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计划长度
1 年 | 全职
开放式虚拟游览计划概述
CIP Code: 48.0508
MITT’s Industrial Welding certificate program helps students build a strong foundation of the knowledge and skills required to design and build products by cutting and joining materials using ferrous and non-ferrous materials. Students work independently or in teams using current welding and fabrication equipment to complete projects in a learning environment that simulates an industrial welding shop.
计划要点
- Industry-Driven Curriculum: Focuses on the fundamentals of welding and fabrication, including blueprint reading, safety, and the use of modern equipment.
- Hands-On Learning: Provides practical training in cutting, joining, and fabricating ferrous and non-ferrous materials in a simulated industrial environment.
- Career Readiness: Features MITT’s Bridging to Work workshops, equipping students with employability and professional skills for the welding industry.
- Apprenticeship Credit: Graduates may earn credit toward Level 1 of the Welder Apprenticeship program upon meeting specific criteria.
- Professional Partnerships: Affiliated with the Canadian Welding Association, Canadian Welding Bureau, and Apprenticeship Manitoba, offering networking and credential opportunities.
- Pathway to Skilled Trades: Prepares students for roles such as welder, metal fabricator, or welding inspector in various industrial settings.
- Safety Emphasis: Comprehensive training in workplace safety practices essential for the welding trade.
职业成果
- Welder
- Fabricator
- Welding Inspector
- Pipefitter
- Boilermaker
- Structural Welder
- Sheet Metal Worker
- Ironworker
- Millwright
- Underwater Welder
入学要求
2025-2026
国内
马尼托巴省高中文凭（或预计在课程开始日期 45 天内完成）， 或同等学历，包括：
- 12 年级数学（40S）成绩达到 50% 或以上，或同等学历。
- 12 年级英语语言艺术（40S）成绩达到 50% 或以上，或同等学历。
国际
- 高中文凭（或预计在计划开始日期 45 天内完成）， 或同等学历。
- 国际申请者必须符合一般 入学要求 根据国家/学习课程而定。申请人还必须满足项目的具体要求，包括
- 高年级数学成绩达到 50% 或以上，或同等水平。
- 第一语言文学高级水平，成绩达到 50% 或以上，或同等水平。
- 所有高中成绩都将转换为马尼托巴省的同等成绩。
2026-2027
国内
马尼托巴省高中文凭（或预计在课程开始日期 45 天内完成）， 或同等学历，包括：
- 数学 40S 学分
- 40S 英语语言艺术学分
有关本计划的成年学生资格和要求，请访问我们的 成年学生页面.
国际
马尼托巴省高中文凭（或预计在课程开始日期 45 天内完成）， 或同等学历，包括：
- 高年级数学课程成绩至少达到 50%。
- 高年级第一语言文学课程成绩至少达到 50%。
额外要求
- 证明 英语语言能力 （如果在加拿大境外接受教育）。
Visit Admission Requirements to learn more
常见问题
该计划连续实施 10 个月，不包括学生成功周和节假日。详情请参阅课程表。
No, the Industrial Welding program does not include a practicum. However, students gain hands-on experience in a simulated industrial welding shop using real-world equipment and project scenarios.
Students who meet requirements may be eligible for:
Apprenticeship Manitoba Credit:
- Level 1 in-school technical training
- 800 hours toward the Welder Apprenticeship program
To qualify, students must:
- Complete the program with a 70 per cent or higher average in trade subjects
- Gain employment in the welding industry
- Register as an apprentice within two years of graduation
Canadian Welding Bureau (CWB) Certifications in:
- Weld Flat using GMAW
- Weld Horizontal using GMAW
- Weld Flat using FCAW
- Weld Horizontal using FCAW
These certifications increase job-readiness and industry credibility.
Yes, we offer campus tours. Explore our Campus Tour options
是的，符合条件的人可以获得经济援助。 探索经济援助选项。
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工业焊接
所有课程
Welding Safety and Orientation (W-100) — 64 hours
This course introduces students to essential workplace safety practices for welding and industrial environments. Topics include health and safety regulations, workers' rights, WHMIS, and shop safety protocols. Students learn proper use of personal protective equipment (PPE), fire safety, fume and gas handling, and ventilation system functions to ensure respiratory health.Hand and Power Tools (W-110) — 100 hours
This course trains students in the safe selection, operation, and maintenance of hand and power tools used in welding and fabrication. Tools covered include grinders, drills, shear, iron worker, and measuring instruments. Students apply their skills through a hands-on metalworking project, reinforcing precision, tool handling, and safety techniques.Math and Science for Welders (W-120) — 43 hours
This course equips students with math and science skills essential for precision welding. Math topics include fractions, decimals, geometry, and trigonometry for accurate measurements and calculations. The science component covers metallurgy fundamentals, metal properties, and the effects of heat on materials, including distortion control.Introduction to Drawing, Symbols, and the Welding Process (W-130) — 64 hours
This course develops students' ability to read and interpret welding blueprints and technical drawings. Students learn to identify lines, views, and welding symbols while applying math skills to determine dimensions. Hands-on practice with real blueprints prepares students for industry expectations in accurate weld planning.Oxy-Fuel Welding (Theory) (W-140) — 43 hours
This course provides an overview of oxy-fuel welding, with a focus on oxy-acetylene processes. Students learn equipment setup, safety procedures, and welding and cutting techniques. Topics include oxy-acetylene cutting, brazing, plasma arc cutting, and carbon arc gouging, with an emphasis on safety devices and proper settings.Oxy-Fuel Welding (Lab) (W-150) — 100 hours
This hands-on course teaches students to safely set up and shut down oxy-acetylene equipment. Practical skills include achieving the correct flame, manipulating the weld puddle, and performing oxy-acetylene welding on various joints using filler rods. Students also develop precision in straight-line and shape cutting.Shielded Metal Arc Welding (SMAW) Theory (W-160) — 43 hours
This course covers the principles and safety practices of shielded metal arc welding (SMAW). Students learn about power sources, electrode selection, and proper manipulation techniques to achieve strong welds. The course also addresses common welding mistakes and how to prevent them.Shielded Metal Arc Welding (SMAW) Lab (W-170) — 100 hours
This practical course develops SMAW welding skills in flat, horizontal, vertical, and overhead positions. Students learn techniques for each position while focusing on avoiding defects such as porosity and undercutting. Hands-on training builds confidence in producing structurally sound welds.Gas Metal Arc Welding (GMAW) Theory (W-180) — 64 hours
This course provides an introduction to gas metal arc welding (GMAW), including safety practices, power sources, and equipment troubleshooting. Students learn about shielding gases, metal transfer modes, and electrode selection, with an emphasis on weld quality and contamination prevention.Gas Metal Arc Welding (GMAW) Lab (W-190) — 100 hours
This hands-on course teaches students to perform GMAW welding in flat, horizontal, vertical, and overhead positions. Training focuses on adapting techniques for each position, recognizing weld faults, and applying best practices to ensure high-quality welds in different settings.Flux Core Arc Welding (FCAW) and Metal Core Arc Welding (MCAW) Theory (W-200) — 42 hours
This course introduces wire-fed welding techniques, focusing on FCAW and MCAW processes. Students learn electrode selection, process advantages, and industrial applications. Safety considerations and operational differences between FCAW and MCAW are also covered.Flux Core Arc Welding (FCAW) Lab (W-210) — 100 hours
This practical course develops students' FCAW welding skills in flat, horizontal, vertical, and overhead positions. The course also covers MCAW techniques for flat and horizontal positions, emphasizing proper welding methods, quality control, and common fault prevention.Industrial Welding Capstone (W-220) — 100 hours
This capstone course prepares students for Canadian Welding Bureau (CWB) certification testing. Students refine their SMAW, GMAW, and MCAW welding skills, working toward earning up to eight CWB tickets. Hands-on training ensures readiness for professional certification and career advancement.