Engineering services
Vehicle Engineering
Vehicle engineering encompasses the design, development, and production of vehicles, ensuring they meet safety, performance, efficiency, and regulatory standards. We adhere strictly to current global standards in Product Development, ensuring compliance and quality throughout the process. Our comprehensive suite of services empowers customers with a competitive edge, covering product design, development, testing, validation, and Manufacturing Engineering support across the board.
Product Development
DesAot offers full-service engineering support for OEM and Tier 1 customers, spanning from initial styling ideation to the start of production. Our engineering leadership brings extensive automotive experience from Europe, Japan, China, United States of America and India.
From initial concept to final design, we manage the entire product development lifecycle.
Product Development Experience
Instrument Panel & Console
Sedan – Pillar Trims, Quarter Trim & Trunk trim
Carbon Fibre Exterior Panels (Engine Hood, Door, Fender, Bumper, Roof & Tailgate)
Instrument Panel, Front and Rear Console, Pillar Trims, Quarter Trim Pre development
Design Validation
Virtual Simulation represents a critical milestone in developing the next generation of vehicles. It’s here that decisions are made on whether a vehicle, concept, or prototype meets SOP criteria and complies with legal standards. At DesAot, we view Computer Aided Engineering (CAE) as more than just using simulation software. Our engineers possess extensive expertise, with 15 years of technical experience in simulation consulting. This depth of knowledge enables us to thoroughly understand and adeptly solve even the most intricate challenges in vehicle development.
Occupant Safety
- Head Impact
- Knee Impact
- Side Impact
- Airbag Deployment
- Pedestrian Protection
Full Vehicle Simulation
- Frontal Impact
- Side Impact
- Rear Impact
- Rollover
- Slow Speed Impact
Durability
- Structural Strength and Stiffness
- Thermal
- Vibration – NVH / FR
- Topology Optimisation
- Pedestrian Protection
CFD and Mold Flow
- Thermal Management
- Airflow Directivity
- Pressure Drop Analysis
- Acoustic Analysis
- Mold Flow Simulation
Advanced Engineering (Light – Weight)
Minimizing the weight of an end product without compromising its stability and reliability can be achieved through various strategies involving advanced structures and materials. We have the extensive capability to design Composite Components for various Materials and Processes. Top of Form
Composite Design based on Materials
Glass Fibre (GFRP)
Carbon Fibre (CFRP)
Natural Fibre (Hemp/Flax/Bamboo)
Aramid / Kevlar Fibre
DCPD (Reaction Injection Moulding)
Sandwich Panel Structure
Composite Design Based on Process