We are a proudly Canadian owned and operated manufacturing solution facility. For over 50 years, we have taken pride in our commitment to supporting our clients and their products. Our vast experience has helped us develop a strong stature in North American and International markets. The continuous development of quality is an ecosystem where every facet of the business is impacted by the core competencies of consistency, repeatability and reliability. Our quality directive entails continuous process improvement to exceed established quality objectives. Proactive commitment to further education, training and technological advancement allows us to progress together. We are seeking a Manufacturing Engineer who bridges the gap between high-level mechanical design and shop-floor machining execution. In this role, you will evaluate customer CAD models and complex drawings, design robust work holding fixtures in SolidWorks, establish efficient machining processes, and work directly with our CNC machinists to solve real-world fabrication challenges. If you have a deep background in CNC machining (milling, turning, tooling, speeds & feeds), a strong engineering mindset, and fluent SolidWorks skills, this position offers the opportunity to drive quality, efficiency, and manufacturability across a wide variety of client projects. Design for Manufacturability (DFM) Analysis: Review customer CAD models and engineering drawings (GD&T;) to identify manufacturability risks, recommend design tweaks, and optimize parts for CNC machining. Assist the quoting team by estimating machine run times, setup requirements, tooling costs, and material yield for current project proposals. CAM Programming & Strategy Verification: Utilize Mastercam or similar CAM software to generate/verify toolpaths, select cutting tools, determine optimal feeds and speeds, and prove out machining feasibility for complex parts.



Process Development & Planning: Create detailed manufacturing routing steps, tool lists, and operation prints for complex machined components. Model, detail, and validate custom work holding fixtures, soft jaws and production tooling in SolidWorks. Shop-Floor Troubleshooting: Collaborate closely with CNC programmers, machinists, and quality control inspectors to solve machining issues, optimize cycle times, and reduce scrap rates. Engineering Standard & Process Optimization: Establish standardized feeds, speeds, cut strategies, and tooling libraries across equipment to drive consistent quality and cycle-time efficiency. Qualifications/Education/Technical

Skills:
programming CNC mills/lathes, or direct engineering experience supporting precision machining environments and an understanding of physics, material science (steels, aluminum, alloys, plastics), and cutting mechanics. CAM Proficiency: Demonstrated hands‑on experience in CAM programming using Mastercam or equivalent platforms (Esprit, Fusion 360, SolidWorks CAM, GibbsCAM). Blueprint Reading & GD&T;: Proficient in reading complex engineering prints and applying Geometric Dimensioning and Tolerancing correctly. Strong practical understanding of manufacturing processes—specifically CNC milling/turning Analytical & Detail‑Oriented: Strong root‑cause analysis skills, problem‑solving discipline Ability to communicate clearly and professionally with customers, suppliers, floor machinists, and executive leadership. Multi-Disciplinary Fabrication: Dual familiarity with both precision CNC machining and sheet metal fabrication/welding. Education / Certifications: Bachelor’s Degree in Mechanical Engineering, Manufacturing Engineering, or equivalent combination of trade certifications and hands‑on engineering experience. We use artificial intelligence tools to help screen applications during the hiring process.

📌 Manufacturing Engineer Customer Services. (Canada)
🏢 EM Dynamics
📍 Canada