Bridging vehicular proportions, aerodynamic surfacing, and digital cockpit architecture. Shaping a modern philosophy where engineering and emotional design converge.
Modern vehicles are becoming increasingly capable, yet often increasingly disconnected. More screens, more weight, and more layers of technology do not necessarily create a better driving experience. For me, a vehicle should still have purpose in its proportions, intelligence in its engineering, and emotion in the way it moves.
Veltron is my answer to that direction.
I founded Veltron to explore a different approach to automotive development — one where aerodynamic form has a purpose, technology serves the driver, and performance does not have to mean unnecessary excess.
My process combines automotive design, digital modelling, engineering concepts, and human-machine interaction. A vehicle can begin as a sketch, evolve through 3D modelling and aerodynamic studies, and eventually become an integrated physical and digital system through projects such as SkyUI.
The goal is not simply to design another car. It is to explore what a modern driver's car could become.
Four specialized disciplines shaping vehicle architecture from initial package exploration to complete digital validation.
Developing vehicle proportions and surfaces where visual identity and aerodynamic function work as one — creating forms that are both emotionally expressive and aerodynamically purposeful.
Designing digital interfaces around the driver, combining information, control, and interaction without overwhelming the cockpit. Turning complex vehicle technology into a natural extension of the machine.
Exploring how propulsion, chassis architecture, and component packaging shape the vehicle from the inside out — approaching propulsion without ideology to serve performance and driver engagement.
Building the visual language that connects the vehicle, engineering technology, and Veltron brand into one coherent, authentic automotive identity.
A modern computational design toolkit tailored for rapid concept iteration, digital surfacing, and driver-interface prototyping.
From early exploratory sketches to validated physical and digital presentations.
Sketching & exploratory vehicle concepts.
Packaging, wheelbase & architecture definition.
3D poly-modelling & surface development.
Aerodynamic concepts & engineering feasibility.
Cockpit ergonomics & SkyUI digital flow.
Photorealistic rendering & presentation.