Raphe mPhibr Pvt Ltd is a manufacturer of carbon fibre composite products for major industrial sectors such as aerospace, defense, construction, automobile, electrical and electronics, wind energy, marine, sports, telecommunications and many more.

Our work is spread on a variety of industrial domains. Our primary focus is to support the budding drone industry in India and to provide assistance to the defence sector in developing the world-class products. We are helping the drone revolution in India by designing and developing various composite structures such as frames, propellers & support structures that are used in a UAV (unmanned aerial vehicle).

Job Description : 

- Raphe is seeking skilled and motivated mechanical engineer who will be part of growing and dynamic team responsible for design and development of unmanned aerial robots and multirotor vehicles.

- A thorough knowledge of mechanical engineering subjects such as Strength of materials, Finite element methods, Dynamics and vibration and Principles of composite material mechanics will come in handy.

Required Skills :

- Minimum five years of experience using designing software for product development.

- Hands on experience with various rapid prototyping techniques

- Concept development, sketching, come up with innovative solutions for part design and processes.

- Simple automation and mechanism design using slides, motors, and controls is helpful.

- Practical, hands-on prototyping skills, and knowledge of fabrication methods including carbon fiber, machining, casting, and injection molding.

- Experience with engineering projects and integrating with teams.

- Excellent general cognitive abilities and problem-solving skills.

- Excellent communication and presentation skills required.

Qualification :

- Ph.D. in mechanical engineering or M.Tech. + 3 years- experience or B.Tech. + 5 year- experience in product design.

- Knowledge of state-of-the art emergent UAV and UAS technologies.

Responsibilities :

- Electro-mechanical design and industrial product design using SOLIDWORKS.

- Additive layer manufacturing of physical part or assembly using three-dimensional SOLIDWORKS design.

- Optimize the 3D printing process parameters and tolerances to achieve different functional 3D printed parts.

- SOLIDWORKS simulation for structural simulation on parts and assemblies with finite element analysis (FEA).

- Linear stress analysis, Drop test analysis, Metal fatigue, Structural optimization, Dynamic Analysis of UAVs.

- Lead the mechanical team involved in developing various UAV frames using carbon fiber and advanced honeycomb-based hybrid materials.

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