Diploma in Automotive Technician

at Red River College Polytechnic - Notre Dame Campus Canada

This program trains you for entry-level employment as an engineering technologist in the electrical industry, which provides a broad range of employment opportunities. You develop the conceptual knowledge base and troubleshooting skills to prepare you for a range of roles that include design, installation, maintenance, production, and technical sales and support.

Topics in the program include:

• Use and application of programmable logic controllers (PLCs), variable frequency motor drives (VFDs), soft starters, and data communication to link all of the preceding elements for the control of manufacturing systems.
• Planning, designing, and specifications of power systems with motor protection for buildings and industrial plants. You will generate AutoCAD drawings, calculate short circuit currents, and coordinate fuses, circuit breakers, and protective relays. Canadian Electrical Code instruction is delivered by journeyman electricians.
• Hydro electric power generation, transmission, and distribution systems with a view to operation, control, and protection.
• Assessment of power system harmonics concerns by measuring TDD and THD and offering solutions to improve performance.

Co-op/Practicum Information
Co-operative education integrates classroom theory with related on-the-job-training by alternating terms of academic study and employment.
This program offers a co-operative education stream to give you direct industry experience, introduce your abilities to local employers, and help finance your schooling. 
Year 1 includes an optional co-op work term. Year 2 includes a mandatory co-op work term. Only students enrolled in the first or second year of Electronic, Electrical or Instrumentation Engineering Technology are eligible to enrol in the co-op work term.

Note: First year of the program will be held at the Exchange District Campus before transferring to the main Notre Dame Campus for the rest of the program.

Magnetic resonance uses magnetism, radio waves and computers to acquire medical images. Although still a young technology, it has become firmly rooted in medical practice, particularly for:

• Studying the cardiovascular system 
• Detecting tumours, especially in the brain and spinal column
• Studying body chemistry and functions
• Imaging soft tissues, such as muscles, tendons or arteries

The unique nature of this technology presents special imaging, patient care, and safety requirements. Since magnetic resonance does not involve the use of ionizing radiation, radiation protection is unnecessary.
Magnetic resonance scans require sliding patients into a body-length tunnel - the core of the magnetic field. The image obtained from magnetic resonance scan generally appears on a computer monitor, or as a photograph or computer printouts.

This program provides you with the skills and knowledge to work with children and youth experiencing behavioural and emotional difficulties. You will learn how to intervene and assess situations and formulate strategies to help children, youth, and their families identify and resolve concerns and enhance their quality of life.

The program covers the dynamics of human development within a multicultural perspective. Courses include child and adolescent development, special issues affecting child and youth care, and care for children who have emotional or behavioural difficulties.

This program includes training in relationship development, group process, and family dynamics. It also includes skill-oriented family support and intervention courses, child and youth care methods, listening skills, and activities programming.

Business Administration provides the student with a broad business foundation during the first year of studies. During the second year of the program, the student will declare a major that focuses their studies in a particular area, either Accounting, Administration, Financial Services, Marketing or Human Resource Management.

Some courses focus on theoretical foundations, others will emphasize application of knowledge. Group projects are integral to many courses offered in this program.

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.

This program develops the skills and knowledge you need to effectively manage the health information required for patient care, administration, research, and education. The program trains you in the specialized techniques required in health information management. It offers a unique combination of medical, computer, and business courses.

Emphasis during the program will be on the following:

• Health information science
• Medical terminology
• Anatomy and physiology
• Medical coding
• Computerization
• Statistical analysis

As a graduate you will be eligible to write the national certification exam administered by the Canadian Health Information Management Association. Successful certification allows you to seek employment across Canada.

In this program, you will develop the knowledge, skills, and values required to support and enhance the development of persons with disabilities. The program focuses on 'community', and students will provide support to persons with disabilities in schools, homes, employment, and leisure settings. The program is offered as a workplace model which means that courses are offered in a block format and practica is integrated throughout the term. It also means that regular applicants will learn alongside individuals who are currently working in the field. 

As a student, you will learn how to assist persons with disabilities to plan and achieve their personal goals and maintain their health and well-being. You will understand how to promote the development of inclusive communities and display competent, responsible, and professional behaviour and attitudes. You will also have an opportunity to experience a variety of community settings through your fieldwork, or practicum, which makes up about one quarter of the program.

Prior to starting the program, you will be invited to attend a program information session. Although optional, it is highly recommended you attend. You may also be asked to participate in an individual interview.

Develop your distinctive style and technical skills with RRC's Professional Photography program. This program provides the knowledge and skills required to develop the technical and creative aspects of digital imaging and processing. Students will develop skills in digital image manipulation, lighting, SLR operation, exposure, composition, printing, editing, retouching and processing as well as foundational business skills. Through classroom discussions, projects, guest lecturers and field experiences, you will become knowledgeable in all areas of digital imaging and processing.

You will acquire hands-on skills in the following:

• Digital image manipulation
• Lighting
• SLR (Single-lens reflex) camera operation
• Exposure
• Composition
• Printing
• Editing
• Retouching
• Processing

This program trains you for entry-level employment as an engineering technologist in the electrical industry, which provides a broad range of employment opportunities. You develop the conceptual knowledge base and troubleshooting skills to prepare you for a range of roles that include design, installation, maintenance, production, and technical sales and support.

Topics in the program include:

• Use and application of programmable logic controllers (PLCs), variable frequency motor drives (VFDs), soft starters, and data communication to link all of the preceding elements for the control of manufacturing systems.
• Planning, designing, and specifications of power systems with motor protection for buildings and industrial plants. You will generate AutoCAD drawings, calculate short circuit currents, and coordinate fuses, circuit breakers, and protective relays. Canadian Electrical Code instruction is delivered by journeyman electricians.
• Hydro electric power generation, transmission, and distribution systems with a view to operation, control, and protection.
• Assessment of power system harmonics concerns by measuring TDD and THD and offering solutions to improve performance.

Note: First year of the program will be held at the Exchange District Campus before transferring to the main Notre Dame Campus for the rest of the program.

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.