Electric Motor design experts with extensive experience in design of High voltage and Low voltage Permanent Magnet Synchronous Motor (PMSM), Switched Reluctance Moto r(SRM), Brushless DC Motor (BLDC) and SynRM for different applications such as Medical applications, aircraft applications and EV applications. Our experts are highly qualified with PhD in motor design and having good knowledge of different motor technology such as radial flux motor, axial flux motor, Halbach array motor and different lamination materials.

1. Electromagnetic design, performance simulation and cot optimization studies.

2. Designed and simulated the 150 KW, 360 Nm Interior Permanent Magnet Synchronous Motor for EV applications using Harpin coils.

3. Analyzed the drive cycle performance of IPMSM using various drive system US06, NEDC, HIGHWAY.

4. Designed and Simulated performance of IPMSM with SMC and Hiperco materials.

5. Analyzed cogging torque of IPMSM for EV application.

6. Analyze coupled thermal analysis of IPMSM using Water Jacket cooling and oil spray cooling method,

7. Finding the new problem statement for the Electrical motors using different materials.

8. Writing process document, technical paper and presenting in international conferences

9. Designed and simulated 4mm slotless BLDC motor for medical heart pump applications.

10. R/K2 Vs Magnet OD curve has been plotted for finding the optimized dimensions with low saturations and low R/K2 Value

11. Designed and simulated BLDC Motor with 6 Halbach bonded magnet.

12. Worked on Component/Material selection, prototype making, and Prototype validation.

13. Team Player with experience in collabrotaing with cross functional team for

14. Motor design and development is based on customer needs

1. Proficiency in finite element analysis software such as Altair FluxMotor, Flux, Ansys Maxwell, MAgnetv6, Motor-solve, Motor-CAD.

2. Having good knowledge in motor design from scratch with design calculation and coil pattern and material selection.

3. Strong understanding of validating motor electromagnetic and thermal design including performance.

Highly skilled and experienced gearbox Design team with over a decade of experience in designing and developing innovative gearing systems. Highly qualified expertise in utilizing advanced software tools for simulation of gearbox design. Demonstrates a strong understanding of mechanical engineering principles and excellent problem-solving abilities.

1. Successfully designed and developed gear systems for various applications, ensuring efficient performance and durability.

2. Collaborated with cross-functional teams to analyze clint’s requirements and translate them into feasible designs.

3. Utilization of high end software for gear and shaft calculations and simulation, applying necessary modifications for optimal results.

4. Durability analysis and material selection for gearbox design.

5. Knowhow of compliance with industry standards.

6. Provide technical guidance and support assembly process, strength analysis, modification requirement and value addition.

7. Utilized advanced design techniques and tools to optimize gear performance, reduce noise and vibration, and enhance overall system efficiency.

8. Selection of appropriate materials and components for gearbox design, ensuring reliability and cost-effectiveness.

1. Proficiency in High end gearing simulation and durability analysis softwares for gears, bearings and shaft calculations, including gear design optimization, load analysis, and contact stress analysis.

2. Extensive experience in gearing analysis, benchmarking and reverse engineering.

3. Solid understanding of mechanical engineering principles, including material selection, kinematics, stress analysis, and failure mode analysis, DFMEA, GD&T.

4. Excellent problem-solving skills, able to identify and resolve design issues, optimize performance, with a great sense of urgency.

5. In-depth knowledge of industry standards and regulations related to gearbox design, including ISO and AGMA guidelines.