Mechanical Design Engineer

An innovative engineering and robotics enterprise that specializes in developing custom automation platforms and advanced robotic systems for industrial and medical clients.

The company designs tailored, high-precision turn-key solutions that integrate cutting-edge machine control, real-time software architectures, and complex hardware configurations.

Serving high-stakes manufacturing and healthcare sectors, the company provides a dynamic environment driven by technological ingenuity and operational excellence.

The headquarters is based in a central tech hub (highly accessible, situated directly along the main transit network), operating under a hybrid model.

Position Overview

• Mechanical Design Engineer joining a high-caliber R&D engineering group to design and develop next-generation automation and custom robotic systems.

• Driving the mechanical development lifecycle—from initial concept layout and detailed 3D modeling through to physical assembly, structural optimization, and system integration.

• Developing multi-disciplinary machinery that seamlessly fuses complex moving mechanisms, high-precision drive and motion lines, industrial control systems, and pneumatic components.

• Executing rigorous design reviews, selecting materials and manufacturing technologies, and ensuring overall system durability and performance.

• Core Domain & Ecosystem- Mechanical Product Design, Custom Automation & Robotics, Motion & Drive Systems, Pneumatics, Kinematics, SolidWorks, Structural Modeling, Design for Manufacturing (DFM), Serial Production.

Requirements-

• Academic Background: B.Sc. in Mechanical Engineering from a recognized academic institution – Mandatory

• 2–3 years of proven professional experience dedicated strictly to core mechanical design and hardware development – Mandatory

• Significant, hands-on development proficiency utilizing SolidWorks for 3D modeling, detailed detailing, and assembly configuration – Mandatory

• Practical engineering experience designing machines or automated setups that incorporate dynamic mechanisms, motor-driven systems, controls, and pneumatics – Mandatory

• Strong technical problem-solving skills with a high attention to engineering tolerances and physics principles – Mandatory

• Professional experience preparing complex assemblies or parts for serial production lines (DFM) – Advantage