Multi-energy platforms. Modular architectures built with Tier-1s. Driver-centric cabs. Cost, compliance, durability and safety. Each one is a programme in its own right. None of them can be engineered in isolation.
Each force below is manageable on its own. What makes them hard is that they arrive together, on the same programme, and each one lands on cost, quality or schedule.
Integrating diverse propulsion technologies through vehicle-level engineering across powertrain, chassis, thermal and electrical domains. Supporting ICE, BEV, FCEV and future propulsion architectures.
Engineering modular commercial vehicle architectures through vehicle-level integration and close collaboration with Tier-1 partners, resolving supplier-developed systems into a modular whole vehicle.
One vehicle envelope
Every force lands here
Designing driver-centric cabs through optimized packaging, visibility, ergonomics and cockpit technologies, including HVAC and cockpit electronics.
Balancing cost, compliance, durability and safety across increasingly stringent global regulations while still achieving cost targets.
UNECE · FMVSS · ADR · NCAP · AIS
None of these four can be resolved inside its own domain. They interact at the vehicle level, which is exactly where a fragmented supply base has no owner.
Competitive advantage is moving up to the vehicle level, where all forces converge.
Which changes what an OEM needs from a partner
A single partner driving accountability across all four levers, for every vehicle program.
Select a domain on the vehicle. Every one of them is engineered by the same accountable team, which is precisely why the handoffs between them stop being your problem.
Five energy paths engineered on one platform, integrated across chassis, thermal and electrical domains.
Five digital enablers run across all four domains, not beside them
A seamless engineering continuum from benchmarking insights to production readiness. Six stages, one accountable owner, no handoff loss between design, validation and production.
The benchmarked cost baseline is set before the first design release. Every downstream decision is measured against it.
The vehicle takes shape against that cost baseline, not alongside it.
Powertrain, cabin & body, electrical and chassis engineered under one owner, with no handoff loss between design, validation and production.
Issues surface in benchmark and simulation, not at launch. This is also where documented cost-out is found.
Made-to-build design: manufacturing and tooling constraints engineered in upfront.
The team that set the baseline is still accountable when the vehicle reaches production.
Benchmarked cost baseline set before the first design release.
Manufacturing and tooling constraints engineered in upfront.
No handoff loss between design, validation and production.
Issues surface in benchmark and simulation, not at launch.
Proven engineering experience across commercial vehicle segments, configurations and markets: on-highway and vocational trucks, city buses and coaches, and special application variants built on truck platforms.
Commercial vehicle delivery credentials
Across 20+ global OEMs and Tier-1s, our longest-running commercial vehicle engagements show what whole-vehicle ownership looks like once it has compounded over time. Three of them, in brief.
Cab, chassis and vehicle integration across mechanical and E/E domains, including alternative and zero-emission platforms.
KPI-owned onsite and offshore delivery model
End-to-end engine programs spanning development, integration, controls and calibration, with emissions compliance across India, US and China.
2% of annual savings reinvested in co-innovation
Truck and bus engineering across chassis, cabin, electrical and simulation, with digital mock-ups and design-stage product costing.
Concurrent delivery across five engineering locations
Truck & bus programs delivered. Mechanical and electrical vehicle ownership.
Energy paths: ICE, BEV, FCEV, PHEV, H2ICE and future propulsion architectures.
Digital twin. Validation, AI-infused, ahead of physical build, not after it.
Accountable team. Benchmarking through SOP.
Delivered in 24 months. 15+ years of VAVE discipline. Cost-out, not estimates.
Explore how a North American truck OEM put whole-vehicle ownership to work on an end-to-end hood system programme: Class-A surface, packaging, CFD, visibility, prototype and release.
Engineering excellence measured by what matters most: product economics, speed to market, and validated quality. Then measured again, in dollars, against real vehicle programs.
Documented savings delivered through implemented value engineering programs. VAVE (Value Analysis & Value Engineering) works through three levers: part-count reduction (commonisation, fewer variants), part re-design (plastic, sheet-metal, casting), and change in attributes (material, weight, process).
| Component | Segment | Savings (USD million) |
|---|---|---|
| Chassis Structure | Truck | 8.80 |
| Wiring Harness | Bus | 3.00 |
| Manufacturing | Truck | 2.80 |
| Lighting | Truck | 2.80 |
| Bumper | Bus | 2.50 |
| Engine Peripherals | Truck | 1.50 |
| Cab Aggregates | Truck | 1.10 |
| Fuel Sender Unit | Bus | 1.00 |
7-step VAVE process: ideation through to implementation
A single vehicle system taken from OEM styling input to production release, held by one accountable team.
Scope coveredClass-A surface light reflection · packaging studies · hood system and structure design · structural, durability and NVH simulation · aerodynamic and water separation CFD · forward visibility and flow analysis · supplier coordination and prototype build · lab testing support · DVP&R, DFMEA and BOM release.
Your feedback form has been submitted successfully!
Passenger
Cars
Trucks
Off-highway vehicles
Autonomous Driving & ADAS
Body Electronics
Chassis
Digital Cockpit
Propulsion
E/E Architecture, Network & Middleware
Software and System Integration
Virtual Engineering
Aftersales
Validation
Cloud, Edge analytics & Data management
Vehicle Engineering & Design
Overview
Thought Leadership
Overview
Awards
Clients
Journey So Far
Giving back to Society
Sustainability
Alliance
Team
Group Companies
Press Release
KPIT In News
Media Resources
Overview
For Graduates
For Experienced Professionals
Contact Us
