Andreas Enebrand - Product design portfolio 2015 Selected works from Master "Advanced Product Design" (Umeå Institute of Design) Bachelor "Industrial Design" (LTH Lund)

1. portfolio
ANDREAS ENEBRAND
2015

2. PROFFESIONAL WORK
Jun 2012 - Apr 2013
PROFFESIONAL WORK
Freelance designer
Fall 2013
PROFFESIONAL WORK
Junior Product Designer
Nov 2012 - May 2013
BA INDUSTRIAL DESIGN 180 hp
Aug 2009 - May 2012
INTERN
Aug 2012 - Nov 2012
PRODUCT DESIGN INTERN
Nov 2013 - Aug 2014
MA in Advanced Product Design 120 hp
Aug 2014 - (est. spring 2017)
FOUNDER OF DESIGN BY A.ENEBRAND
- Industrial design (e.g. work for Semcon, Tetra Pak and local entrepenours)
- Graphical design (i.e supporting nightclubs with weekly material)
- Advertising
Language Skills
Swedish - Native
English - Fluent
Andreas Daniel Enebrand
1989.03.18
Driver´s License: B
Software Adobe Photoshop
Adobe Illustrator
Adobe Indesign
Adobe Premiere
Adobe After Effects
Adobe Audition
Solid Works
Autodesk Alias
Rhino
Keyshot
Ms Office
Baldersväg 11
47332 Henån
Sweden
andreas.enebrand@gmail.com
+46 (0)70-3676342
andreas.enebrand
vimeo.com/andreasenebrand
pinterest.com/enebrand
linkedin.com/in/andreasenebrand

3. RSX´15The first respiratory mask design for standard safety helmets
In collaboration with:
Video link
Report

4. Kiruna
Radiation monitor
“LKAB CHECKS OUR RADIATION
MONITORS ONCE PER YEAR, BUT
WE DON´T GET TO KNOW THE
RESULTS”
“ I NEVER TALK ABOUT MY WORK WITH MY KIDS, I THINK THAT
IT´S TO DANGEROUS AND I DON´T WANT TO WORRY THEM “
Sweden
Umeå
Meet the workers 1365M underground
Field study trip:
11h journey to the world´s biggest
underground iron ore mine

5. Intensive brainstorming workshop:
Goal: design opportunities with impact
Understand the process
Stakeholder maps
Annual reports
Technology insights
Visual persona diagram - A VSP diagram is a map over a
day in a fictitious user´s life. The diagram is based on the interviews
we did in Kiruna. With the VSP diagram we could discover new
problems and solutions from the viewpoint of a potential user.
Users quick concept exercise - From the final post it
notes we picked a potential solution and then develop it to the next
day. Our class came up with ideas like smart ventilation, protection
unit, communication between co-workers, protection mask, laser
scanner to analyze the rock surface.
Role play - The goal with this exercise was to
immediately identify some of the issues that the user
would face with the chosen solution.
User problems & solutions workshop - Identifying
and writing down problems from the initial research on post it notes.
The weakest ideas were culled continuously by always choosing the
best two post it notes from the other groups and 1 post it from the
our group. The result was some well-analyzed solutions and problem
areas that could be a good start for us in this project.
Field trip analysis - Analyzing
our field trip in groups. The goal was
to ensure that everyone in the class had
the same knowledge about the mining
process but also to start discover areas
that could be improved.
User centered design (UCD) - applies methods from
psychology, sociology and ethnography to understand the user
and to gain a deeper understanding what people really want and
need in order to develop better products.

6. Insight:
A need for more personal health
monitoring & protection
Industry workers are unaware of their current working environment.
Coal workers pneumoconiosis (CWP),
also known as black lung disease has
increased over the last 10 years due to
modern efficient mining machines that
make the coal particles smaller than
before.
Daily exposure to even small amounts of airborne
particles dramatically increase the risks for overtime
ending up with medical conditions like asthma,
cancer or heart failure!
“I dearly loved my coal
mining job. It was the type
of job that you could have
and be proud of. If I had it to
do over again, I would have
worn my respirator more
than I had”

7. The Idea:
Respiratory mask for standard safety helmets
Problems with today´s masks
1
2
Stored far away from the worker
Protection mask is in the way
when you have it around your neck
No natural place to store the protection mask when isn´t in
use & protect it from getting dust inside
"Now add to that the fact that these miners spend eight to 10 to 12 hours ... operating dangerous equipment and needing to
be able to talk and communicate in a split second, You understand that a respirator is just not a meaningful response."
From my report
Storage
Communication

8. Ideation:
Developing concepts trough
sketching and mock-ups

9. Conceptualization:
Defining the main concept
A
B
C
Picked
Escape hood
Built in fan for ventilation in hot
working environments
Rear light for better visibility
Respiratory mask
with light module and
“protective house” on
helmet Transparent front piece to
facilitate lip-reading
Foldable Respiratory
mask with integrated
light & dust sensor
“Only for emergency”
An everyday
product that can
also attract other
professions

10. Prototyping
Testing folding principles of the inner-mask

11. 1. Unlock the neckstrap
back of the helmet
2. Pull down the mask
and the neckstrap
3. Unlock the sides
4. Inner mask unfolds automatically 5. Place the mask over your face and adjust the strap behind your neck
Final prototype
Testing & tweaking the idea to make it better

12. Finalize
Clay, CNC milling, 3D printing

13. Presenting the
final model
RSX´15

14. BATTERY
- With built-in smartness
Power/data cable
Neck strap
Rear light
Helmet connection
Changeable front module
Connection for e.g headphones
Changeable filters
Overview
Functions & parts
RSX´15

15. Inner rubber mask
Protective front
Front module
Filter
Filter cover
Filter housing
Overview
RSX´15

16. Magnetic connection
Always close to
protection
It has never been so quick and easy
to put on a respiratory mask
RSX´15

17. Flexible pressure point
Fixed pressure point
One-strap system:
There´s only one strap
you need to adjust
RSX´15

18. Natural Cooling System
- The led lights is using the outgoing air for cooling
Functions
Light sensor - Modern head lamps is using a light sensor to
control the light. The sensor is measuring the surrounding light
and the light that is reflecting back, It can then self adjust the
power so it is perfect for the current environment.
Led lights - This module has two integrated led lights with
two different lenses that gives a balanced light both when the
mask is on the helmet and on the face.
The user can self change the led lights and switch to other
lenses i.e. if you want a more focused light or more wide.
Speaker/Microphone - This module have an integrated
speaker and microphone. Depending on your setup you can
choose between to send the audio through the speaker or if
it´s a noisy environment to your headphones.
Exchangeable front
module: the user can
self change, depending
on what their current
need is
RSX´15

19. Exchangeable front modules
Modules for different professions
Gas sensor for the petrochemical industry.
Detects gas leaks before they hit you.
Basic transparent to facilitate lip-reading
User can self upgrade to improve the masks
performance over time.
Full light module for extreme mining situations
Filter module that you can send to analysis to keep
track of your working environments, could e.g. be
used for health insurance purposes

20. Intelligent Rear Light RSX´15 has a built in light
sensor that can feel when the user is entering a dark
area making the rear light turn on automatically.
Charging - RSX´15 has rechargeable battery modules
that use the rear light as a charging indicator.
NFC Connection - You can connect and setup
your RSX´15 by using NFC / bluetooth. In the app
you can e.g. select which colleges that are in your
current working area and where to send the audio.
The adudio can be sent trough the module speaker
or to the protective headphones.
Activate Front Module - To activate the front module
(speaker/microphone) you simply remove the neck-strap
from the battery. In this way the battery unit knows that you
are going to use the mask.
Battery with smartness:
RSX´15 has no on/off button. Everything
is controlled by the built-in proximity
sensor that feels when the user is using
the helmet or not. The proximity sensor
also works as a fall-detector and can
send an alarm if the user has not moved
for a while. If the user does not respond
by getting up, the RSX´15 will send out a
distress signal that the closest co-worker
will receive and act upon.
RSX´15

21. Color & trim examples
Keywords: discrete, sport,
high visibility
RSX´15

22. Scenario:
Detection of a gas leak
RSX´15

23. The rear light
improves safety in dark
environments
RSX´15

24. ” Great project”
”I would love to see this protection mask on our miners”
”This could be a standard safety product that every helmet need”
”I love the exchangeable modules, I can think of at least 10 more versions”
”Unique idea!”
Feedback
Atlas Copco & LKAB
RSX´15

25. Protection is within an
arms reach, there when
you need it, always.
RSX´15

26. Re-design a screwdriver for brand X

27. Analyzing components
- Number of parts, costs, manufacturing methods

28. Time sheet
Brandboard
“ Whatever your passion, whatever your pursuit. Wherever you're going, whateveryou're bringing. With Thule, you're free to live your active life to the full ”
Proffesional
Sport carriers
Roof boxes
Bags
Strollers
DESIGN ELEMENTS
Blue - highlighted functional details
”Soft chamfer pattern”
Smart details
Soft chamfers
Aluminium profile / Details
Logo Placement
Andreas Enebrand 2015-03-02
CMF
Functional
Smart details
Tough
Sport
Active Lifestyle
THULE KEYWORDS
Black rough plastic
Black rubber
Blue plastic or rubber
Anodised Aluminium
17h
of design

29. A
B
Developed concepts
Picked
Flashlight

30. Designing from the inside
Make everything fit and easy to assemble

31. Link to animation
Final result
A rotateable screwdriver & flashlight
for your car

32. Right
Manual - locks the gearbox and works
then like a manual screwdriver
Left
Micro USB charger
Force activated motor - starts when
pressure is added
Strap lock
Functions
Overview

33. Link to animation
Snap hooks locks the front with the back
Snap hooks with integrated cableways
Spring
Extruded aluminium body
- cut & milled
Rear plastic body
Only 2 screws!
Circuit board & battery
Bits holder
Motor mounting / sliding mechanism
Led lights
Lens
Button is secured by the rear part

34. 3D printed parts
Test to assemble

35. Installing components
Soldering
Snaphooks with integrated cableways

36. Scenarios
Supporting your active lifestyle

37. Scenarios
It´s in your car when you need it
Working light
Micro USB charger

38. Advanced Product Design
Sebastian Gier
Andreas Enebrand
Interaction Design
Ezgi Sabir
Lauren Robertson
Click to see process video

39. Field of interest:
Smart home for elderlies

40. A more social approach to the smart home movement
Addressing both parties, families and elderlies, to overcome stigmatization and
base the product on the relationship between people.

42. The design story
Balloon: your smart friend.

43. Voice - interaction that works for both user groups.
Balloon is analyzing and reacting on different sensors like
environmental sounds and voice.
Main unit
Baby unit
The brain of your home
It connects your smart home products, it learns your habits
and it helps you to organize your life
“Remind me to buy milk”

44. Social mirror
Animates your loved one’s activity.

45. “My grandmother fell and couldn’t get up,
she was laying there on the floor without a phone for
hours until a neighbor came by”
Balloon takes action by calling the ambulance and pushes the alarm to preselected devices and people.
Family members can talk through the balloon to calm down the one in need until help arrives.
Built-in sensors detect body
and sound abnormalities
Safety net

46. Use your finger to draw something
quickly. Your friend on the other
end can watch your drawing
animate, then respond with a
customized creation for you.
Let your friends or loved ones
know you’re thinking of them.
Social mirroring
Bringing the presence of your loved
ones into your home.
Smart home system
Learns your habits and helps you
organize your life.
Safety net
Takes action and informing the right
people if something happens,
Lots of ways to respond
Say it with a feeling.

47. During my internship at Veryday I was part of a small team that worked with updating a mountain bike
saddle for the German brand Ergon. I was responsible for design, key sketches to client and cmf variations.
The SMC3 saddle was released during the first quarter of 2015.

48. A new watertap experience.
In collaboration with:

50. With the inspiration from waterfalls, Onyx has a 180º spread for an exclusive and unique water appearance.
Touch or slide to set the temperature Different temperature zones make it easy to
find your right temperature
Link to sketch movie

51. ”A realistic and good concept that would fit our brand Mora,
we have the technology to make it work”
- Product manager from Fm Mattson group
First ideation to final client presentation

52. Ascom Myco released 2015
Smartphone combined pager for hospitals
Yesterday
Nurses sharing phones
in small teams
Individual pagers
Tomorrow
Nurses have individual smartphones
Need for more available chargers
Limited space in hospitals
Value for client - charging per m2
= less costs
Ascom Wireless Solutions is a provider of
on-site wireless communications for segments
such as hospitals, manufacturing industries,
prisons, retail and hotels.
About Ascom
PROFFESIONAL WORK
Jun 2012 - Apr 2013
Job description
Design a new charger for Ascom´s upcoming nurse phone.

53. Through interviews with different stakeholders:
Product managers
Engineers
Production manager
Interaction Designers
Internal research
Their thoughts of the chargers in the past and
their dreams & expectations for the future
A need for a single
desk charger for
the nursing rooms
A need for a
new smaller
rack mounted
charger that can
be upgraded
over time for new
phones.
“Our customers
are all about
charging per m2
”
“Must be easy
to install/remove.
We have had
accidents with the
existing one ”
- Sales manager
“Would be great if it
could create a meeting
point for the nurses.”
“If we can charge
more phones per
module it will be
cheaper and create
more value for our
customers”Overlapping design = more phones
Popular!
Power unit - share the same base, different top
Exchangeable front modules
1st generation charger
Charges less phones than the 1 generation.
“Book shelf design” - Accidents have happened when people walks into
and leaning towards it.
Electricians needs to install the high voltage cables in to the unit.
Accidents have happened when people dismount it without switching
off the power.
Big unit!
2nd generation charger

54. Nurses/doctors meet lot of different patients
during a normal work day
The Fact The problem
Nurses/doctors disinfect hands and
tools often but not their phones
The Idea
Use UV-light to disinfect the
phone while it is charging

55. Ideation
Sketches & mockups

56. Picked idea to continue with
A Modular charger with different
application tops
The new charger also needs to work with
Ascom´s previous phones
Simple cardboard mockups and 3D printed
prototypes to evaluate the idea

57. Communicating ideas
Engineers & Product managers

58. Form development
Fit Ascom´s design language

59. Details
Improving the installation
Cableway that gives the perfect
distance to the next din-rail

60. Final result
Desktop mode
Special weight plate inside the unit gives a robust feeling
Different front colors

61. Final result
Wall mode
Power supply
Space for cables
Cable-way
UV - disinfection hood
Status light:
Blue- cleaning
Yellow - finnished within 3 minutes
Green - disinfected

62. Final result
Corner

63. Final result
Tower mode
Creates a “meeting point” for the nurses where they can sync
information between each other (special Ascom software that
today is installed the nurses computer).
24” touch screen
Special aluminium profile with the
same shape as two din-rails.
Creates a space for cables
Antennas
Space for power & computer

64. Bachelor degree thesis 2012
Train catering trolley for:

65. Bags makes it difficult
to get pass Trolley unprotected -
during staff change
“It happens sometimes
that the trolley flips over”
1 Ramp per train -
need to go and get it
each time
Gap between train and platform!
The Fact
Problem areas
Transport the trolley onboard Sales Storage In/out of the train
Field study
• 30 tours per day (Monday - Friday)
• Walks 2-3 turns on the train during each trip
• About 60 rounds during a normal working day
• 2-6 stairs / train depending on layout
Breaks are not working
-uses straps to secure
the trolley instead
Customers often
need to reach after
the products by
themselves
>100kg full-loaded
“Need to drag the
trolley with one
hand because I need
something to hold
on to with the other
hand”
“No place to store
the empty milk boxes
so I put them in the
pockets until I see a
trash can”
Customers can´t see
what they offer
Shoulder & back
problems is common

66. Ideation
Sketches

67. The idea: combining
a conveyor belt with
fold-able legs
Feedback & support from an engineer and technical physicist
Test of the fold-able legs
Prototyping
Test if my ideas worked

68. Snacks box
Food box
RFID Card
to unlock the
trolleyDrink box
Conveyor belt
Access to the front drink cartridges
Adjust the height of the handles
Top selling products
is at the top for easy
access
The heaviest products
are at the bottom for
maintain low center of
gravity
Poster
Special room for extra cups and lids
Conveyor belt button
Batteries
Electric driven wheels
Force sensitive handles
Swedish innovation that
controls the electric wheels.
Result

69. Cup holder
Waste can
Trash can
Napkins are located together with the food
Buttons to control the beverage
Lid holder
Drink nozzles

70. Poster holder
A2 Poster
Protective covers against the stairs
Drink-cartridges 4x4L
Room for extra posters
Poster handle

71. Single page projects
Various projects & competitions

72. Car battery competition
Winner
Completed
1 day during spring 2013
Challenge description
Join us in rethinking the car battery.
It should be so well-designed that you would want to put it
on display, not hide it in an engine compartment.
Grabcad winner
Built in handle
Standard mounting base from the company

73. PROFFESIONAL WORK
Nov 2012 - May 2013
INTERN
Aug 2012 - Nov 2013
1. Large version
2. Small version

74. Pitch for an hospital phone
Color coded clip so you can see on a distance
which department it belongs to.
Uniqe shape to make it look more like a proffesional
tool than a consumer designed smartphone.
- Something the client asked for in the brief.
Top screen area
PROFFESIONAL WORK
Nov 2012 - May 2013
INTERN
Aug 2012 - Nov 2013

75. Control station concept for
cutting machine
Machine details
Emergency Stop
Storage for cutting knifes
Hidden keyboard
PROFFESIONAL WORK
Nov 2012 - May 2013
INTERN
Aug 2012 - Nov 2013

76. Sketch out the future charcoal grill that can
be the World Champion grill at Grill & BBQ
Championships 2015
Completed
Spring 2013
Own description
I wanted to create a modular grill where the
user is in focus and with smart functions that
could help the user in a competition.
With my grill the user can modify it after its
needs, for example the detachable top or the
side tables that you can attach in different
ways.
World-cup layout,
grills will be placed
next to eachother.
Challenge description

77. Completed
Spring 2013
Own description
Charger concept for Ascom.
How to make a usb charging cable into a
charging station
Professional Work

78. Professional Work - Boat Hook
Freelance project fall 2013
Own description
During the fall 2013 I helped an inventor that
had came up with a new type of boat hook.
This boat hook was spring-loaded and had
two buttons to release and unlock the front
part.
I was invited to the meeting together with
the inventor and reseller where I could
communicate ideas to make the innovation
more interesting.
Aluminium profile with
cableway for the led light
“Absorbing zone” if you
by accident hit someone
Design variations

79. If you want to see more of my work or get in contact with me:
Thanks for watching!
andreas.enebrand
pinterest.com/enebrand
linkedin.com/in/andreasenebrandandreas.enebrand@gmail.com
+46 (0)70-3676342
vimeo.com/andreasenebrand