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Concepts Lab – Ideations in the Autonomous Vehicle Rider Experience
1. September 17 - 24, 2016
Future Service Design Scenarios for
Autonomous Transport & Medical Services Delivery
motorpressguild.org/autonomous-vehicles-are-going-to-save-us-from-standing-still/
6. theconceptslab.com
33 corporations are working on autonomous vehicles
https://www.cbinsights.com/blog/autonomous-driverless-vehicles-corporations-list/ August 11, 2016
7. 2021
Semi-autonomous
- Uber launched live pilot in PA
- Tesla launched Autopilot feature
Autonomous road and air vehicles are imminent
Level 5
Testing
-Ford
Level 4 market launch
- Uber
- Ford
- BMW
Level 4 market launch
- Google / FCA
emi-autonomous flight
- Airbus begins testing on
autonomous flight
emi-autonomous / Level 4
- Tesla level 4 by end of 2017
- GM / Lyft semi-autonomous pilot
- Uber’s Otto pilot early 2017
Level 4 release
- Google
202020192016 2017 2018
11. Israel Defense Forces
The Border Protector UGV, 2016
Source:http://www.foxnews.com/tech/2016/09/01/robot-patrol-israeli-army-to-deploy-autonomous-vehicles-on-gaza-border.html
13. Mercedes-Benz
F 015 Luxury in Motion research car, 2030
Source: https://www.mercedes-benz.com/en/mercedes-benz/innovation/research-vehicle-f-015-luxury-in-motion/
22. theconceptslab.com
Industry Snapshot
Google Tesla Uber Ford GM/Lyft
Industry Tech Automotive;
Energy Storage
Ride-sharing; Automotive Automotive / Ride-
sharing
Partnerships/
Acquisitions
Fiat Chrysler
Automotive, Waze
SolarCity Carnegie Mellon Robotics
Lab; Univ. of Arizona;
Volvo; Toyota
Acquired deCarta & Otto
Velodyne; Civil
Maps; Nirenberg
Neuroscience`
Acquired SAIPS;
licensing
Lyft;
Acquired Cruise
Automation
Testing 1.8 million miles
in CA, TX, WA, and
AZ since 2009
130 million miles
via Autopilot
PA MI, CA, AZ CA & AZ
23. theconceptslab.com
Shared Transport
“The traditional
ownership model is
being disrupted…
We’re going to see
more change in the
next 5-10 years than
... in the last 50”
- Mary Barra, GM CEO,
10/25/15
KPCB Internet Trends Report June 2016 - Mary Meeker
IHS: Clarifies Autonomous Vehicle Sales Forecast June 2016
New Vehicles
“IHS expects
entirely new
vehicle segments
to be created”
- Jeremy Carlson, IHS
Automotive Principal
Analyst, 6/16
Autonomous vehicles will change how we work, move and live
Less Cars, More Utilization
“we’re changing our business
model to ...vehicle miles
traveled… with autonomous
vehicles, the actual mileage on
those vehicles will accumulate
a lot more than a personally
owned vehicle.”
- Mark Fields, Ford CEO, 4/12/16
24. theconceptslab.comeMarketer: How do young people feel about self-driving cars? March 2016
47%
Optimistic
35%
Excited
27%
Fascinated
18%
Anxious
18%
Fearful
13%
Dreading It
Public Perception is Conflicted
25. theconceptslab.com
eMarketer: How do young people feel about self-driving cars? March 2016
71 %
16-24
74 %
25-34
71 %
35-44
64 %
44-54
50 %
55-64
45 %
65+
Appeal varies by age
26. theconceptslab.com
Sleep/ rest 61%
Read 57%
Make calls 52%
Watch TV 46%
Play with others 37%
Work 33%
Do paperwork 26%
Shop 23%
survey of 44 individuals, Sept 2016
eMarketer: In France, Vacations Are No Break from Mobile Devices. Aug 2016
Preferred activities
28. theconceptslab.com
Autonomous vehicles will impact nearly everyone
Disabilities
Elderly
Private Vehicle Owners
Travelers
Commuters
Truck Drivers
Urgent Medical Care
Public Transport Riders
29. theconceptslab.com
We conceived 20+ concepts to serve some of these audiences
Local Outings
Dog Walking Robot
Beauty Services
On-Demand Daycare
Travel
Mobile Homes
Local Medical & R+R
Personal Assistant
30. theconceptslab.com
We conceived 20+ concepts to serve some of these audiences
Biometric Controls
Seniors & Disabilities
Dating &
Socializing
Local Services
Configurable Interiors
Group Meetings
Party Bus
Exercise on the Go
33. theconceptslab.com
Seniors will have more freedom and mobility
By Dana Hall, March 2, 2016 http://www.foxnews.com/tech/2016/09/01/robot-patrol-israeli-
army-to-deploy-autonomous-vehicles-on-gaza-border.html
“It’s the ability to decide
for themselves where
and when they want to
move”
43+ million Americans
are 65+ and elderly
drivers who
disproportionately cause
and are injured in traffic
accidents
34. theconceptslab.com
The self-driving car could
prove to be a life-changing
breakthrough for many
people with disabilities,
granting them a new
measure of independence.
“My experience with
Google has been terrific,
and I want it to happen.
Everyone in the blind
community wants it to
happen.”
- Mr. Mahan, the director of the center
for blind people
People with disabilities can be more independent
PAUL STENQUISTNOV. 7, 2014 http://www.nytimes.com/2014/11/09/automobiles/in-self-
driving-cars-a-potential-lifeline-for-the-disabled.html?_r=0
44. theconceptslab.com
Kevin- Emergency Room Physician
- Collecting new patient data can take hours
Paramedics do not always communicate the full
patient’s history on the scene to ER MDs
Autonomous vehicles would allow more to
be done in transit
Lives could be saved with faster response
times and accurate data up-front in the ER
Retrieving patient records can take
a few hours...a patient with a medical
sheet is like finding the Holy Grail!
“
“31, male, Interviewed 9/18/16
45. theconceptslab.com
Lara- Had Accident
- After a car accident, she was given mixed
instructions about what to do by the police
Officer asked for ID and did a test for drunk
driving, assuming fault and showing a lack of
caring. She felt confused and frustrated
Would have loved to have been given accurate
medical advice about what to do while she
waited for ambulance
While injured, people told me what
they thought I should do. I wanted
professional advice.
30, Female,, Interviewed 9/18/16
“
“
46. theconceptslab.com
- When he was in an accident, he wanted to contact
his family immediately, but couldn’t.
His family waited 2 hours to be updated
EMT asked for his wallet for ID, but he didn’t know
where it was
Ambulance took over 20 minutes to get to hospital
after arriving on the scene
Welcomes methods for more rapid response
It took over 20 minutes
to transport me to the hospital
Jose- Had Accident
32, male, Interviewed 9/18/16
“
“
47. theconceptslab.com
Samantha- Family Member
I want updates if a loved one was
involved in an emergency.
- She called 911 for a loved one
She was scared and confused. She didn’t know
what to do while waiting for the ambulance
She wishes she could have updates on her
loved one’s status she was not around
28, female, Interviewed 9/18/16
“
“
48. “We got little information
after getting to the ER”
“I was angry because I
couldn’t hop on the
ambulance to be there &
get updates”
- Speed / Time of arrival
- More deep in diagnosis
“We needed more
communication
with relatives”
Others’ Experiences
From 44 survey respondents
“Speed & time of arrival
are critical”
“I need more affordable
care & want to know
costs up front”
“I would like more
empathetic, hands-on
care from EMTs”
49. Key patient medical needs
44 respondents
52%
Had a medical situation
that required an
ambulance
84%
Want to know what they
should do while they
wait for help
65%
Have no way to get to the
hospital except an
ambulance
6.7%
33%
Are more than 30
minutes away in rush
hour traffic
97%
Want to know when the
ambulance will
arrive
50. theconceptslab.com
Key family need: updated status & communications
44 respondents
6.7%
52%
80%
Want to automatically
notify their family if they
were injured
96%
Want notifications of
loved ones’ critical
conditions
69%
Want to know friends &
relatives’ contact
information in case
of death
51. theconceptslab.com
Open to medical monitoring wearables
44 respondents
6.7%
96%
52%
89%
Willing to wear one to
monitor critical medical
conditions
31%
Currently use fitness or
health wearables
91%
Want close friends /
family to wear a
medical monitoring
device
54. theconceptslab.com
Gilbert Jones 88, Male, lives in Valencia, CA. Retired, widowed
auto mechanic with HS diploma & some trade schooling, Lives
alone, and is mainly sedentary. Gilbert used to smoke tobacco,
he has heart problems and wears a pacemaker, and he can’t
hear or see that well, so he doesn’t drive any more. He has
trouble following all the medical advice he gets. He can still
walk, but with a cane. He has 2 kids that check in on him
periodically: one in San Diego, the other in London, and they
worry a lot about him. He also has three grandchildren.
Goals & Needs
Remain living independently on his own
Monitoring his health & mobility (for himself, family & MD)
Communicating urgent health situations with family
Grandpa Gilbert
Independent Dependent
Stubborn Willing
Rugged Skeptical Craftsman
“I enjoy a good beer while watching the
game on Sunday afternoon”
http://www.fabulousfaces.com/
56. theconceptslab.com
The wearable is activated
with a notification from Gilbert’s
pacemaker
http://msnbcmedia.msn.com/i/MSNBC/Components/Photo/_new/g-tdy-120109-heart-attack.jpg
57. theconceptslab.com
The wearable speaks to Gilbert,
notifying him that help is coming
http://msnbcmedia.msn.com/i/MSNBC/Components/Photo/_new/g-tdy-120109-heart-attack.jpg
58. theconceptslab.com
The wearable can also tell the
wall display to show Gilbert
visual instructions
http://www.qarmazi.com/5/2015/07/1920x1440-best-design-interior-paint-colors-interior-house-colour.jpg
59. theconceptslab.com
The device alerts the hospital that an
EMT and air ambulance are needed.
Gilbert’s medical records and location
are automatically sent over
http://www.bdcnetwork.com/sites/bdc/files/body-images/unnamed%20(1)_9.jpg
61. theconceptslab.com
The autonomous vehicle is
dispatched to Gilbert’s house,
with EMT personnel inside
http://www.aldaramedicalcenter.com/images/features/Aldara_Sketch.jpg
62. theconceptslab.com
The vehicle arrives at
Gilbert’s house. The
wearable had already
unlocked the door and
told the EMTs which room
he was in
http://modusstudio.com/wp-content/uploads/2014/01/viewpoint-process-sketches.jpg
63. theconceptslab.com
Gilbert is loaded onto the vehicle
by the EMTs
http://modusstudio.com/wp-content/uploads/2014/01/viewpoint-process-sketches.jpg
67. theconceptslab.com
Gilbert gets treatment
In time to save his life!
http://childrensnational.org/~/media/cnhs-site/images/brand-images/general-and-thoracic-surgery_14428.ashx?mw=834
70. 2016 Experience
6.7%
Slow
It takes a long time to call,
receive and coordinate
urgent medical care
Opaque
Status and patient
details are unknown.
Devices, EMTs and
relatives don’t talk to
each other.
Siloed
Devices don’t have the
necessary data and what
they do have, they can’t or
don’t share (
71. 2026 Principles
6.7%
Speedy
Dramatically reduce time
to medical intervention
Open
Status is automatically
communicated to all
parties- through voice
and multiple digital
means
Seamless
Devices seamlessly
interact with each other,
requiring no patient
intervention (
72. Convergence of current tech trends by 2026
Autonomous
Vehicles
Drones
Voice, Gesture &
Biometrics
Embedded
Medical Devices
Wearables
73. theconceptslab.com
Biometrics, gesture and voice-based wearables
FEATURES
Connected to the pacemaker to monitor the person’s heart
Provides information on critical medical conditions when they occur
Stores personal and medical data
Sends notifications to hospital, family members and doctors
Gives voice and visual instructions on what to do in emergency situations
http://designapplause.com/wp-content/xG58hlz9/2013/12/wearable-shine2.png
75. theconceptslab.com
Gilbert is
loaded onto
vehicle
Gilbert
communicates with
device
Gilbert is
told what’s
happening
Gilbert follows
instructions
Gilbert receives
hospital
treatment in
ambulance
Gilbert has
chest pains
Gilbert
lives
2026: takes 12 minutes
1 minuteFamily notified at
6 minutesHospital treatment at
Gilbert calls 9-
1-1
Gilbert is
loaded onto
ambulance
Gilbert has
chest pains
Gilbert is
stabilized
Gilbert dies
Gilbert is
treated in
ambulance
2016: takes 2 hours
2 hoursFamily notified at
2 hoursHospital treatment at
Gilbert receives
treatment at
hospital
Gilbert’s experience
76. theconceptslab.com
2016
Gilbert Ambulance9-1-1 &
devices
FamilyEMT Hospital
Gilbert has
chest pains
Gilbert calls 9-
1-1
9-1-1 activate
EMT
EMT arrive
Gilbert is
stabilized
Gilbert is
loaded onto
ambulance
Ambulance
departs for
hospital
EMT’s treat
Gilbert en route
Ambulance
arrives at
hospital
EMT hand
Gilbert over to
hospital
Hospital
treatment
begins
Family is
called
Family arrives
Gilbert
Dies
Gilbert is
treated in
ambulance
Gilbert receives
hospital
treatment
77. Device sends
out notification of
issue to 911
which is routed
to hospital
Gilbert has
chest pains
Device asks
Gilbert
questions, starts
building patient
history
Family receives
notification of
Gilbert’s
condition
EMT boards
vehicle
Pacemaker
sends wearable
notification of
pending
medical issue
Device
unlocks
doors for
EMT arrival
Gilbert
communic
ates with
device
Gilbert is
told what’s
happening
Hospital
preps for
sending EMT
team to
Gilbert
EV departs
for hospital
AV arrives
at scene
Device
keeps Gilbert
informed
Gilbert follows
instructions
EMT stabilizes
Gilbert
Gilbert is
loaded onto
vehicle
EMT treats
Gilbert in
vehicle
Device sends
condition to
family
EMT checks
Gilbert into
hospital
Device
downloads
history to hospital
EMT loads
Gilbert
onto
vehicle
Vehicle
departs for
hospital
Gilbert
receives
hospital
treatment in
vehicle
Family
receives
SMS
notification
Hospital
receives
Gilbert
Gilbert
lives!
AV arrives at
hospital
Family
notified of
whereabouts
Gilbert’s
gurney
detaches
from AV
2026
78. theconceptslab.com
http://www.fabulousfaces.com/
Rapid, accurate medical intervention saves lives!
2016:
2 hours
RIP Gilbert
2026:
12 minutes
Gilbert lives!
1.Determine he needs treatment 20m
2.Ambulance in transit 35M each way x2
in LA rush hour
3.30M wait to get Gilbert checked in and
get him from ER into OR
1.Determine he needs treatment 2m
2.Autonomous airborne ambulance in
transit 10M one way
3.Gets treatment on vehicle 0m
80. theconceptslab.com
Stephanie Jones Single, 22, Female, from Miami, FL.
Was in college in LA, but just graduated and still living off of
parents’ income. She currently works at a cocktail bar.
Stephanie likes to go out and meet people. She loves
Coachella, is curious about Burning Man, and has
backpacked in Thailand with friends. She would love to
travel more with other like-minded folks and explore more
exotic distant places, particularly on a budget.
Social Traveller
Extrovert Introvert
Adventurous Cautious
Friendly Go-getter Energetic
“I love going out, exploring new places and
meeting new people”
Image:chictopia.com/photo/show/525536-hiker+chic-dark-brown-floppy-felt-h-m-hat-tan-
hiking-boots-white-the-north-face-bag
Goals & Needs
- Have fun with friends
- Meet new people
- Explore interesting new places on a budget
86. Define trip
parameters
Define trip
parameters
Search
available trips
Confirmations
coordinated
Create own trip
Vehicle shuttles
group
Revised
itinerary
Drop off
Vehicle narrates
tour
No
Yes
Yes
No
Eat/drink while
travelingFind available
trip?
Itinerary
changes?
1.User books trip to Napa on phone
2.Trip is approved and confirmed
3.Road or air vehicle picks up the user and friends
4. Vehicle shepherds riders around Napa, giving guided tour
5. Party on vehicle!
Customizable tours with dining and drinks
90. theconceptslab.com
Default Vehicle Configuration
This default configuration supports a lounge seating area for viewing outdoor scenery and a
plasma screen for looking up areas of interest and viewing more information.
Glass perimeter walls can become opaque with voice command
In Sept 2016, 6 UX designers- Brittany Laura Kevon Nora Conner and Grace- gathered to join Beverly in ideating and planning the future of autonomous transportation and, specifically what that would mean for riders
This was a San Francisco-based workshop as part of a new style of UX that’s focused on service and systems design. This training was offered by the Concepts Lab. This session was led by Beverly, the founder
GRACE THEN NORA Before we met, we all conducted and shared copious industry and market research on the latest trends in the fast-moving sector of autonomous vehicles. What follows is a sampling of what we discovered
According to CB Insights, there are...
Autonomous vehicles are advancing quickly. Level 4 means fully autonomous, where no driver is needed. Level 5 is completely autonomous in all environments
Here are some examples of planned vehicles in the works
Here are some examples of planned vehicles in the works
Here are some examples of planned vehicles...
Here are some examples of planned vehicles...
Here are some examples of planned vehicles...
Here are some examples of planned vehicles...
Here are some examples of planned vehicles...
Here are some examples of planned vehicles...
Here are some examples of planned vehicles...
Here are some examples of planned vehicles...
Here are some examples of planned vehicles...
Here are some examples of planned vehicles...
Here are some examples of planned vehicles...
Grace Song
Various sources
https://theringer.com/whos-really-winning-the-driverless-car-race-b1f752ee9abb#.p12pwpdrs
https://www.cbinsights.com/blog/autonomous-driverless-vehicles-corporations-list/
https://www.tesla.com/blog/master-plan-part-deux
http://www.bloomberg.com/news/features/2016-08-18/uber-s-first-self-driving-fleet-arrives-in-pittsburgh-this-month-is06r7on
http://www.wsj.com/articles/gm-lyft-to-test-self-driving-electric-taxis-1462460094
http://www.forbes.com/sites/briansolomon/2016/07/12/gm-lyft-taking-baby-steps-toward-self-driving-taxi-network/#4107643f1870
We also surveyed XX folks about their perceptions on the future of autonomous vehicles
We also surveyed XX folks about their perceptions on the future of autonomous vehicles
We also surveyed XX folks about their perceptions on the future of autonomous vehicles
we envisioned the future of the rider experience and services delivery in 2026 - 10 years from now.
Autonomous vehicles will impact nearly everyone in some way. These audiences are the groups we felt might benefit most:
We individually conceived of 22 concepts, which we then voted on
We individualy conceived of 22 concepts, which we then voted on
Here were some of our initial concept sketches!
Here were some of our initial concept sketches!
Several of our concepts also reflected the latest research
Bev’s sample source
We used affinity mapping to group the concepts after everyone presented, and then we used the note & vote technique from Google Ventures to determine the ones that were most of interest. Three were clear winners to explore further, which we’ll show shortly!
NORA THEN BRITTANY The concept we ended up exploring the most in-depth was the idea of delivering urgent medical care on demand
Several of us had ideated around this idea- which seems like the most urgent and important use of autonomous vehicles. here’s one example
and some others
and some others (brittany)
Lots of research backs up the need for a service like this…. people are getting older
Slow urgent care response leads to many unnecessary deaths
Especially in situations like heart attacks, where a rapid response can make a huge difference.
We interviewed four individuals. The first was an EMT physician, Kevin
2 out of 3 were involved in vehicle accidents
3 out of 3 did not know what to do and wanted instructions
3 out of 3 wanted their family and/or friends notified about the accident
3 out of 3 want to be informed about the progress of injured loved ones
The first was Lara
Then we interviewed sam
2 out of 3 were involved in vehicle accidents
3 out of 3 did not know what to do and wanted instructions
3 out of 3 wanted their family and/or friends notified about the accident
3 out of 3 want to be informed about the progress of injured loved ones
We also conducted a survey of 44 participants on their perspectives on autonomous vehicles and emergency medical services delivery. Here are some of the results….
The final concept we explored was a 2.0 version of the ambulance- a drone carrying EMT personnel that can fly
KEVON THEN ALL Here’s the full story of what happens to Gilbert
KEVON: The wearable speaks to Gilbert, asking him questions and notifying him that help is coming
CONNER (Gilbert): I feel chest pain! What’s happening?
BEV (wearable): Gilbert, it appears you are having a mild heart attack. Don’t worry and try to stay calm… I’ve notified your medical provider, and help will be coming ASAP
CONNER: When? Who’s coming?
BEV: An ambulance will be arriving by air with emergency medical personnel to get you to the hospital.
CONNER: What should I do?
BEV: Stay calm, and rest. If you feel you can, gather your key belongings to prepare for an overnight hospital stay. I’ll tell you if you are overdoing it.
KEVON: Gilbert’s family is automatically contacted
BRITTANY reads the text: Wow, I just received this text: “Your father Gilbert is having chest pains and may be having a mild heart attack. EMT personnel are on their way in an airborne ambulance. He should be at Mercy hospital in 15 minutes. We will notify you with further updates as they happen”
GRACE THEN CONNER THEN LAURA How did we get here?
We began by looking at the current experience of receiving care like this in 2016, which is….
here were the principles that represented our design goals for the 2026 experience
We set our scenario in 2026. Why? A confluence of current tech and emerging trends will very likely have merged by then to support this exepreience
This commercially available wearable, the Shine, represents our conception of Gilbert’s device: audio activation and communication
We set our scenario in 2026. Why? A confluence of current tech and emerging trends will very likely have merged by then to support this exepreience
And to create the entire scene, we first mapped Gilbert’s experience as our target user.We started with task analysis of the current flow, in which Gilbert dies because he can’t get the treatment he needs before 2 hours have passed due to confusion about what to do, then street traffic, and inefficiencies in getting his records and him processed and into the ER at the hospital. Contrast that to 12 minutes in the new scenario, where as soon as the airborne ambulance arrives after being automatically called, Gilbert can start to receive care
We started with the current situation: Gilbert has chest pains > administers his medicine & doesn’t work > calls family & tells them to call 911 > waits 1h for ambulance due to rush hour traffic > manually-driven road ambulance arrives with EMT > EMT takes vitals & applies manual sensors for EKG & oxygen > they call hospital > they drive him to nearest hospital which takes 1h > he dies in ambulance, RIP
Here’s the full service design flow in 2016. At the end, Gilbert dies because care takes too long to receive. In this one, Gilbert is still orange, EMTs green, Medical services like 911 and devices are grey, Family purple, Hospital Red, Ambulance teal
here’s the full service design flow in 2026 for comparison, using the same key. Though it looks like many more steps, it’s actually much more simple for Gilbert as most things are happening behind the scenes, and many steps and communications are automated
And there’s a happy ending to this story: Gilbert lives!
CONNER THEN LAURA We decided to explore a few concepts in more depth. One was the idea of social travel
There were several versions of the travel concept. One had folks ordering a group curated tour of Napa with local wine and restaurants. Another had individuals getting on and off a roving social party bus
Here were some of our initial concept sketches! This shows regional group food & wine tours, like to Napa
There were several versions of the travel concept. One had folks ordering a group curated tour of Napa with local wine and restaurants. Another had individuals getting on and off a roving social party bus
This second travel scenario showed
Kevon’s Storyboard
This second travel scenario showed
In this version, users can order a vehicle to transport them anywhere, including distant lands, and get automated tour guide and travel advice, plus they can sleep in the vehicle.
In this version, users can order a vehicle to transport them anywhere, including distant lands, and get automated tour guide and travel advice, plus they can sleep in the vehicle.
Discuss that would communicate with environment and reconfigure, change direction with voice commands and could enter, exit with biometrics
We then envisioned what the interior of the vehicle would be like for travel and what kind of on-demand or built-in configuration options we could allow for on the same unit.
This configuration represents the default layout of the vehicle prior to any reconfigurations to support alternate layouts as dictated by voice commands. This layout supports a lounge seating area for viewing outdoor scenery and an area for plasma screen viewing. Glass perimeter walls of vehicle can be programmed to change level of transparency through voice command.
This is an expanded view from the slide above.
Vehicle transforms with voice command to this expanded configuration to accommodate an area for sleeping. A plasma screen viewing area is also expanded with this enlarged floor plan from a loveseat viewing area to a daybed size area. Glass perimeter walls of vehicle can be programmed to change level of transparency through voice command.
This is an expanded view from the slide above.
Vehicle transforms with voice command to this configuration to accommodate an area for group eating. A plasma screen viewing area is also expanded with this enlarged floor plan from a loveseat viewing area to a daybed size area. Glass perimeter walls of vehicle can be programmed to change level of transparency through voice command.
Vehicle transforms with voice command to this expanded configuration to accommodate an open area for group activities such as yoga, dancing, or meditation. Glass perimeter walls of vehicle can be programmed to change level of transparency through voice command.
This is an expanded view from the slide above.
In Sept 2016, 6 UX designers- Brittany Laura Kevon Nora Conner and Grace- gathered to join Beverly in ideating the future of autonomous transportation
We focused on ideating and envisioning some end-end rider experiences in the future of automated transport as one example of the kinds of holistic systems approaches that will be needed by UX designers across multiple industries. We hope you enjoyed it!