Diploma in Science Laboratory Technology (Co-op)

at Red River College Polytechnic - Notre Dame Campus Canada

This degree program focuses on the management skills needed in heavy, industrial and commercial, and residential construction. Consider it if you are looking to develop managerial expertise and are already working in areas related to  the skilled trades, engineering, or engineering technologies.

The program curriculum focuses on technology, science, leadership, and management. You will learn how to work effectively in all construction management settings. Program learning outcomes comply with codes, laws, and regulations while respecting sustainable environmental practices.

If your academic history includes any of the following, please visit me.rrc.mb.ca/Catalogue/Information/MyEducation for important information: post-secondary studies at an institution other than Red River College; Modified (M), English as an Additional Language (E), or GED high school courses; or home schooling.

This program will provide you with a fundamental understanding of occupational health and safety. The program addresses the role and responsibilities of an occupational health and safety practitioner including:

• Risk management
• Hazard recognition, control, and prevention
• Safety management systems in the workplace

The program incorporates a multi-disciplinary appr

This program will provide you with a fundamental understanding of occupational health and safety. The program addresses the role and responsibilities of an occupational health and safety practitioner including:

    Risk management
    Hazard recognition, control, and prevention
    Safety management systems in the workplace

The program incorporates a multi-disciplinary approach in contributing to the development of a health and safety culture.

Red River College is continually evaluating programs to ensure that the program best meets student needs and industry standards. See Recent Changes section regarding revisions to the full-time program.

oach in contributing to the development of a health and safety culture.

Prepare for a career as a Computer Numerically Controlled (CNC) machinist or general machinist.  Learn to set up and operate CNC and manual metal cutting machines, interpret engineering drawings, apply geometric dimensioning and use CAD software.

Graduates will be competent in the following:

• Applying safe and correct practices when handling tools and equipment
• Setting up and safely operating manual milling machines, lathes, and Computer Numerical Control (CNC) machining and turning centers
• Interpreting engineering drawings
• Applying geometric dimensioning to verify component parts
• Using basic Computer Aided Design (CAD) software
• Studies consist of theory and practical training.

Graduates of the program may find career opportunities as CNC operators or machinist apprentices in a wide variety of industries including:

• Aerospace
• Medical research
• General manufacturing
• Repair
• Mining
• Transportation manufacturing
• Research and development

This program gives you an understanding of the basic purpose, construction, operation, and service of component parts and assemblies of an automobile.
You will develop the knowledge and skills required to disassemble, inspect, machine, calibrate and reassemble motor vehicle units and components. You will study internal combustion engines, automatic and standard transmissions, brakes, steering, electrical circuits, wiring, and fuel systems.
Most training will take place at RRC’s auto mechanics workshop, an environment that will give you the practical experience required for industry employment. You will also acquire industry work experience as part of this program.
Prior to starting the program, you will be invited to attend a program overview information session. You will also be invited to participate in a math and reading skills diagnostic testing session that will advise you of your program readiness.

Prepare for a range of career opportunities while exploring advanced technologies, including computer-aided manufacturing (CAM) programming, advanced multi-axis CNC machining, additive manufacturing (3D Printing) and robotics and automation. You will be able to gain hands-on training through a work practicum elective.

CO-OP/Practicum Information
An optional work integrated term that integrates classroom theory and shop experience with related on-the-job training. This program includes two weeks of unpaid work experience. This work integrated learning experience will help you to have credible experience in your profession before graduation.

This program supplements the Automotive Technician Certificate program to develop the skills you need to work with advanced electrical and electronic systems in the automotive technician field.

Classroom instruction will broaden your knowledge in the automotive electronics area and will cover other advanced systems such as engine management, fuel injection, and ABS brakes.

This is not an apprenticeship program but may provide credit transfer opportunities for apprenticeship. The Government of Manitoba, Entrepreneurship, Training, and Trade offers apprenticeship training that combines on-the-job practical skills development with levels of technical training.

This program provides the skills you need to gain employment in the production of pharmaceutical, biotechnology and food products. This program provides specialized training in the pharmaceutical and food industry through hands-on learning in our pilot scale production facilities. These facilities include Solid Dosage Manufacturing, Applied Biopharmaceutical Production, and Food Processing.

You will acquire the skills used to produce pharmaceutical products such as over-the-counter and prescription drugs, vaccines, analgesics, and antibiotics. Additionally, the program will provide hands-on training and skill development in food processing and manufacturing.

Take this program to gain a broad business background if you do not meet the admission requirements for the two-year Business Administration program. This three-year program will help you develop a potential for supervision, management, and leadership through the study of business-related programs and practical projects. With these foundations you may choose a career from a variety of job opportunities in the business community.

The modified pace in the first two years gives you additional time to upgrade your skills and knowledge and to meet your individual needs.  In the third year, you take courses along with students in the two-year Business Administration program.  Upon graduation you receive a Business Administration diploma.

This program provides you with a basic working knowledge of all areas of metal working and spray painting. You will develop the skills and knowledge to repair damaged vehicles, including all phases of autobody repair and painting. 
You will learn to weld and use trade tools and how to work with and shape sheet metal. You will also learn the techniques required to realign and straighten the bodies and frames of cars. The program also teaches proper methods of patching, finishing, and preparing a panel for paint application.
You will learn how to perform the necessary repairs and replacements to restore vehicles to their pre-damaged condition, and how to determine how much and what kind of work is needed for each vehicle.

Safety in the work environment is stressed.
Environmentally friendly high-volume and low-pressure spray equipment is used along with Low V.O.C. refinishing products

The Automotive Technology program gives you the necessary skills required to diagnose and repair today’s automobile. Training alternates between in class, live shop and work experience. Classroom instruction will broaden your knowledge in automotive electronics as well as strategies required for diagnosis of engine management systems, fuel injection and abs brakes.

• Main subject areas include electrical diagnosis, electronics, ignition systems, engines, drive-lines, steering and suspension, brakes and fuel system.
• Second-year students will have the opportunity to be involved in chassis and engine dynamometer projects in areas of emissions analysis, cold weather testing of hybrid and electrical vehicles and engine performance.
• Upon graduation, students will receive a level two apprenticeship accreditation