[Apply Now] Mechanical Precision Design and Assembly Engineer

We are seeking a highly skilled and motivated Mechanical Design and Assembly Engineer with a solid foundation in Mechanical Design, Manufacturing, Mechatronics, Control Systems, and Structural Analysis. The ideal candidate is a Mechanical Design Engineer with hands-on experience in designing and assembling rotating precision devices, such as electric motor test benches, spindle systems, or drivetrain components. The individual must possess strong expertise in vibration and structural analysis, ensuring mechanical stability and performance at high-speed operation.

They should have a solid foundation in mechanical design, precision assembly, and manufacturing processes, along with practical experience using CAD and FEA tools (e.g., SolidWorks, CATIA, ANSYS). A background in mechatronics and motion control systems will be a strong advantage.

This role suits an engineer who enjoys working on end-to-end product development — from concept design and analysis to manufacturing, assembly, and testing — with a focus on accuracy, reliability, and performance optimization in rotating machinery applications.

This is 'Work from Office' position only, Mon-Fri 9AM to 6PM

Work Location : Nidec Advance Technology India (NATI)

Workhub by Novel, 2^nd F, Plot No.37,21&24, Doddanakundi Industrial Area 2, Phase 1,

ITPL Road Doddanekkundi, Bengaluru, Karnataka 560048

600 mtrs from Hoodi Metro Station

The engineer will contribute to designing and optimizing test benches with high precision

and reliability. He / she will be responsible for ensuring structural integrity, minimizing noise &

vibration, and optimizing manufacturing processes for efficient assembly.

The engineer will have the opportunity to apply and enhance knowledge in the following

domains :

 Precision mechanical design

 Structural and vibration analysis

 Manufacturing and assembly techniques

 Mechatronics and control systems

 High-speed motor testing methodologies

Main Responsibilities :

 Define mechanical requirements, develop design specifications, and create detailed

drawings.

 Design precision mechanical components and structures for test benches using CAD

software (e.g., SolidWorks, CATIA, or AutoCAD).

 Perform structural analysis (FEA) and noise, vibration analysis to ensure mechanical

stability at high-speed operation, in collaboration with our research center or external

partners.

 Optimize designs for manufacturability and ease of assembly.

 Develop jigs and fixtures to improve assembly accuracy and repeatability.

 Oversee the manufacturing and procurement of mechanical components.

 Assemble and integrate mechanical systems, ensuring alignment and precision.

 Troubleshoot mechanical issues and implement design improvements based on testing

feedback.

 Collaborate with electrical and software teams for seamless integration of sensors and

actuators.

 Maintain detailed documentation, including 3D models, 2D drawings, BOMs, and

assembly procedures.

 Ensure adherence to best engineering practices, safety standards, and quality control

processes.

2. Skills & Experience Required :

 5+ years of relevant experience in mechanical design, precision assembly, or test bench

development.

 Graduate degree in Mechanical Engineering, Mechatronics, or a related field.

– (Preferred)

 Strong knowledge of mechanical design principles, material selection, and machining

processes.

 Hands-on experience with CAD software (e.g., SolidWorks, CATIA, AutoCAD) for 3D

modeling and drafting.

 Experience with structural and noise & vibration analysis tools (e.g., ANSYS, Abaqus, or

similar FEA software). – (Preferred)

 Proficiency in GD&T (Geometric Dimensioning & Tolerancing) and tolerance analysis.

 Knowledge of high-speed rotating equipment, bearing systems, and vibration control

techniques.

 Understanding or experience with manufacturing processes such as CNC machining,

welding, and surface treatment.

 Understanding of assembly techniques, fastening methods, and precision alignment.

 Familiarity with motion control systems, including servo and stepper motors.

 Basic knowledge of industrial sensors, actuators, and data acquisition systems.

 Experience with issue tracking systems such as Redmine, Jira, or similar.