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Computer Aided Design Designer

  • Winnipeg, MB
  • On-site
  • Posted Oct 9, 2026
  • 1 position

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Employment type
Full-time
Experience level
Entry, Junior · 0+ years
Minimum education
College diploma
Apply by
Apr 5, 2027
Posting language
English
Working hours
40 hours per week
Seniority
Entry level
Application method
Apply on LinkedIn (LinkedIn sign-in required)

Job summary

Create and update detailed technical drawings, 3D models, layouts, and manufacturing documentation for Tool & Die, machining, fabrication, and precision component projects. Collaborate with engineering and production teams, participate in design reviews and continuous improvement, and help resolve design-related production issues.

Job details

Saggu Industries Corp. is a precision manufacturing company specializing in Tool & Die, custom machining, fabrication, and high-accuracy industrial components. The team delivers reliable workmanship and practical solutions designed for demanding applications across diverse sectors. Work spans one-off custom parts, repeat production, and industrial repair, providing variety and technical challenges for employees. Saggu Industries Corp. is committed to quality, precision, consistency, and dependable results. The company culture is built on precision and driven by accuracy, offering a professional environment for skilled technical talent. Role Description The Computer Aided Design (CAD) Designer is a full-time, on-site role based in Winnipeg, MB. The designer will create detailed technical drawings, 3D models, and layouts to support Tool & Die, machining, fabrication, and precision component projects. Daily tasks include interpreting engineering requirements, collaborating with engineers, machinists, and fabrication staff, and updating drawings based on feedback and project changes. The role involves preparing accurate documentation for manufacturing, ensuring designs meet functional, tolerance, and safety requirements, and maintaining organized digital files and drawing standards. The CAD Designer will also participate in design reviews, support continuous improvement initiatives, and help troubleshoot design-related production issues. Qualifications Strong technical drawing and general drawing skills for precision manufacturing applications Proficiency in Computer-Aided Design (CAD) tools and workflows for 2D and 3D design Experience creating and interpreting drawings, shop drawings, and fabrication details Knowledge of design engineering principles, tolerances, and materials relevant to Tool & Die and machining Attention to detail, accuracy, and ability to work from specifications, sketches, and customer requirements Effective communication and collaboration skills for working with engineering, production, and quality teams Ability to prioritize tasks, meet deadlines, and adapt to changing project needs in a manufacturing environment Diploma or degree in Mechanical Engineering Technology, Drafting, Design, or a related field, or equivalent experience is preferred Experience in precision machining, fabrication, or industrial manufacturing

What you’ll do

Create and update detailed technical drawings, 3D models, layouts, and manufacturing documentation for Tool & Die, machining, fabrication, and precision component projects. Collaborate with engineering and production teams, participate in design reviews and continuous improvement, and help resolve design-related production issues.

Requirements

Proficiency with CAD tools and workflows for 2D and 3D design, strong technical drawing skills, and the ability to interpret specifications, sketches, and customer requirements are expected. Knowledge of engineering principles, tolerances, and materials relevant to Tool & Die and machining is important; a related diploma or degree, or equivalent experience, and manufacturing experience are preferred.

Listed skills

  • 3D Modeling · Preferred

Other relevant skills

Identified from the job description. Confirm important requirements above.

  • Computer-Aided Design
  • 2D Design
  • 3D Modeling
  • Technical Drawing
  • Shop Drawings
  • Fabrication Details
  • Engineering Drawing Interpretation
  • Design Engineering Principles
  • Tolerance Analysis
  • Manufacturing Documentation
  • Tool And Die
  • Precision Machining
  • Fabrication
  • Materials Knowledge
  • Design Reviews
  • Production Troubleshooting

Job areas

  • Manufacturing
  • Engineering
  • Trades
  • Art & Design