Job Description
About the Role
We are developing advanced physical products that require strong mechanical engineering capabilities, precision, and rapid execution. The Mechanical R&D Engineer will be responsible for designing, prototyping, and validating high-performance mechanical systems. This role involves hands-on engineering work, rapid iteration, and close collaboration across disciplines. It requires the ability to convert concepts into functional prototypes and refined engineering solutions.
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Key Responsibilities
1. Mechanical Design & CAD Engineering
· Develop high-precision 3D models, assemblies, and detailed engineering drawings using SolidWorks.
· Design complex mechanisms, enclosures, actuators, and high-tolerance components.
· Perform tolerance stack-up analysis and ensure manufacturability and engineering integrity for production.
2. Rapid Prototyping & Experimental Builds
· Translate design concepts into functional prototypes using 3D printing, machining, sheet-metal fabrication, molding, and other processes.
· Assemble, modify, test, and refine prototypes through multiple iteration cycles.
· Collaborate with electronics, firmware, and cross-functional teams for integrated proof-of-concept builds.
3. Design for Performance & Reliability
· Engineer systems to withstand thermal loads, vibrations, shock, environmental conditions, and long-term usage.
· Conduct structural, thermal, and modal simulations using FEA tools to validate and optimize designs.
· Lead mechanical root-cause investigations and implement corrective actions and performance improvements.
4. Manufacturing & Supplier Collaboration
· Work with suppliers for machining, injection molding, sheet metal, casting, and other manufacturing processes.
· Prepare production-ready drawings, GD&T specifications, and Bills of Materials (BOMs).
· Optimize designs for DFM and DFA while maintaining performance and design objectives.
5. Innovation & Problem Solving
· Develop innovative mechanisms and user-centric mechanical solutions.
· Explore new materials, fabrication techniques, and manufacturing processes.
· Contribute to the mechanical architecture of next-generation product platforms.
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Required Skills & Expertise
Mechanical Engineering Fundamentals
· Strong foundation in mechanics, kinematics, thermodynamics, materials, and manufacturing technologies.
· Experience designing complex assemblies and precision components.
· SolidWorks (Mandatory)
Advanced proficiency in:
· 3D modelling
· Assembly design and motion studies
· Surface modelling
· Sheet metal and plastic component design
· Weldments
· Engineering drawings (1st and 3rd angle projections)
· BOM generation
· Simulation (FEA)
Prototyping
· Hands-on experience with 3D printing, machining, CNC operations, rapid tooling, and model-making.
· Ability to independently convert concepts into functional prototypes.
Preferred Skills (Bonus)
· Experience in consumer products, robotics, appliance engineering, mechanisms, or electro-mechanical systems.
· Knowledge of IP ratings, safety standards, and reliability engineering practices.
· Experience with CAE tools such as Ansys, SolidWorks Simulation, or Creo Simulate.
· Understanding of DFM/DFA, GD&T, and production processes
Experience Requirements
· 6–8 years of experience in mechanical design, product development, R&D, or innovation-focused engineering roles.
· Proven track record of developing functional prototypes and not limited to CAD-only work.
---
Why Join Us
· Opportunity to work in a high-performance, fast-paced R&D environment.
· High ownership and autonomy in mechanical design and prototyping.
· Participate in the creation of advanced products aimed at global markets.
· Collaborate with interdisciplinary teams to execute end-to-end product development.
Qualification
BTech /Mtech
We are developing advanced physical products that require strong mechanical engineering capabilities, precision, and rapid execution. The Mechanical R&D Engineer will be responsible for designing, prototyping, and validating high-performance mechanical systems. This role involves hands-on engineering work, rapid iteration, and close collaboration across disciplines. It requires the ability to convert concepts into functional prototypes and refined engineering solutions.
---
Key Responsibilities
1. Mechanical Design & CAD Engineering
· Develop high-precision 3D models, assemblies, and detailed engineering drawings using SolidWorks.
· Design complex mechanisms, enclosures, actuators, and high-tolerance components.
· Perform tolerance stack-up analysis and ensure manufacturability and engineering integrity for production.
2. Rapid Prototyping & Experimental Builds
· Translate design concepts into functional prototypes using 3D printing, machining, sheet-metal fabrication, molding, and other processes.
· Assemble, modify, test, and refine prototypes through multiple iteration cycles.
· Collaborate with electronics, firmware, and cross-functional teams for integrated proof-of-concept builds.
3. Design for Performance & Reliability
· Engineer systems to withstand thermal loads, vibrations, shock, environmental conditions, and long-term usage.
· Conduct structural, thermal, and modal simulations using FEA tools to validate and optimize designs.
· Lead mechanical root-cause investigations and implement corrective actions and performance improvements.
4. Manufacturing & Supplier Collaboration
· Work with suppliers for machining, injection molding, sheet metal, casting, and other manufacturing processes.
· Prepare production-ready drawings, GD&T specifications, and Bills of Materials (BOMs).
· Optimize designs for DFM and DFA while maintaining performance and design objectives.
5. Innovation & Problem Solving
· Develop innovative mechanisms and user-centric mechanical solutions.
· Explore new materials, fabrication techniques, and manufacturing processes.
· Contribute to the mechanical architecture of next-generation product platforms.
---
Required Skills & Expertise
Mechanical Engineering Fundamentals
· Strong foundation in mechanics, kinematics, thermodynamics, materials, and manufacturing technologies.
· Experience designing complex assemblies and precision components.
· SolidWorks (Mandatory)
Advanced proficiency in:
· 3D modelling
· Assembly design and motion studies
· Surface modelling
· Sheet metal and plastic component design
· Weldments
· Engineering drawings (1st and 3rd angle projections)
· BOM generation
· Simulation (FEA)
Prototyping
· Hands-on experience with 3D printing, machining, CNC operations, rapid tooling, and model-making.
· Ability to independently convert concepts into functional prototypes.
Preferred Skills (Bonus)
· Experience in consumer products, robotics, appliance engineering, mechanisms, or electro-mechanical systems.
· Knowledge of IP ratings, safety standards, and reliability engineering practices.
· Experience with CAE tools such as Ansys, SolidWorks Simulation, or Creo Simulate.
· Understanding of DFM/DFA, GD&T, and production processes
Experience Requirements
· 6–8 years of experience in mechanical design, product development, R&D, or innovation-focused engineering roles.
· Proven track record of developing functional prototypes and not limited to CAD-only work.
---
Why Join Us
· Opportunity to work in a high-performance, fast-paced R&D environment.
· High ownership and autonomy in mechanical design and prototyping.
· Participate in the creation of advanced products aimed at global markets.
· Collaborate with interdisciplinary teams to execute end-to-end product development.
Qualification
BTech /Mtech
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