NT
Mechanical Engineer
Accepting applicationsNaveera Tech · India
Full-Time Entry aiaterf
Posted
1d ago
Category
Test
Experience
Entry
Country
India
About the Role
As a Mechanical Engineer at Naveera, you'll own the mechanical design of our IoT and edge devices from concept through production. You will be responsible for enclosures, thermal requirements, thermal constraints, sensor placement, manufacturability, and field durability, ensuring our devices can operate reliably in real-world fleet and edge environments. This role is ideal for someone who can balance thermal, mechanical, environmental, and production needs while working closely with electrical, firmware, and manufacturing teams.
Responsibilities
Design and develop enclosures and mechanical systems for IoT and edge devices from concept through production
Own thermal design for devices, including thermal requirements, thermal constraints, heat dissipation strategies, and thermal validation
Define and optimize placement of thermal sensors and other critical components to support reliable system performance
Design for harsh operating conditions including heat, vibration, dust, moisture, and long-duration field use
Collaborate with electrical, firmware, and hardware teams to ensure mechanical design supports board layout, connectors, antennas, cameras, sensors, cooling, and serviceability
Select materials, fastening methods, seals, gaskets, and structural features appropriate for product requirements and operating environments
Perform mechanical and thermal analysis, tolerance reviews, and design tradeoff studies to improve reliability and manufacturability
Build prototypes, support bring-up, and validate designs through thermal, vibration, fit, and environmental testing
Work with manufacturers and suppliers to support DFM, DFA, tooling, pilot builds, and production ramp
Create and maintain CAD models, drawings, assembly documentation, test procedures, and manufacturing documentation
Required Qualifications
3+ years of mechanical engineering experience developing production hardware or IoT devices
Strong experience designing enclosures and mechanical assemblies for electronics or embedded devices
Strong understanding of thermal management for compact electronic systems, including passive cooling, airflow, heat spreading, and thermal constraints
Experience working with thermal sensors, mechanical integration of electronics, and component placement tradeoffs
Proficiency with CAD tools for 3D modeling and mechanical design
Experience with material selection, tolerance stack-up, fastening strategies, and manufacturing constraints
Experience designing for reliability, durability, and real-world environmental conditions
Ability to work cross-functionally with electrical, firmware, manufacturing, and product teams
Preferred Qualifications
Experience with fleet, automotive, industrial, or edge devices deployed in harsh environments
Experience with thermal simulation, FEA, or related analysis tools
Familiarity with ingress protection, sealing strategies, EMI-related enclosure considerations, and environmental compliance requirements
Experience supporting EVT, DVT, PVT, and handoff to manufacturing
Background in camera systems, sensor housings, telematics devices, or other connected hardware products
Experience working with contract manufacturers, tooling vendors, and injection molded or die-cast parts
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As a Mechanical Engineer at Naveera, you'll own the mechanical design of our IoT and edge devices from concept through production. You will be responsible for enclosures, thermal requirements, thermal constraints, sensor placement, manufacturability, and field durability, ensuring our devices can operate reliably in real-world fleet and edge environments. This role is ideal for someone who can balance thermal, mechanical, environmental, and production needs while working closely with electrical, firmware, and manufacturing teams.
Responsibilities
Design and develop enclosures and mechanical systems for IoT and edge devices from concept through production
Own thermal design for devices, including thermal requirements, thermal constraints, heat dissipation strategies, and thermal validation
Define and optimize placement of thermal sensors and other critical components to support reliable system performance
Design for harsh operating conditions including heat, vibration, dust, moisture, and long-duration field use
Collaborate with electrical, firmware, and hardware teams to ensure mechanical design supports board layout, connectors, antennas, cameras, sensors, cooling, and serviceability
Select materials, fastening methods, seals, gaskets, and structural features appropriate for product requirements and operating environments
Perform mechanical and thermal analysis, tolerance reviews, and design tradeoff studies to improve reliability and manufacturability
Build prototypes, support bring-up, and validate designs through thermal, vibration, fit, and environmental testing
Work with manufacturers and suppliers to support DFM, DFA, tooling, pilot builds, and production ramp
Create and maintain CAD models, drawings, assembly documentation, test procedures, and manufacturing documentation
Required Qualifications
3+ years of mechanical engineering experience developing production hardware or IoT devices
Strong experience designing enclosures and mechanical assemblies for electronics or embedded devices
Strong understanding of thermal management for compact electronic systems, including passive cooling, airflow, heat spreading, and thermal constraints
Experience working with thermal sensors, mechanical integration of electronics, and component placement tradeoffs
Proficiency with CAD tools for 3D modeling and mechanical design
Experience with material selection, tolerance stack-up, fastening strategies, and manufacturing constraints
Experience designing for reliability, durability, and real-world environmental conditions
Ability to work cross-functionally with electrical, firmware, manufacturing, and product teams
Preferred Qualifications
Experience with fleet, automotive, industrial, or edge devices deployed in harsh environments
Experience with thermal simulation, FEA, or related analysis tools
Familiarity with ingress protection, sealing strategies, EMI-related enclosure considerations, and environmental compliance requirements
Experience supporting EVT, DVT, PVT, and handoff to manufacturing
Background in camera systems, sensor housings, telematics devices, or other connected hardware products
Experience working with contract manufacturers, tooling vendors, and injection molded or die-cast parts
Show more Show less