Mechanical Engineer - Heavy Machines

Capgemini Engineering is a world leader in engineering services, bringing together a global team of experts to support innovative companies. The Mechanical Engineer – Heavy Machines role focuses on developing automated heavy equipment to enhance safety and efficiency in industrial tasks, involving design, CAD engineering, and cross-functional collaboration.

Responsibilities

• Design & CAD Engineering
• Create, manage, and organize detailed CAD models and drawings, including importing, simplifying, and documenting designs
• Develop CAD models of existing hardware to support system integration and design improvements
• Model 3D sheet‑metal parts and complex multi‑part assemblies using Onshape (preferred)
• Documentation & Drafting
• Produce 2D fabrication drawings with accurate GD&T (ASME Y14.5), welding symbols, annotations, and bend details
• Optimize sheet‑metal parts, generate flat patterns, and support fabrication readiness
• Manage large assemblies, hardware lists, sub‑assemblies, and generate complete BOMs including electrical revisions and buyout components
• Quality & Engineering Control
• Maintain and revise drawings and assemblies based on Engineering Change Requests (ECRs)
• Review drawings and assemblies with a strong attention to detail to catch issues early and ensure high‑quality deliverables
• Cross‑Functional Collaboration
• Work closely with product owners to translate requirements into designs that meet safety, performance, and usability goals
• Provide technical input for operator manuals, assembly documentation, and maintenance guides

Skills

• Bachelor's degree in Mechanical Engineering or related field
• 1 to 4 years of experience in robotics, automotive, automation, or similar domains
• Strong proficiency in CAD tools: Onshape, SolidWorks, Creo, or similar
• Solid understanding of mechanical systems, materials, and manufacturing processes
• Working knowledge of GD&T and welding processes
• Experience with sheet‑metal design, flat patterns, and assembly-level modeling
• Exposure to pneumatic and hydraulic systems
• Clear communication skills and ability to collaborate effectively across mechanical, electrical, and product teams
• High attention to detail with the ability to identify errors and improve design documentation
• Master's degree in Mechanical Engineering or related field
• Hands‑on experience in prototyping, testing, or hardware builds
• Demonstrated interest in automation, robotics, or safety‑critical systems

Benefits

• Paid time off based on employee grade (A-F), defined by policy: Vacation: 12-25 days, depending on grade
• Company paid holidays
• Personal Days
• Sick Leave
• Medical, dental, and vision coverage (or provincial healthcare coordination in Canada)
• Retirement savings plans (e.g., 401(k) in the U.S., RRSP in Canada)
• Life and disability insurance
• Employee assistance programs
• Other benefits as provided by local policy and eligibility

Company Overview

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