EV Skateboard Platform
Built from the ground up, this modular EV chassis design uses advanced simulations & in depth engineering to provide a scalable architecture for electric mobility.

Mechanical design, FEA & simulation validated before a single part is cut
Parts, tolerances & assemblies optimized for cost efficient production
CNC machining, tooling & assembly built to scale
One embedded team from first sketch to production units
Structural Chassis · Suspension Kinematics · Powertrain Packaging
EV PlatformModular EV skateboard platform engineered for commercial fleets and urban logistics, scalable and versatile by design.
Three WheelerReverse two seater trike combining safety, modularity and cost efficient manufacturing, from MVP proof of concept through testing and refinement.
Topology Optimization · FEA · Range & Drive Cycle Modeling
Structural OptimizationThree wheeler rear fork redesigned with topology optimization to cut material use while keeping strength, ready for additive manufacturing.
Range estimation, drive cycle analysis and battery optimization for an electric scooter, using simulation and mathematical modeling.
Ergonomics · Tooling DFM · Consumer & Outdoor Products
Consumer ProductErgonomic, durable collapsible tent developed for a travel and tourism client and engineered to be easy and cost effective to manufacture.
Outdoor ProductIP-65 certified RC bait boat engineered for a European client, fully protected against water and dust with streamlined assembly.
PCB Design · Wiring Harness · Sensor Integration
Compact ElectronicsPCB design for compact devices with very limited internal space, combining product design, prototyping and manufacturing know how.
Wiring HarnessWiring harness system for an advanced electric scooter, powering and connecting every component so they communicate seamlessly.
Featured Work · 7 Projects
Selected builds across mobility, simulation, product design and electronics.
Built from the ground up, this modular EV chassis design uses advanced simulations & in depth engineering to provide a scalable architecture for electric mobility.

A carbon fiber reinforced hull balances strength, weight, and efficiency for seamless water maneuverability. This design offers hydrodynamic stability and manufacturability.

Lightweight, stylish, and ergonomic, engineered for urban mobility with a compact footprint and fatigue free driving for enhanced comfort.

Using generative design and AI driven topology optimization, we engineer lighter, stronger components, reducing material; ideal for additive manufacturing & product aesthetics.

Highly portable, lightweight & cost effective, this collapsible tent features a quick folding system for deployment. Designed for multiple product configurations.

We design high performance PCBs and electronic products that optimize power, integrity, and cost, for all industries.

A fresh concept for a reverse trike, marketed for stability, aerodynamics, and agility, backed by advanced simulations and indigenous chassis development, tested and prototyped.

Business Model · Zero Upfront Cost
We build a partnership around your product's revenue, not your budget. Start without upfront cost, keep unit costs low, and scale the team as you grow.
Instead of billing you before anything ships, we structure the work so cost stays low and your revenue potential stays high, from first sketch to factory handoff.
Flexible engagement models
A defined deliverable with a clear timeline and one agreed cost, ideal when requirements are locked.
Custom quotePay as each stage lands, from concept to prototype to production handoff, so spend follows progress.
Custom quoteAn embedded engineering team you can scale up or down as your product and volumes grow.
Custom quoteClient Testimonials
5.0 Client SatisfactionDirect Engineering Inquiry
Book a 30-minute exploratory review with our engineering leads. We assess feasibility, define prototype milestones, and sign an NDA before file transfers.