Future Concept Car Interface Design.
State-Adaptive Panoramic Cockpit Concept for a Sport EV.
A next-generation HMI inspired by mission control and mobile.
I designed a panoramic HMI for a connected sport EV, combining mobile interaction patterns with mission-control-inspired hierarchy.
Premium EV buyers, 28–42.
Digitally native drivers who expect connected, visually refined systems that feel engaging and precise.
Radial energy, made functional.
I studied space-tech instrumentation, radial meters, spatial gradients, and restrained glow.
The opportunity was to use radial energy and motion for hierarchy and state change—not decoration.
Working within the screen.
One main panoramic screen, V-shaped across the dashboard.
Minimalism infused with space-tech aesthetics.
The cockpit must feel alive.
- Feels immersive yet safe at the same time.
- Balances emotional storytelling with functional clarity.
- Demonstrates innovation in how information is layered, revealed, and interacted with.
Sketching the structure.
Wireframes tested hierarchy across the panoramic display. A circular energy form became the visual anchor.
The half-dome charge form uses one bolt icon and a ground line to frame the arriving vehicle.
The arc becomes speed.
For driving, the circular energy form becomes a speed arc. I prioritized speed, then refined hierarchy and alignment within the driver's primary view.
Designed around the driver's reach.
I positioned primary driving information around steering-wheel obstruction and within the driver's natural sightline.
The display separates view-only, reachable, and partial-reach zones, keeping critical data visible and controls within comfortable reach.
Foundations of the space-tech language.
Energy, motion, and orbit.
Concentric rings and an amber-to-green shift turn battery progress into a readable spatial state.
An expanding orbital arc communicates acceleration while large central type keeps speed clear.
The map stays compact when parked and expands while driving to prioritize navigation and spatial awareness.
State Transitions & Motion
Final Prototype & Demo
Two tones, one system.
Light and dark themes retain the same hierarchy and interaction logic across day and night conditions.
