Certificate in Welding

at Red River College Polytechnic - Notre Dame Campus Canada

Cabinetry and Woodworking Technology is a versatile program offering a variety of learning paths, career avenues, and a paid co-op work placement which gives you the opportunity to experience the industry first hand.

The Cabinetry and Woodworking Technology Diploma program and the Cabinetry and Woodworking Certificate program share a common Term 1. You will begin by learning about the safe operation of tools and equipment used to produce cabinets, furniture, and other wood products. You will then learn and work with construction details, materials, hardware, drafting, computers and finishing techniques. You will receive instruction about the functioning of today’s woodworking industry and how to work in it. Employment opportunities remain excellent in Manitoba.

After completing a common Term 1 semester, the learning in the Diploma program is taken to another level. Exploring and searching deeper into the world of wood manufacturing combines academics with hands-on shop work. Emphasis is put on areas like Industrial Engineering, Production Planning and Operation Management. A unique individual final project that demonstrates all your skills will be built.

Learning is fostered through a blend of workshop practice, classroom delivery, computer labs, advanced woodworking technologies, and manufacturing concepts and techniques. You will complete a major project that gives you the opportunity to step into the real world of woodworking.

Upon completion of the program, you will earn a Cabinetry and Woodworking Technology diploma and may begin your career as a Woodworking Technologist. This program may also be eligible for Manitoba Apprenticeship Cabinetmaking Level 1.The nature of your work may involve the following:

• Shop floor work
• Product design and engineering
• Manufacturing process design and engineering
• CAD drafting
• CNC (computer numerical control) machine programming and operating
• Implementing Lean practices
• Quality assurance
• Supervision
• Job cost estimation
• Job coordinating

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

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 includes a four-month paid work co-op that takes place during the summer months.
You are assisted in finding a suitable work experience. Co-op work placements provide hands-on reinforcement of academic learning and often lead to permanent job offers.

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.

This program prepares you to provide quality childcare in the community. You will study practice based on:

• A child-centred focus
• Play-based curriculum
• Child development
• Guidance techniques
• Communication skills
• Family and community relations
• Professionalism

An emergent curriculum approach building on the interests of children, and working closely with families and communities is emphasized.
Additionally, the program is based on the study of child development within a developmental health perspective. You will learn about current, exciting research in a number of interesting areas.
Upon successful completion of the program you will be able to competently plan learning experiences that stimulate the intellectual, physical, emotional, and social development of young children.

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 develops the skills you require to assist dentists using four-handed dentistry techniques.
As a dental assisting student, you will learn about dental procedures, including the instruments, materials, and equipment used for each.  You will also learn how to prevent the transmission of disease/infection through infection control techniques, e.g. sterilization.  You will also learn basic laboratory skills, e.g. pouring models.  The program will also prepare you to work as an intra-oral assistant by developing skills to perform the following procedures:

• Polishing of teeth
• Application of fluoride
• Exposing radiographs
• Placement and removal of dental dam
• Placement of sealants
• Taking impressions
• Placement of matrices and wedges
• Application of liners, bases, topical anesthetic, and desensitizing agents
• Removal of sutures
• Fabrication and delivery of whitening trays and mouth guards

To broaden your skills and knowledge of business related procedures, you will study basic accounting, records maintenance, business correspondence, billings, and appointment control.
During the practicum, you will have the opportunity to work with dental students at the University of Manitoba’s Faculty of Dentistry and in a private general dental office, performing the skills you learned in the classroom, lab, and clinic.
The Notre Dame Campus program includes a practicum during which you will work with dental students at the University of Manitoba's Faculty of Dentistry and in a general dental office.

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

This program provides you with the skills necessary to produce computer-aided mechanical drawings of components and assemblies of industrial machines, machinery parts, and other mechanical equipment.

You will hone your problem-solving abilities and drafting skills through practical assignments, where you must think through the process of drawing development. You will spend a significant portion of the program learning about and producing drawings using computer-aided drafting (CAD). You will receive training on a wide variety of software programs such as recent releases of AutoCAD, Solid Edge, and Inventor, to give you the experience required to develop technical drawings.

As the year progresses, you will be asked to demonstrate planning, research, and analytical abilities as you undertake project design work.

As a graduate, you will possess skills in the following areas:

• Engineering drawings
• Design for manufacturing
• Computer operation
• Basic manufacturing processes
• Quality control inspection
• Geometric dimensioning and tolerance
• Metallurgy
• Heat treatment

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.

Civil Engineering Technology is a cluster of diploma programs that provides students with career training in construction engineering, environmental engineering, and geomatics technologies.

During the first year, you will acquire generic competencies in common core courses in the following areas:

• Algebra and trigonometry (M)
• Chemistry
• Statics and strength of materials (M)
• Surveying (M)
• Technical communications
• Computer applications
• Technical drafting
• WHMIS
• General Safety Trainin

Important Advisory Note: Courses designated (M) are high in mathematical content.  If you have weak mathematical skills, or if you completed Essentials Math in high school (instead of the recommended Applied Math or Pre-Calculus Math), it is strongly recommended that you take the preparatory Mathematics for Technology course available throughout Continuing Education at RRC, prior to beginning the 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.  Although the diagnostic testing is optional, we strongly recommend that you participate.  Should your results be lower than a C (60%) you would benefit from taking the Mathematics for Technology course as a pre-program refresher.

After completion of the first year courses, you would then apply and develop these competencies during a six-month co-operative education work term.

In the second and third years*, you take more advanced courses and build on the competencies you gained in first year. The focus is on application and design. To enter into subsequent terms (both academic and co-op), and to graduate, you need a minimum cumulative term grade point average (CGPA) of 2.00.

Consider this program if you want to work as a laboratory technologist in an industrial, government or commercial laboratory.
This program provides you with the applied skills required to succeed in a wide variety of professional scientific work environments. The course work emphasizes the application of standard and specialized laboratory techniques across scientific disciplines, ensuring you receive practical, job-ready experience; you will learn specialized skills in immunology, molecular biology, tissue culture and instrumentation.

In addition, the co-operative education component integrates related on-the-job training with classroom theory by alternating periods of paid employment and academic study.

Graduates find employment as technologists in many fields, including chemical analysis, research, quality assurance, pharmaceuticals and biotechnology.

CO-OP/Practicum Information
This program offers a co-operative education format that integrates classroom theory with on-the-job experience by alternating academic study with work placements. These paid work placements will provide you with first-hand knowledge of a working laboratory in industry and a chance to use your acquired skills.
This co-op program is divided into six terms, two of which are co-operative education work placements. The work placements are in Term 3 and Term 6, both of which run during May, June, July, and August. The program does not have summer breaks.

This program develops the knowledge and skills required for the safe and efficient operation of process equipment in residential, institutional, commercial, and industrial establishments. The program's main focus is on power plant operation.
Through theory and practical training, you will learn about the operation and maintenance of boilers, refrigeration systems, HVAC systems and other  process components.
Upon successful completion of the course requirements you may challenge the Province of Manitoba licensing exams at the Fourth and Third Class levels.
The program has an optional exit point at the end of the first year. If you successfully complete the first year, you receive a certificate and may write the standardized Fourth Class provincial examinations.
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.