Engineering Services

Our Wiring Harness Design Services support accurate, repeatable, and cost-effective testing of automotive components and systems. From initial concept to fully functional Harness, we deliver customized mechanical and mechatronic solutions that meet demanding validation and durability standards.

We offer end-to-end services for Full Vehicle Electrical Architecture development, integration, and validation. Our solutions are engineered to meet the growing complexity of modern vehicles, including ICE, hybrid, and EV platforms. 

Key Capabilities: 

1. System Design & Architecture Layout : Development of high-level and detailed architecture diagrams, including power distribution, signal flow, and communication networks (CAN, LIN, FlexRay, Ethernet).

2. Wiring Harness Design & Optimization : Design of efficient, modular harness systems considering weight, routing, thermal management, and serviceability.

We support OEMs and Tier 1 suppliers through the entire vehicle development cycle—from concept architecture to production-ready systems—ensuring functional safety, regulatory compliance, and integration efficiency. 

Our Test Rig & Fixture Development services support accurate, repeatable, and cost-effective testing of automotive components and systems. From initial concept to fully functional rigs, we deliver customized mechanical and mechatronic solutions that meet demanding validation and durability standards.

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Our Capabilities : 1. Custom Test Rig Design & Fabrication

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  Endurance and fatigue rigs for suspension, steering, chassis, etc.

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  Hydraulic and electromechanical test rigs

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  Multi-axis load simulation (MALS) systems

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  Modular and scalable rig designs

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2. Specialized Fixture Development

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  Rigid and adjustable test fixtures for various components

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  Quick-change systems for efficient test cycles

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  Fixtures designed for NVH, thermal, vibration, and static testing

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  High-strength materials with precision machining

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3. Integration with Data Acquisition & Control Systems 

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  Compatibility with servo-hydraulic and electric actuator systems

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  Real-time control loops using LabVIEW, dSPACE, or NI hardware

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  Sensors integration: force, displacement, pressure, strain, etc.

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