Rajnish Kumar

Highly experienced BIW Design Engineer with 8+ years developing and designing automotive body structures using NX and Solidworks. Expertise in generative shape design, part design, and assembly. Proven ability to translate design concepts into manufacturable components, ensuring adherence to industry standards and contributing to weight and cost optimization.

• Communication (written and verbal)
• Problem-solving
• Teamwork
• Project Management
• Time Management

In Nexgen Robotic Automation Pvt. Ltd.

• Client - Suzuki Motor Cycle Pvt. Ltd.

Swing Arm, GE110 and XF124 (3D Concept Design of Robotic Mig Welding Fixture, Robotic cell ,2D Detailing and Operation Sequence)

• Client - Yutaka Autoparts Pvt. Ltd.

2UA and 2VM (3D Concept Design of Robotic Mig Welding Fixture, 2D Detailing, Operation Sequence and Pneumatic Circuit)

• Client - Bestex MM Auto Pvt. Ltd.

2B-TG (3D Concept Design of Robotic Spot Welding Fixture, 2D Detailing and Operation Sequence)

• Client - Caparo Maruti Ltd.

YNC Cross Member Front Panel and Y1K Panel Comp Cowl (3D Concept Design of Robotic Spot Welding Fixture, 2D Detailing and Operation Sequence)

• Client - TI Metal Forming

Y1K Beam Comp Rear Door R & L (3D Concept Design of Robotic Mig Welding Fixture, Robotic cell ,2D Detailing and Operation Sequence)

Y1K Sash Comp Front and Rear Door R & L (3D Concept Design of Robotic Spot Welding Fixture, Robotic cell, 2D Detailing and Operation Sequence)

• Client - Krishna Maruti Limited

YSD FR Fender Line

• Client - NTF India Pvt. Ltd.

YL7 Front Bumper (3D Concept Design of Robotic Ultrasonic Fixture, Ultrasonic Gripper, Robotic Cell and Operation Sequence)

In EBZ Systec India Pvt. Ltd.

• Client - Daimler

Z3 Projects (Panel - X540, MMA_X244, MMA_W244, NL_MMA_C174, RL_MMA_H244, MBEAM_W520)

Responsibilities:

3D Concept Design of Geo Station, Handling Gripper, Screwing Gripper, LME, Calibration Stand and Tool Docking Stand for Closures with Complete understanding of Process, Operation Sequence of the tool, Calculate Payload of gripper for Kuka Robot, Ergonomics Document, Clearing the tool in Simulation and Coordination with EBZ-RV Team for reviewing Tools and Implementing suggestions.

• Client - Daimler

AMG: KOF_MH (Panel - W520)

Responsibilities:

3D Concept Design of Geo Station, Hemming Station, Induction Tools, Gluing tools, Handling and Process Gripper, Operation Sequence of the tool, Calculate Payload of gripper for Kuka Robot, Clearing the tool in simulation, Coordination with EBZ Systec, Germany for reviewing tools, Vendor Management for 2D Detailing.

• Client - Daimler

AMZ Z2 SWI and SWA (Panel - X591 and C591)

3D Concept Design of Geo Station for Spot Welding, Handling Gripper, Operation Sequence of the tool, Calculate Payload of gripper for Kuka Robot, Coordination with EBZ Poland Simulation Team for Clearing tool in simulation and Coordination with EBZ Ammerbuch for reviewing Tools and implementing the suggestions.

• Client - Daimler

MBUSI_Z1 (Panel - X254)

3D Concept Design of Geo Station for Spot Welding & Stud Welding, Handling Grippers and Docking Stand, Calculate Payload of gripper for Kuka Robot, Operation Sequence of the tool, Coordination with Simulation Team for clearing the Robot.