Job Description

Responsibilities & Key Deliverables

Responsible for design, development and delivery of suspension (independent & rigid), vehicle dynamics, steering (recirculating ball and rack & pinion type), axles, brakes, chassis, wheels, driveshaft/propeller shaft, powertrain mounts and NVH characteristics for electric and ICE vehicles. Responsible for creating vehicle strategy/architecture by smartly deriving suspension, steering, axle, brakes and chassis parameters and hard points for best-in-class vehicle performances. Good experience on cross combination of suspension and steering architectures Demonstrate proficiency in hardpoint finalization, ride & handling calculations, wheel alignment parameters, suspension kinematics & compliance, steering kinematics, load transfer & control, vehicle dynamics target setting for system level & vehicle level, critical speed calculation. Optimize vehicle performance by fine-tuning vehicle parameters through mathematical modelling of quarter car/half-car/full car models using excel sheet, MATLAB, Simulink, and Simscape. Design and develop comprehensive Brakes system, focusing on homologation requirements to meet BIC performances. Must have hands on experience on all calculations. Specialize in rubber mount design, conducting 6DOF analysis to meet KED% targets, determining natural frequency of mount systems, assessing dynamic stiffness, damping, Tan Delta, and ensuring mount durability meets target life requirements. NVH - Rotational machinery vibration, active and passive vibration, pass and in cab noise, NVH regulatory requirements, isolation efficiency, frequency spectrum and waterfall analysis, order analysis. Lead daily engineering meetings, providing input and coordinating team efforts. Develop prototypes, conduct testing, and validate suspension components and systems using both virtual and physical methods.

Experience

15 to 17 Years

Industry Preferred

Automotive

Qualifications

B.E/B.Tech in Mechanical Engineering and related fields

General Requirements

Should have worked on small commercial vehicle, passenger vehicles and 3 wheeler platforms. Proficiency in CAD software for 3D modelling and design, particularly CATIA. Knowledge in change management ECR/ECN and how the revision change works in Teamcenter. Skilled in BOM management / Change Management & Weight Tracking Experience in electric vehicles with integration Experience in DVP testing and hands on experience in ride & handling evaluation, both subjective and objective and NVH testing are must

Job Segment:

Mechanical Engineer, CAD, Drafting, Engineer, Engineering, Automotive