Mechanical Engineering Technology (Diploma)

Total Credits:	87+
Credential:	Diploma in Mechanical Engineering Technology
Program Code:	MENG.DIP
CIP:	15.0805

Overview

The Mechanical Engineering Technology Diploma Program provides learners with the knowledge, skills and abilities for employment as Mechanical Engineering (ME) technologists within a broad array of industries.

Learners graduate with a strong foundation in science as applied to engineering design, development, implementation and maintenance of components and systems, as well as the processes and operations related to manufacturing and other industries.

Learners engage in hands on, applied learning opportunities in the program’s machine shop and engineering laboratories, and on computer controlled manufacturing equipment that provides graduates with skills and abilities that exceed national accreditation standards.

The program culminates in a capstone project where students work in teams to create, design, model, fabricate, assemble, test and document a mechanical project that is showcased and publicly demonstrated. Past projects include: underwater vehicles, manufacturing equipment, renewable energy products, transportation devices, and medical assistance products.

Career/Academic Advancement Opportunities

Upon graduation, ME technologists may apply their skills to: product design, testing and evaluation, research and development, manufacturing and sales. Specialized fields of employment include: materials testing, automation and packaging, instrumentation design and the implementation of CAD/CAM equipment in engineering departments. Graduates are qualified to work as technologists domestically and internationally.

Admissions

One of:

C in English 12
C in ENGL 091 and ENGL 093
C in ENGL 092
C in ENGL 103
C in ENGL 130
C in ENGL 142
C in ELD 092
C in ELD 097
C in ELD 103

One of:

C in Physics 12
C in Physics 12 Camosun Alternative

One of:

And one of:

C+ in Pre-calculus 12
C+ in MATH 097
C in MATH 107
C in MATH 115

Learning Outcomes

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

Apply the fundamentals of mechanical engineering to the design, analysis, manufacturing and testing of mechanical components, prototypes, processes, operations and systems
Prepare, analyze, evaluate, and modify mechanical engineering drawings and other related technical documents for the design of mechanical components, machines, processes and systems
Analyze and solve complex mechanical engineering problems by applying math, physics and the principles of mechanical engineering
Plan, implement, and evaluate quality control and quality assurance procedures to meet organizational requirements and standards
Apply knowledge of, and monitor compliance with, current legislation, standards, regulations and guidelines
Apply current practices of project management and business principles to applied science and mechanical engineering technology projects
Communicate clearly, concisely and correctly in spoken, written and visual forms that fulfill purposes and meet audience needs
Work effectively within and lead a team towards accomplishment of productive goals while supporting the dynamics and processes of the group

Curriculum

Year One

Academic Term One

All of:

ENGL 170 - Technical & Professional Communication 1 Credits: 3
MATH 191 - Applied Math for Civil/Mech 1 Credits: 3
MENG 131 - Fluid Power Credits: 3
MENG 141 - Manufacturing Processes 1 Credits: 3
MENG 171 - Engineering Materials Credits: 3
MENG 181 - Mechanical Control Programming Credits: 3

Academic Term Two

All of:

ECET 149 - Electricity and Machines Credits: 3
MATH 193 - Applied Math for Civil/Mech 2 Credits: 3
MENG 132 - Introduction to Fluid Mechanics Credits: 3
MENG 152 - Engineering Graphics and Modelling Credits: 3
MENG 162 - Building Systems Credits: 3
MENG 172 - Statics Credits: 3
CDEV WPS - Workplace Preparation Skills Credits: 0

Year Two

Academic Term Three

All of:

MENG 253 - Dynamics and Mechanics of Machines Credits: 3
MENG 263 - Fluids and Heat Transfer Credits: 3
MENG 273 - Strength of Materials Credits: 3
MENG 283 - Control Systems Credits: 3
MENG 293 - Project Management & Social Responsibility Credits: 3
PHYS 272 - Energy and Sustainability Credits: 3

Academic Term Four

All of:

ECET 248 - Electronics for Mechanical Credits: 3
MENG 244 - Manufacturing Processes 2/CAM Credits: 3
MENG 254 - Machine Design Credits: 3
MENG 264 - Thermodynamics Credits: 3
MENG 274 - Advanced Strength of Materials Credits: 3
MENG 284 - Robotics and Automation Credits: 3

Academic Term Five

All of:

ENGL 273 - Technical Communication Credits: 3
MENG 245 - Manufacturing Processes 3 & Quality Control Credits: 3
MENG 275 - Computational Modelling and Vibrations Credits: 3
MENG 295 - Project Planning and Design Credits: 6

Optional Program Credential Designation

Cooperative Education

Two of:

MENG 104 - Work Term 1 Credits: 6
MENG 204 - Work Term 2 Credits: 6
MENG 304 - Work Term 3 Credits: 6

Additional Information

Graduates of this program with a GPA of at least 5.0 (B) and no grade less than a “C” in any course are eligible to apply to a Camosun Engineering Bridge program which bridges to the third year of an engineering program at university to allow graduates to pursue an accredited bachelor degree in engineering. Acceptance to these programs is competitive. See the Engineering Bridge program descriptions for details.