Industrial Engineering Technologists rely on strong technical ability, good business judgment, and superior people skills to improve profitability, productivity, quality and safety in the production and service sectors. This unique combination of skills makes graduates attractive to employers in a wide variety of industries including oil and gas, energy, mining, manufacturing, food processing, fabrication, construction, government, consulting, and health care.
ACCREDITATION
This program is accredited by the Canadian Technology Accreditation Board under the mandate of the Canadian Council of Technicians and Technologists.
Graduates completing this program are automatically eligible to apply for membership in the Association of Engineering Technicians and Technologists of Newfoundland and Labrador (AETTNL), as well as any similar association in Canada.
Upon completion of this program graduates may choose to further their education by completing a bachelor degree in technology or engineering at one of several institutions that have articulation agreements with College of the North Atlantic.
This program is also a CEWIL (Co-operative Education and Work-integrated Learning) accredited program.
OBJECTIVES
As an industrial engineering technologist, the graduate will have the knowledge and skill that will allow him/her to:
- Analyze engineering and business processes, using industrial engineering principles, to improve productivity.
- Optimize process designs that are both safe and productive while ensuring quality standards are met at minimal cost.
- Plan and control projects using project and cost management techniques and superior documentation and communication skills.
- Employ problem solving and management strategies that are fundamental to success in various industry and business settings.
- Create quality assurance / quality control procedures, in an industrial environment, to improve the effectiveness of the business.
- Formulate efficiency improvement plans using lean manufacturing techniques.
CURRICULUM
General education consisting of Communication Skills, Mathematics, Physics, Chemistry, Electrotechnology, Computers, and Engineering Graphics (CAD).
Specific education in engineering technology consisting of computer based analysis and design, materials science, machine design, business management, project management and control, and supply chain management.
Practical education employing labs and shops focused on industrial engineering technology such as ergonomics, work measurement, plant layout, facility planning, production planning, and computer integrated manufacturing.
Work exposure consisting of field experience, gained from compensated work terms, in the field of industrial engineering.
CAREER OPPORTUNITIES
Graduates of this program may obtain employment in a wide variety of industries. Previous graduates have been successful in obtaining employment with oil and gas, energy, servicing, aerospace, mining, ship building, manufacturing and health services industries.
Graduates with two years of progressive work experience may be eligible to receive the designation of Professional Technologist (P. Tech) upon completion of a Professional Practice and Ethics Exam.
CERTIFICATIONS
In addition to the formal semester courses listed in the program of studies, students in the Industrial Engineering Technology (Co-op) program are required to obtain the following certifications of completion over their three-year period of study:
- Standard First Aid/Heart Start
- WHMIS/OHS
Students should be aware that additional fees may apply for external certifications.
ENTRANCE REQUIREMENTS
Eligibility for admission to an Engineering Technology program requires the applicant to meet one of the following four academic criteria:
1. High School
High School Graduation Certificate with a 60% overall average in the following (or equivalent):
i. English (2 credits) (minimum 60%) from: 3201 or 3202
ii. Mathematics (4 credits) chosen from:
Advanced: 2200, 3200 (50% minimum in each course)
Academic: 2201 (50% minimum), 3201 (60% minimum)
iii. Science (4 credits) two of which must be selected from:
Biology: 3201
Physics: 3204
Chemistry: 3202
Earth Systems: 3209
Note: The remaining two Science credits to be chosen from the highest Science mark in level 1, 2 or 3.
2. Comprehensive Arts and Science (CAS) Transition
Comprehensive Arts and Science (Transition) Certificate with the following courses:
i. Math (60% MINIMUM)
MA1040,
MA1041
ii. Two Science courses chosen from one of the following three combinations:
a. Introductory Biology:
BL1020,
BL1021
b. Introductory Chemistry:
CH1030,
CH1031
c. Introductory Physics:
PH1050,
PH1051
Note: It is strongly recommended that CAS students who intend to enroll in Engineering Technology programs complete both of the Chemistry courses and both of the Physics courses.
3. Adult Basic Education (ABE)
Adult Basic Education (Level III) Graduation with Degree and Technical Profile including the following courses (or equivalent):
i. English (60% minimum) 3101A, 3101B, 3101C or 3102A, 3102B, 3102C
ii. Mathematics (60% minimum) 1101A, 1101B, 1101C, 2101A, 2101B, 2101C, 3101A, 3101B, 3101C
iii. Science from one of the following sections:
a. Biology 1101, 2101A, 2101B, 2101C, 3101A, 3101B, 3101C
b. Chemistry 1102, 2102A, 2102B, 2102C, 3102A, 3102B, 3102C
c. Physics 1104, 2104A, 2104B, 2104C, 3104A, 3104B, 3104C
Applicants with Adult Basic Education (Level III) Graduation with a different Profile may be eligible for admission to the program provided the appropriate selection of courses including those outlined above have been completed.
4. Mature Student Requirements
Applicants who do not meet the education prerequisites for this program, must be at least 19 years at the time of application and out of school for at least one year may be considered on an individual basis under the Mature Student Requirements; for more information regarding the Mature Student Requirements please refer to
Procedure AC-102-PR Admission.