration
Describe the engineer’s role in society with regards to safety, professionalism, sustainability, and risk management
Follow a structured process to design a system comprised of electrical, mechanical, computer, and software subsystems
Work effectively in a team to successfully accomplish a design project

Curriculum

Year One

Academic Term One

All of:

APSC 110 - ENGTR Seminar 1 Credits: 1.5
CHEM 150 - Engineering Chemistry Credits: 3 *
COMP 166 - Programming 1 for Engineers Credits: 3 **
ENGL 151 - Academic Writing Strategies Credits: 3
MATH 100 - Calculus 1 Credits: 3
PHYS 140 - Physics for Scientists and Engineers 1 Credits: 3

Academic Term Two

All of:

APSC 112 - ENGTR Seminar 2 Credits: 1.5
ENGL 251 - Advanced Communication Credits: 3
MATH 101 - Calculus 2 Credits: 3
MATH 251 - Matrix Algebra for Engineers Credits: 3 ***
PHYS 141 - Physics for Scientists and Engineers 2 Credits: 3

One of:

COMP 139 - Applied Computer Programming Credits: 3 ****
STAT 218 - Intro to Probability and Statistics 1 Credits: 3

Academic Term Three

All of:

ENGR 175 - Engineering Mechanics Credits: 3
ENGR 193 - Intro to the Engineering Profession Credits: 3
ENGR 194 - Intro to the Engineering Design Process Credits: 3

Note:

* CHEM 150 is the preferred option for Engineering Transfer students. Students may substitute CHEM 120 .

** COMP 166 is the preferred option for Engineering Transfer students. Students may substitute COMP 132 .

*** MATH 251 is the preferred option for Engineering Transfer students. Students may substitute MATH 125 .

**** Students targeting the Bachelor of Software Engineering (BSEng) program at UVic should take COMP 139 in the Winter. Students targeting the Bachelor of Engineering (BEng) program at UVic have a choice of taking COMP 139 or STAT 218 in the Winter.

Program Completion Requirements

A “C” or higher in each course and a minimum GPA of 3.0 (C+) overall is required.

Additional Information

The Engineering Transfer courses satisfy the entrance requirement into second-year engineering at the University of Victoria and guarantee students a seat in second-year engineering, though not necessarily in their preferred engineering discipline. UVic has competitive entry into some second-year engineering programs (e.g. Mechanical, Civil and Biomedical Engineering) as demand typically exceeds the available space. UVic students and transfer students are evaluated equally and seats are offered based on GPA.
The Engineering Transfer program courses are aligned with the BC Common First Year Engineering Curriculum (CFYERC), which means the graduates of this program can transfer to UVic, UBC-V, UBC-O, SFU, UNBC, and TRU, through established pathways. Note that admission to some of the universities and/or majors is competitive.
Students should consult Academic Advising regarding transfer pathways.