Electrical Engineering Technology - Marine & Industrial (Diploma)

Total Credits:	85.5+
Credential:	Diploma in Electrical Engineering Technology - Marine and Industrial
Program Code:	EENG.MI.DIP
CIP:	15.0303

Overview

The Electrical Engineering Technology - Marine & Industrial program has been designed to prepare graduates for employment in the Marine Sector and in the general Industrial Electrical field. This program shares the first year of the Electronics and Computer Engineering Technology - Renewable Energy program.

Within the first year, students will learn the fundamental theories and skills necessary to proceed to more advanced industry-specific topics. In the second year of the program, topics such as Electric Machines, Power Distribution, Control Theory, and others related to the electrical technology field will be presented. In addition, topics related to the marine sector will be introduced.

Students participate in and integrate their learning through a range of learning experiences including in class and project based learning. In the final semester of the program, students consolidate their learning in applied research and project management courses.

Career Opportunities

Computer-aided design (CAD)
Fundamental analog and digital circuit design
Design and implementation of programmable logic controller (PLC) control systems
Analysis, monitoring, control and design of complex electrical systems
Communications systems design and installation
Marine electrical propulsion systems
Technical and sales support in the electrical technology field

Admissions

One of:

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

And one of:

C in Physics 11
C in Physics 11 Camosun Alternative
C in PHYS 151

Learning Outcomes

At the completion of the program, students will be able to:

Apply engineering, mathematical and scientific theoretical knowledge to the design, modification, construction, implementation and testing of electrical systems, circuits, equipment and PLCs.
Demonstrate knowledge of fundamental electrical systems, communication systems and environmental issues in marine systems.
Apply technical skills to design, construct, modify, and test electrical systems, circuits, equipment and PLCs.
Analyze, troubleshoot, and solve technical problems related to electrical systems, circuits and equipment by applying advanced principles of engineering, mathematics and science.
Conduct all work in compliance with relevant standards, regulations, codes, and safety practices.
Apply the basic principles of project management to the development and completion of electrical engineering projects.
Communicate clearly, concisely, and effectively in spoken, written and visual forms appropriate to audience purpose and needs.
Use interpersonal and intercultural skills to support and promote effective collaboration and communication with colleagues, team members, and employers.
Demonstrate professional and ethical conduct as an electrical engineering technologist.

Curriculum

Year One

Academic Term One

All of:

ECET 130 - Engineering Applications in C Credits: 3
ECET 140 - Circuit Fundamentals Credits: 3
ECET 161 - Digital Electronics 1 Credits: 3
ECET 190 - Electronics Project Credits: 3
ENGL 170 - Technical & Professional Communication 1 Credits: 3
MATH 166 - Applied Math for Electronics 1 Credits: 3

Academic Term Two

All of:

CDEV WPS - Workplace Preparation Skills Credits: 0
ECET 120 - Renewable Energy Systems Credits: 3
ECET 141 - Analog Devices Credits: 3
ECET 162 - Digital Electronics 2 Credits: 3
ECET 165 - Embedded Microcontrollers Credits: 3
MATH 168 - Applied Math for Electronics 2 Credits: 3
PHYS 157 - Physics for Electronics Credits: 3

Year Two

Academic Term Three

All of:

ECET 232 - Electrical Engineering CAD Credits: 3
ECET 233 - Industrial Data Communication Networks Credits: 3
ECET 234 - Programmable Logic Controller Control 1 Credits: 3
ECET 243 - Electrical Distribution Systems Credits: 3
ECET 244 - Electric Machines Credits: 3
ECET 281 - System Dynamics Credits: 3

Academic Term Four

All of:

ECET 222 - Marine Engineering Technology Credits: 3
ECET 235 - Programmable Logic Controller Control 2 Credits: 3
ECET 245 - Electrical Drive Systems Credits: 3
ECET 246 - Control Systems Credits: 3
ECET 247 - Electrical Power Systems Credits: 3
ECET 252 - Marine Communications Credits: 3

Year Three

Academic Term Five

All of:

ECET 290 - Applied Research Project Credits: 6
ECET 291 - Engineering Project Management Credits: 1.5
ECET 293 - Industrial Systems Design Credits: 3
ENGL 273 - Technical Communication Credits: 3

Optional Program Credential Designation

Cooperative Education

Two of:

ECET 104 - Work Term 1 Credits: 6
ECET 204 - Work Term 2 Credits: 6
ECET 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.