COVID-19 Updates
Read more
Overview
Apply your attention to detail and excellent visualization skills to today’s machining and welding trades.
This pre-employment program offers you the opportunity to explore two trades. You will be trained in the safe handling of a wide variety of machinery and hone your craftsmanship in machining, welding and metals fabrication.
Once you graduate, you can start your career in industries such as farm machinery manufacturing, equipment manufacturing, custom manufacturing and repair, automotive manufacturing and rebuilding, mining, hydro, railways and aerospace. If you register as an apprentice within two years of completing the program, you may be granted in-school training credit for Level 1 Welder apprenticeship or Level 1 Machinist apprenticeship.
Get a solid grounding in theory before taking on the practical aspects of working on lathes, milling machines, drill presses, bandsaws and grinding machines. Learn and understand oxyacetylene, shielded metal, gas metal and gas tungsten arc welding and plasma cutting, as well as examining metalworking and machine operation.
The full one-year certificate program includes both specializations. Or, focus on a single field of study: either the seven-month machining specialization or the four-month welding and fabrication specialization.
Admissions
-
A complete Manitoba Grade 12 or equivalent
-
Consumer/Essential Mathematics 40S or equivalent with a minimum mark of 60%
English is the language of instruction at Assiniboine. All applicants educated outside of Canada or in a country not on the test exempt list are expected to meet the English language proficiency requirement. See assiniboine.net/elp for more information.
Careers & Connections
Careers
Graduates find employment in industries such as equipment manufacturing, custom manufacturing and repair, farm machinery manufacturing, hydro, mining, automotive manufacturing and rebuilding, railways, and aerospace.
Connections
Students who successfully complete the accredited program with an accumulative average of 70% or better in the trade subjects and level for which the program was accredited, gain employment and register as an apprentice within two years of graduating, will receive credit for Level 1 in-school technical training and 900 hours in the Machinist apprenticeship program.
Students who successfully complete the accredited program with an accumulative average of 70% or better in the trade subjects and level for which the program was accredited, gain employment and register as an apprentice within two years of graduating, will receive credit for Level 1 in-school technical training and 800 hours in the Welder apprenticeship program.
Tools & Supplies
Our classrooms, labs and shops are equipped with the necessary equipment that you need to make the most of your experience. However, there are some tools and supplies that you will need to purchase for personal use to help you with your studies. Much of what you purchase you’ll be able to use after you graduate and begin your career.
Students are advised not to purchase tools until the second week of school. The School of Trades holds a Tool Fair during this week where students meet with various suppliers and purchase tools at reduced costs.
Booklists are available from your school office 30 days prior to the start date of your program. Visit the Bookstore website to learn more.
Program Checklist:
Tool List:
Booklist:
At-Home Computing
Programs at Assiniboine have certain technology requirements. Students require access to computer devices at home and may be required to bring these on campus when instructed.
For this program, you are expected to have access to a computer at home. It should have a webcam, microphone and internet access to enable remote learning for the theory portions of your programs.
Courses & Costs
To graduate with an Industrial Metals Fabrication – Machining Specialization certificate, students must successfully complete 51 academic credits and 3 practical credits.
To graduate with an Industrial Metals Fabrication – Welding and Fabrication Specialization certificate, students must successfully complete 36.75 academic credits and 3 practical credits.
To graduate with an Industrial Metals Fabrication certificate (both specializations), students must successfully complete 86.25 academic credits and 3 practical credits. Note: students only need to complete one work practicum to graduate with both specializations.
The minimum passing grade for each course is indicated on the course outline.
Estimated Program Costs
Tuition, fees and Students’ Association fees total approximately $7,260 for full program, $4,230 for machining specialization and $3,520 for welding and fabrication specialization.
Estimated costs for books and supplies are $1,770 for full program and $1,190 for machining specialization and $1,120 for welding and fabrication specialization.
All fees are estimated and subject to change without notice.
Estimated Program Costs (International, 2021-22)
| Credits | Tuition & Related Fees | Textbooks, Tools, & Supplies | Student Health Insurance | |
|---|---|---|---|---|
| Industrial Metals Fabrication | 89.25 | $24,050 | $1,770 | $1,000 |
All fees are estimated and are subject to change without notice. All international students must purchase health insurance. The college adds this fee to your student account and then sends your name and fee to the insurance provider on your behalf.
Courses (Full Program)
| Title | Credits/CEUs | Elective | Distance | PLAR |
|---|---|---|---|---|
Blueprint Reading for Welders (DRFT-0013)In this course, students learn to recognize all the different parts of a blueprint related to welding. Student learn about welding symbols and the interpretation of them. Students complete sketching in isometric and oblique views. |
2.25 credit(s) | No | No | No |
College Foundations (PEDV-0345)This course will improve students' ability to navigate the college experience and environment, including student's rights, roles, and responsibilities. In this course, students will reflect on their skills, attitudes, and expectations and develop learning strategies to help them to become successful, resilient, and self-directed learners. The course covers topics such as success in online learning, time management strategies, learning strategies, assessment taking strategies, academic integrity, information and digital literacy, and wellness, among others. It integrates elements of student orientation. |
0 credit(s) | No | No | No |
Communications (COMM-0260)This course includes instruction in techniques to improve both written and oral communication with prospective employers, co-workers and clients. Effective strategies for customer service are emphasized. It also serves to familiarize students with the regulations related to the workplace. As well, students receive an introduction to the use of computer software and hands-on experience with Windows operating system, Internet and email. |
1.5 credit(s) | No | No | No |
Hand and Power Tools (WELD-0034)Prerequisite: WRKP-0032 Orientation and Safety |
1.5 credit(s) | No | No | No |
Math for Welders (MATH-0101)Part of being a good welder is having good math skills. Students learn basic math skills including fractions and decimals, percentages and ratios, the Imperial and Metric systems, and geometric formulas. This course presents math skills the way welders use them. |
3 credit(s) | No | No | No |
Metal Forming Machines (METL-0014)Prerequisite: WELD-0050 Shielded Metal Arc Welding |
3 credit(s) | No | No | No |
Orientation and Safety (WRKP-0032)Corequisite: WELD-0051 Oxyacetylene Principles |
4.5 credit(s) | No | No | No |
Oxyacetylene Principles-INMF (WELD-0051)Corequisite: WRKP-0032 Orientation and Safety |
3 credit(s) | No | No | No |
Practicum - INMF (PRAC-0056)Prerequisite: Cumulative weighted grade point average (CWGPA) of 2.0 or greater |
3 credit(s) | No | No | No |
Shielded Metal Arc Welding (WELD-0050)Pre-requisite: WELD-0051 Oxyacetylene Principles |
10.5 credit(s) | No | No | No |
Wire Feed Processes (WELD-0052)Prerequisite: WELD-0050 Shielded Metal Arc Welding |
7.5 credit(s) | No | No | No |
Courses (Machining Specialization)
| Title | Credits/CEUs | Elective | Distance | PLAR |
|---|---|---|---|---|
Blueprint Reading - INMF (DRFT-0012)In this course, students learn to interpret symbols and conventions as they relate to both isometric and orthographic projection blueprints in the machine shop environment. |
3 credit(s) | No | No | No |
CAD/CAM Operations (COMP-0060)Prerequisites: METL-0001 Drilling Machines and Saws, METL-0002 Engine Lathe Operations, WRKP-0006 Machine Shop Practices, METL-0004 Metallurgy, METL-0003 Milling Machine Operations, DRFT-0012 Blueprint Reading - INMF |
6 credit(s) | No | No | No |
CNC Programming and Operation (COMP-0059)Prerequisites: METL-0001 Drilling Machines and Saws, METL-0002 Engine Lathe Operations, WRKP-0006 Machine Shop Practices, METL-0004 Metallurgy, METL-0003 Milling Machine Operations, DRFT-0012 Blueprint Reading - INMF |
9 credit(s) | No | No | No |
Communications (COMM-0260)This course includes instruction in techniques to improve both written and oral communication with prospective employers, co-workers and clients. Effective strategies for customer service are emphasized. It also serves to familiarize students with the regulations related to the workplace. As well, students receive an introduction to the use of computer software and hands-on experience with Windows operating system, Internet and email. |
1.5 credit(s) | No | No | No |
Drilling Machines and Saws (METL-0001)Corequisites: METL-0004 Metallurgy, WRKP-0006 Machine Shop Practices |
3 credit(s) | No | No | No |
Engine Lathe Operations (METL-0002)Prerequisites: METL-0001 Drilling Machines and Saws, DRFT-0012 Blueprint Reading - INMF, METL-0004 Metallurgy, WRKP-0006 Machine Shop Practices |
15 credit(s) | No | No | No |
Machine Shop Practices (WRKP-0006)Corequisites: METL-0001 Drilling Machines and Saws, METL-0004 Metallurgy |
3 credit(s) | No | No | No |
Metallurgy (METL-0004)Corequisites: METL-0001 Drilling Machines and Saws, WRKP-0006 Machine Shop Practices |
1.5 credit(s) | No | No | No |
Milling Machine Operations (METL-0003)Prerequisites: METL-0001 Drilling Machines and Saws, DRFT-0012 Blueprint Reading - INMF, METL-0004 Metallurgy, WRKP-0006 Machine Shop Practices |
9 credit(s) | No | No | No |
Practicum - INMF (PRAC-0056)Prerequisite: Cumulative weighted grade point average (CWGPA) of 2.0 or greater |
3 credit(s) | No | No | No |
Courses (Welding and Fabrication Specialization)
| Title | Credits/CEUs | Elective | Distance | PLAR |
|---|---|---|---|---|
Blueprint Reading for Welders (DRFT-0013)In this course, students learn to recognize all the different parts of a blueprint related to welding. Student learn about welding symbols and the interpretation of them. Students complete sketching in isometric and oblique views. |
2.25 credit(s) | No | No | No |
College Foundations (PEDV-0345)This course will improve students' ability to navigate the college experience and environment, including student's rights, roles, and responsibilities. In this course, students will reflect on their skills, attitudes, and expectations and develop learning strategies to help them to become successful, resilient, and self-directed learners. The course covers topics such as success in online learning, time management strategies, learning strategies, assessment taking strategies, academic integrity, information and digital literacy, and wellness, among others. It integrates elements of student orientation. |
0 credit(s) | No | No | No |
Communications (COMM-0260)This course includes instruction in techniques to improve both written and oral communication with prospective employers, co-workers and clients. Effective strategies for customer service are emphasized. It also serves to familiarize students with the regulations related to the workplace. As well, students receive an introduction to the use of computer software and hands-on experience with Windows operating system, Internet and email. |
1.5 credit(s) | No | No | No |
Hand and Power Tools (WELD-0034)Prerequisite: WRKP-0032 Orientation and Safety |
1.5 credit(s) | No | No | No |
Math for Welders (MATH-0101)Part of being a good welder is having good math skills. Students learn basic math skills including fractions and decimals, percentages and ratios, the Imperial and Metric systems, and geometric formulas. This course presents math skills the way welders use them. |
3 credit(s) | No | No | No |
Metal Forming Machines (METL-0014)Prerequisite: WELD-0050 Shielded Metal Arc Welding |
3 credit(s) | No | No | No |
Orientation and Safety (WRKP-0032)Corequisite: WELD-0051 Oxyacetylene Principles |
4.5 credit(s) | No | No | No |
Oxyacetylene Principles-INMF (WELD-0051)Corequisite: WRKP-0032 Orientation and Safety |
3 credit(s) | No | No | No |
Practicum - INMF (PRAC-0056)Prerequisite: Cumulative weighted grade point average (CWGPA) of 2.0 or greater |
3 credit(s) | No | No | No |
Shielded Metal Arc Welding (WELD-0050)Pre-requisite: WELD-0051 Oxyacetylene Principles |
10.5 credit(s) | No | No | No |
Wire Feed Processes (WELD-0052)Prerequisite: WELD-0050 Shielded Metal Arc Welding |
7.5 credit(s) | No | No | No |
Specializations
The Machining specialization includes courses in both the theory and practical aspects of work performed on lathes, milling machines, drill presses, bandsaws and grinding machines, as well as courses in computers and communications. The advanced machining component includes courses related to advanced applications such as the programming and operation of computer numerically controlled machines, computer-aided design (CAD) and computer-aided manufacturing (CAM), as well as courses in blueprint reading and metallurgy. This specialization concludes with a work practicum.
The Welding and Fabrication specialization includes courses related to the theory and practical aspects of oxyacetylene, shielded metal arc welding (SMAW - Arc), gas metal arc welding (GMAW-Mig), gas tungsten arc welding (GTAW-Tig) and plasma cutting. The metal fabrication component includes courses related to the theory and practical aspects of metalworking and machine operation, as well as the use of shears, brakes, ironworkers and metal forming equipment. This specialization concludes with a work practicum.