Mechanical Engineer

Embedded Systems

Mechanical Engineer responsible for designing and developing mechanical enclosures and structures for embedded and IoT devices. Works closely with the embedded (hardware & firmware) team to ensure proper integration, thermal management, durability, and production feasibility.

Key Responsibilities

• Design mechanical enclosures and housings for IoT and embedded devices
• Work closely with embedded hardware team for PCB fitment and component placement
• Ensure proper thermal management, ventilation, and heat dissipation
• Develop 2D drawings and 3D models for products and assemblies
• Select appropriate materials based on application and environment
• Coordinate with vendors for fabrication, machining, and molding
• Support prototyping, testing, and product validation
• Ensure product durability, IP rating (Ingress Protection), and environmental compliance
• Modify designs based on testing feedback and field requirements
• Collaborate with firmware team for sensor placement and usability
• Prepare and maintain design documentation and BOM (Bill of Materials)
• Support production team during assembly and manufacturing
• Ensure cost-effective and manufacturable design solutions

Required Skills

• Strong knowledge of mechanical design fundamentals
• Experience in 3D CAD tools (SolidWorks, AutoCAD, Fusion 360, etc.)
• Understanding of sheet metal, plastics, and enclosure design
• Knowledge of thermal management and heat dissipation techniques
• Familiarity with IP ratings and environmental considerations
• Basic understanding of electronics and embedded systems
• Good problem-solving and analytical skills
• Ability to work in cross-functional teams

Educational Qualification

• Bachelor’s Degree in Mechanical Engineering or related field

Experience

• 1-2 years of experience in mechanical design, preferably for electronics/IoT products

Other Requirements

• Ability to coordinate with embedded and production teams
• Willingness to visit vendors or manufacturing units if required
• Good documentation and communication skills

Key Performance Indicators (KPIs)

• Design accuracy and fitment success
• Prototype success rate
• Time to finalize mechanical design
• Cost optimization
• Reduction in field-related mechanical issues