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CLIENT: HIGH RES HYPE FOR NISSAN

Contextual Cockpit.

A dash-wide display for a Nissan electric concept car — four features no luxury car offered together in 2018, designed to work as one drive.

CLIENT

High Res Hype for Nissan

ROLE

Lead UX Designer

TIMELINE

May 2018 – Oct 2019
Los Angeles, CA - global team

DISCIPLINES

Market & competitive research, interaction design, multi-screen HMI, visual direction

nissan-ims-concept-car-interior.jpg.ximg.l_full_h.smart.jpg

The brief was feature-heavy. The job was to make many features feel like one car — on one very wide screen.

Nissan's concept was an electric car with driver assistance, a virtual copilot and recognition of whoever got in. All of it had to live on a single display stretching across the dashboard, alongside the basics of driving: speed, range, route and music.

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I led UX design: researching the market the car was aimed at, shaping the visual direction, and working with the team on how each feature appeared over the course of a drive.

01

CHALLENGE

02

RESEARCH

I started from the market: in 2018, China was where electric cars and luxury buyers were growing fastest.

1.26m

New energy vehicles sold in China in 2018 — the first year past one million (CAAM)

½+

China's share of global EV sales — more than the rest of the world combined

33%

Chinese consumers' share of global luxury spending

(Bain–Altagamma, 2018)

METHOD A

Market trends

Trends in China within in-car and other emerging technology.

METHOD B

Competitive analysis

Benchmarked competitors' multi-screen cabins: what they showed, to whom, and how.

METHOD C

Moodboard & direction

Built the moodboard and aligned the design direction with High Res Hype's creative director.

03

THE GAP

FEATURE 1

Virtual copilot

Demand: Chinese buyers rated voice and connected features highly.

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Gap: In-car voice scored worst in its category, and assistants like NOMI and MBUX spoke mainly to the driver.

FEATURE 2

AD/ADAS

Demand: Chinese trust in self-driving jumped within a year — and leaned toward tech-led brands over traditional car makers.

​

Gap:The only Level 3 system was on a combustion Audi A8, waiting on regulators.

FEATURE 3

Energy regeneration

Demand: Charging and range were buyers' biggest worries about EVs.

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Gap: Recuperation was sold as an engineering figure. No car coached the driver on it or showed the range won back.

FEATURE 4

Multi-user

Demand: A phone link was Chinese owners' top wish for their next car.

​

Gap:Cars offered one phone on one central screen. Recognising each person existed in private jets, not cars.

Sources: CAAM, Bain–Altagamma, Deloitte Global Automotive Consumer Study, J.D. Power China (Jan and Jul 2018), China Youth Daily, Audi. 

Each feature existed somewhere. No luxury car in 2018 brought all four together.

NIO's ES8 came closest among EVs, with a copilot and driver assistance but no screens for passengers. Audi split its strengths across two different cars. That gap became the brief for the concept's display.

04

DESIGN

STEP 1 - MULTI-USER

The car knows who got in

A facial scan recognises the driver and loads their profile.

step1-multi-user-recognition.png

STEP 2 - VIRTUAL COPILOT

Choose a copilot

Each copilot is rated for speed, efficiency and composure, so the driver picks the style of help they want.

step2-virtual-copilot.png

STEP 3 - ENERGY REGENERATION

Range, won back on the hill

On an incline, the left zone shows energy being recovered - turning an engineering figure into something the driver can see.

step3-energy-regeneration.png
step3-energy-regeneration.png

STEP 4 - ADAS

What the car sees

Radar detection lights up around the car when another vehicle comes close, in the same zone as speed.

step4-adas-radar-detection.png

Rather than a menu of features, the concept tells one trip — so each feature appears when the drive calls for it, then steps back.

Market & competitive analysis

CHINA FOCUS

Drive storyboard & flows

START TO PARK

Moodboard

VISUAL DIRECTION

Screen states

MANUAL - AUTO - PARKED

STEP 5 - AD

Auto takes over

In Auto, the view pulls back to the city around the car, with landmarks along the route.

step3-energy-regeneration.png
step5-auto-mode.png

STEP 6 - ARIVAL

Plan the stop on the way

Near the destination, the screen offers parking and event bookings, then guides the car into the garage.

step6-arrival-parking.png

STILLS FROM THE TEAM'S PROTOTYPE

05

OUTCOME

The team built a working prototype of one drive, bringing together four features the 2018 market kept apart.

My contribution was the groundwork it stood on: the market and competitive research that identified the four features, and the moodboard that set the visual direction.

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Looking back: I pushed for a calmer screen with fewer motion graphics. The final visual direction went another way — that was the client's call. It sharpened a principle I still design by: motion should signal a change, not decorate the screen.

Impact.

4

FEATURES NO LUXURY CARS COMBINED - IN ONE DRIVE

EVOLUTION / VISION

From concept to production

Showing each feature only when the moment calls for it carried into my production work: at Platform Science I shipped driving, parked and alert states on Android Automotive OS.

Read the Platform Scalability study

NEXT CASE STUDY — 04 / 04 · ANDROID AUTOMOTIVE OS

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