1.

System Architecture: Design and develop advanced hydraulic circuits (Open/Closed loop,

Load-Sensing/Positive Control/Negative Control) specifically mated to variable-speed PMSM motors.

2.

Component Selection: Lead the selection of proprietary high-efficiency variable displacement pumps, control valves, actuators, and accumulators.

3.

Performance Optimization: Calculate and simulate hydraulic flow requirements to ensure seamless synergy with motor controllers, focusing on energy saving.

4.

EV Specific Design: Implement hydraulic coupling strategies for traction and working motors to increase overall machine efficiency by targeting peak motor efficiency zones.

5.

NPI Leadership: Drive the full Current Product Introduction (NPI) cycle from conceptual 3D modeling (Creo/SolidWorks) to prototype testing, validation,



and field trials in harsh mining environments.

- Reliability & Failure Analysis: Conduct DFMEA, Root Cause Analysis (RCA), and more.

Requirements

Education: B.Tech/M.Tech in Mechanical or Automobile Engineering from a reputed institution. Experience: Minimum 8 years in heavy equipment hydraulic design (Excavators/Loaders) with a proven track record of successful product launches.

Software Proficiency: Highly Skilled

Technical Knowledge: Deep understanding of electro-hydraulic systems, CAN-bus communication,

and motor-pump integration.

Industry Context: Familiarity with the Indian construction equipment landscape and global sustainability trends.

📌 Senior Design Engineer – Hydraulic Systems (Electric Construction Equipment) (India)
🏢 MarketScope
📍 India