Design Engineer

Role & responsibilities

• Develop and design engineering solutions for fixtures, workstations, and mechanical systems based on project requirements.
• Create 3D models, assemblies, and detailed drawings using Creo, ensuring accuracy and manufacturability.
• Perform tolerance stack-up analysis and ensure proper fit, function, and quality of components and assemblies.
• Design fixtures and ergonomic workstations in line with manufacturing needs and applicable ergonomics standards.
• Support assembly process planning by ensuring designs are practical, efficient, and easy to assemble.
• Select suitable electrical and mechanical components such as motors, VFDs, sensors, and IoT-based system elements as per application requirements.
• Coordinate with cross-functional teams including production, quality, sourcing, and project engineering for smooth project execution.
• Review and improve existing designs for cost reduction, performance improvement, and manufacturability.
• Prepare and maintain design documentation including BOMs, drawings, calculations, and revision records.
• Provide technical guidance and mentoring to junior designers and engineers when required.
• Participate in design reviews, troubleshooting, and prototype validation to ensure robust and reliable design output.
• Ensure compliance with engineering standards, safety requirements, and company design practices.

Required Skills

• Experience in fixture design and workstation design Proficiency in 3D modeling and assembly design using Creo Knowledge of manufacturing assembly processes Understanding of ergonomics standards for workstation design
• Ability to perform tolerance stack-up analysis Familiarity with mechanical design concepts, fabrication methods, and design for manufacturing
• Coordination with cross-functional teams such as production, quality, and engineering

Desired Skills:

• Experience in fixture design and workstation design Proficiency in 3D modeling and assembly design using Creo Knowledge of manufacturing assembly processes
• Understanding of ergonomics standards for workstation design Ability to perform tolerance stack-up analysis
• Familiarity with mechanical design concepts, fabrication methods, and design for manufacturing Coordination with cross-functional teams such as production, quality, and engineering