Mechanical Engineer

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

• Bachelors 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

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