Wataru Watanabe: Industrial Design Portfolio 2008 by Wataru Watanabe

wataru watanabe design portfolio

Clear computing concept 7

Project info

c o mme co m me rc ia ial

Client(s)/Reason:

Dell ReGeneration sustainable computing competition Duration/Timeline:

passions

School of Industrial Design, Carleton University, 4th year major project

“going out - nice shirt and jeans”

“cottages and houses with friends, drinks and good times”

internet

ssoc oc ial ia l

Role(s): Principal researcher and designer

music

J ay Ja f a mi mill yy&c &c ul u l ture t u re

user visualization

“It’s an integral part... “It’s always with me.. always sought after”

“I've travelled the world and want to see more mo re”

5 classmates - initial research group and support 1 professor as project advisor

wireless access social networ k

connection co nn ect i on with w it h natur na t ur e

tth h e mo m o b iile le “g ge e tt-s - s e tt” ” 25 5-3 - 3 4 yyrs rs

mp3 players

u se r “we're (society) ar “we're are e destro dest roying ying the enviro envi ronment nment”

sp pa a cces e

Group members / Collaborators involved:

01101010 0101010110 0101010 01010101

life”

September 2007 - April 2008, 8 months [4 months of group research and initial concepts + 4 months individual concept development ]

re mote pr ocessing

online shopping

“there is “there something spiritual in nature nature that most

user context

01101010 0101010110 0101010 01010101

PDAs usb memory drives

common uses

people don't see”

new softwar e

home

1 professor as project supervisor 2 technologists for input and research

Synopsis: The purpose of this project was to improve the users’ understanding of computers and what needs to be upgraded, rather than replacing the whole system. This would encourage more users to upgrade, which will in turn improve the sustainability and extend the overall life span of mobile computers. With smart upgrading, there would be a decrease in overall consumption and e-waste, creating a more sustainable solution. The project also followed the brief set by the ReGenereation competition held by Dell.

In the first 4 months, the project group conducted thorough research of the project context and all significant issues including: project objectives, target user groups, market demographics, competitive product analysis, trends, current and future technologies.

work

VS. laptop

tower PC replacing dell laptop CPU [approx. 6 steps for removal]

irisvista.com replacing dell laptop video card [approx. 5 steps for removal, many screws and connections]

Dell Inc.

problem identified: users reluctant to upgrade mobile computers

Research Several methods were used to research users such as user visualization and surveys. Observations were documented, analyzed and presented. 1.

User visualization

Diagram of common use and their relationships

Observation of people using various mobile devices

User surveys

Identifying differences in ease of upgrading between desktop and laptop computers.

Whole systems are replaced rather than upgrading or servicing.

Upgrading components instead of replacing complete systems.

A typical lifespan of a computer is a short three years. With the growing sales of computers, there is a growing concern of how the large amount of e-waste will be handled at the end of their life.

Extending lifespan of components & reducing overall consumption by using a system that is much more easily upgraded

Replacing systems with whole new ones.

every 3 yrs.

VS.

A system that allows incremental upgrades time [approx 6-10 years]

Problem identification, opportunities and goals The major issue found with the sustainability of computers today was the amount of consumption for their short lifespan. Therefore the goal was to reduce this consumption by increasing the lifespan of the system. From surveys, many users were unaware of recycling programs and other environmental initiatives that were available as well.

Another key finding was that there was growing trend in users willing to upgrade themselves, however this is currently reserved to experts when it came to upgrading laptops and mobile computers, which is much more difficult.

Dell system monitor button

SYSTEM MONITO R BATTERY

charged: 100 % Est. battery life: 7.2hrs

UPGRADE

w... g the e

SYSTEM plugged in

32W

free:36% 4W

GPU

used: 48 % 7W

Running pr ograms

CPU

used: 100 % 13W

CPU MEM

used: 72 % free: 28 %

CPU usage

Web br owser Media player Messenger Email application System Idle/free

The readout displays CPU usage, RAM memory, usage and energy rate consumption

RAM

85% 6% 4% 3% 2% 0%

100

Brainstorming and concepts

DVD idle 0W

A system of concepts that addresses issues of monitoring and upgrading were presented for further development and testing.

Memory 50% 2% 6% 2% 12% 28%

A device that can serve different levels of mobility by having a smaller unit inside the larger.

A system monitoring interface to indicate any issues with the system.

Internal hardware design that allows simpler upgrading.

The system has software that displays and monitors performance of the components and software programs that makes the user more aware and informed how these Dell system monitor button components affect overall performance of the system and how they can replaced/upgraded/servicedbrought in a more to store for credit and replacement sustainable manner. The focus of this concept was on the use phase of the product life cycle, and therefore priority was given on the interface first to help guide the design of 11 the physical hardware to help keep consistency ofhanded the design down and seamless experience. Use scenarios were sketched to help visualize and determine the optimal experience. sent back to Dell

SYSTEM MONITOR

SYSTEM MONITO R programs

SYSTEM CPU

components

32W 5W 1W

USB 1

USB 2

WiFi

components

energy

software adviso r

power settings

16 W

HD Display

BATTERY

programs

energy

TOTAL CONSUMED

TOTAL SA VED

352W/h 922W/h

Running pr ograms

Status

Web br owser Media player Messenger Email Program 1 software 3

Running Loading Idle Not responding Idle Idle

System pr ograms

Running

7.2 hr s charged: 100%

SYSTEM MONITO R programs

components

SYSTEM MONITO R energy

programs

components

energy

upgrade adviso r storage

upgrade adviso r

processor 1 +0.6Ghz $70 | 8W ma x

free:36%

graphics

free: 48 %

X-ray inspired.

processor 2 +1.2Ghz $102 | 12W ma x

processor free: 0%

memory

free:12%

storage

USB

graphics

free:36%

idle

free: 48 %

USB

processor memory free: 0%

idle

free:12%

testing plan Priority 1

SYSTEM MONITO R

processor storage critical

slow

system

good

software

components

energy

charged: 100% Est. battery life: 7.2hr s

UPGRADE SYSTEM plugged in

cri ti cal

slow

32W

good

hardware

free:36% 4W

CPU

used: 100% 13W

RAM

used: 72 % free: 28 %

Running pr ograms

Status

Web br owser Media player Messenger Email application System pr ograms

Running Loading Idle Not responding unning

Who’s involved

Materials required

Documentation

Majority will favor a common size and form factor.

Targeted users.

Various mock-ups made with paper, wood, plastic and/or cardboard.

Notes on user responses & photos.

System Monitor Interface

Control layout and understanding

storage 2c

Upgradeable components

idle 0W

Siz Wh

Competitor models.

Interfaces will be shown to determine if users can interpret and understand the information shown and if any should be added or removed.

All users understanding and reading information shown in the interface.

Mock-ups of control layout will be shown to users to determine ideal locations and if they are able to understand the functions.

Majority will favor a particular location for control(s).

Users will be shown a mock-up and see if they can identify upgradeable components and are willing to replace them.

Users will be able to replace the identified component without errors.

Various test users & the designer.

Various ‘Paper interfaces’ (layout of controls printed on paper).

Notes on user responses & photos.

Various test users & the designer.

Users are able to understand functions of controls.

Various mock-ups made with paper, wood, plastic and/or cardboard.

Notes on user responses & photos.

Scorecards to rate different variations.

Various test users & the designer.

Various mock-ups made with paper, wood and/or card-board.

Notes on user responses, videos & photos.

Scorecards to rate different variations.

Determine degree of ease to remove the personal drive component from the larger unit.

Majority will favor a common solution.

Targeted users.

Surveys, sketches and mock-ups.

Survey data, notes on user responses & photos. Wh

Personalizing

Users will be shown concepts on different variations and degrees of customizability and determine which they value most.

Majority will favor a common feature(s).

Targeted users.

Sketches.

Notes on user responses & photos.

Consult with experts in technology to determine feasibility.

Feasibility is determined to be feasible in the next few years.

Sustainability

Utilize tools to determine carbon emissions reduced from the design. Validation of sustainable features.

Significant amount of carbon emissions reduced.

Designer & technology experts.

Designer & experts.

Concept sketches and technical information about the concept design.

fac

tor

Information about the concept design.

you

at is the

Yes

Results of analysis.

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)

Boo

are com Key fort boa able rd wit Mo h (c use hec ka Tra ll th ckp at a ad Sty pply lus ): T ou ch scre Oth en er:

Notes on discussion.

t su

You

Personal drive

Feasibility

form

cep

&u se

Scorecards to rate different variations.

e, fo rm

ich

Sla

DVD

Measures of success

Comparison with different models with users to determine ideal size and form for use & transport.

displa 2a

battery

physical

Procedure

optical driv

BATTERY

RAM

Wi-Fi

system

Con

Test issue Size & Form factor

t/re

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quir

ide

lles

ea n

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No cal If y (CD e it b s to th /DV uilt D/B in? e abo luR ve, ay) Exte wo driv uld rna eo l you ny pre our Buil fe Wo mo r to t in bile uld carr (co you dev uld y it ice ren be a ? s t or a mo ne lea dula xte se y r/ rn swa al/s our ppa Wh epa c o mp at d ble rate ute ) oy /op r? W ou tion like hy al d or w abo evic ut th hy eo not? r ha ec onc ve ept?

system

wi-fi

on: 1.7W

system

on: 1.7W

optical drive

RAM

storage

wi-fi

RAM

35% used

DIMM 1

View program alternatives Upgrade

display

Upgrade Center

speed: 0.8/2.2Ghz 3.0W

processor 75%

storage

1.2W

processor 75%

In use: 7W

speed: 0.8/2.2Ghz 3.0W

accessing: 1.3W 28% free

optical drive

History

RAM used by:

system Mb

program P

3424

program B

1094

program Q

942

program X

232

program I

212

program F

program W

program H

program S

on: 1.7W

system

optical

RAM

5 used accessing: 1.3W 3 35% system % free f drive 28%

In use: 7W

processor 75%

DIMM 1

PAGE FILE SPACE P P

speed: 0.8/2.2Ghz 3.0W

display

storage

accessing: 1.3W 3 system 28% % free f

RAM

35% used

MM M2 DIMM DIMM 1

battery

RAM used by:

View program

program P

3424

alternatives

program B

1094

program Q

942

program X

232

program I

212

program F

program W

program H

program S

1.2W

Upgrade?

View program

program P

3424

alternatives

program B

1094

program Q

942

program X

232

program I

212

program F

program W

program H

program S

RAM

1 Gb 600Mhz

2 Gb 600Mhz

3Gb 600Mhz

DIMM 1

DIMM

RAM

History

RAM

1 Gb 600Mhz

Upgrade?

$40

$70

$90

512 Mb 600Mhz

DIMM 2 History | component tracking

1% to SWAP W

installed

compatible upgrades available

RAM

1 Gb 600Mhz

DIMM 2

Alternative programs

DIMM 1

Reported & updated by users

History

RAM used by:

Program

uses [avg Mb]

program P

3424

program P

3424

program B

1094

program B

1094

program Q

[plugged in] display charging 90%: current draw 14.2W 1.2W

RAM used by:

DIMM 2

942

program Q

942

program X

232

program X

232

program I

212

program I

212

program F

program W

program H

program S

RAM less

512 Mb 600Mhz

site link

charging 90%: current draw 14.2W DIMM 2

installed

b battery

[plugged in] charging 90%: current draw 14.2W installed

programs available

digital Design development of software and hardware Concepts were put through test plans and with feedback the designs were revised. Initial monitor interface concepts were quite difficult to understand and grasp because of the large and complex amount of information. To solve this issue, the information was designed and layered to be much more simple and visual to the user. Further discussions with users and technologists provided input and feedback to make sure the data presented made sense. First inspired by x-rays, the interface became a map of components at near full scale to link the information presented to the physical components inside. With color coordination, the user can easily identify the components to be upgraded. The tablet style unit provided the most versatile form factor while reducing the need for more physical parts that can break (hinges for example). The touch screen reduces the need for a keyboard and mouse which are optional, and allows the user to purchase one that is best designed for him/her.

OLED display with touch & stylus input reduces need for peripherals and allows ease of use when mobile. There is also development in creating OLED that works backwards to harness solar energy.* * http://www.ecogeek.org/content/view/242/

System & optical drives can be swapped with newer systems or with a module with different features. For example, the optical drive can be replaced with an extra battery module to increase battery life.

The living hinge in the leather reduces the need for hinges and protects the device while in transport. It also allows the unit to be used in several positions to adapt to different situations.

Top surface display with personalized widgets allows user to be informed without using the full display, reducing consumption of energy.

System monitor icons

System monitoring 2.4w

Normal / Idle

13.1w

Under partial load

23.8w

Under full load or critical status

Upgrading/servicing

Component monitoring

See, understand and resolve the issue: upgrade cycle The system monitor would allow the user to make the best economical and sustainable choice. Linking to sustainable programs When upgrading components, the new and old components are simply swapped and old component is taken back.

The system monitor interface The interface would be running on a separate processor and would be overlaid over the OS, similar to volume/ image controls on TVs or BIOS controlled settings. System monitor icons A color coded icon indicates power consumption or irregular activity such as frozen programs.

System monitoring A color coded map of the system components installed on your system displaying its relevant information provides the user with a brief overview of system status and performance.

Component monitoring More detailed information about a particular component is shown such as use patterns and resource allocation. This can allow the user to determine if the component needs to be upgraded and understand software requirements.

Upgrading /servicing The display is removed to reveal the all upgradable components so the user can access them easily. Battery is accessed by the rear but is shown for consistency.

Standards, services and systems

A product alone, such as a computer, can not function without the support of the complex systems and services that are in place today. Briefly, many factors were considered and mapped out to see how the design would interact with current and up-coming standards, services and systems.

Visual appearance model

Travel Hair Dryer

Project info Client(s)/Reason: School of Industrial Design, Carleton University, 3rd year major project

Duration/Timeline: September - December 2005, 4 months [1/3 group research and initial concepts + 2/3 individual concept development ] Role(s): Principal researcher and designer

Group members / Collaborators involved: 3 classmates - initial research group and support 1 professor as project advisor 1 professor as project supervisor

Synopsis: Travel hair dryers are almost always prone to getting tangled with other items when packed in the luggage due to the long power cords attached. Dealing with the cord itself is considered a hassle and messy. However, because of the power required for the hair dryer to work efficiently as possible, power cords are necessary unless battery technology improve immensely. The target market is aimed for users who would like to travel with their own efficient hair dryer and is conscious of packing neatly and saving luggage space. Most current travel hair dryer manufacturers solve the issue of compactness by a folding handle which does not resolve the cord issue or reducing the overall size which reduces actual or perceived performance. Hair dryers with retractable cords are available but the function is prone to malfunction. To improve the design and differentiate from the current market, the new solution will use a clever pivoting handle mechanism that will allow the power cord to be wound. A concentrator attachment that will also act as a cover/cap will allow the unit to be an easy to pack and durable form.

“A powerful hair dryer with features which keeps the apparatus tidy and organized while still packable.”

Brainstorming, sketching

Concept direction

Concept phase

• Reverse folding handle • Cord pivot • Concentrator ‘cap’ • Streamlined form when packed • Slightly organic form (concentrator) 23 • Multi angle handle • Cord winding around handle

Foam mock-ups

Preliminary Phase

Functional prototype / User testing

DRAWING NUMBER Sheet

DIMENSIONS

UNTOLERANCED DIMENSIONS

±0.5

UNTOLERANCED ANGLES

±0.5

Date

Issues

82.73

1: Revisions

SCALE

Initials

ISOMETRIC VIEW SCALE 1 : 3

1 of 2

ISOMETRIC VIEW WITH CONCENTRATOR SCALE 1 : 3

7 Heating Coils

Fan

5 2 1

Description

Number

205.36

1 1 1 1 1 1 1 1 1 1 1 1

Concentrator Nylon Heating Coil Assembly 1 00W Fan Assembly 5W Motor Front Grill Stainless Steel Slider S itch ABS PMS 1575C Voltage S itch ABS PMS 1575C Body - Right Shell ABS PMS 1575C Body - Left Shell ABS PMS 1575C Intake Grill White ABS Cord Pivot ABS PMS 1575C Handle - Left Shell White ABS Handle - Right shell White ABS

Quantity

12 11 10

Details

131.10

SCHOOL OF INDUSTRIAL DESIGN CARLETON UNIVERSITY COLONEL BY DRIVE OTTAWA ON K1S 5B7

DRAWN 1

Wataru Watanabe

DATE 12/07/2005

CHECKED

DATE

CLIENT

Bjarki Hallgrimsson & Christian Schneider

PROJECT

Braun Pack-Pro Travel Hair Dryer

DRAWING

General Assembly SECTION A-A SCALE 1 : 2

ING NUMBER

DRAWING NUMBER Sheet 2 of 2 Sheet 1 of 2

±0.5 ±0.5

Date

Initials

Details

Issues

Quantit y

1:1 Revisions

SCALE

NOTES NO TES:

1. To Tolerances lerances in accordance with SPI standards standard 2. Injec Injection tion molded ABS (W (White hite) 3. Te Text xtured ured on cosmetic surf surfac ace

176

Number

Final Phase

Description

CAD/Detailing

SCHOOL OF INDUSTRIAL DESIGN CARLETON UNIVERSITY CARLETON COLONEL BY BY DRIV DRIVE OTTA OT TAWA WA ON K1S 5B7 DRAW DR AWN N

Wataru Wa taru Wa Watanabe tanabe

CHECKED

DAT DATE E 12/07/2005 DAT DATE

CLIENT

Bjarki Hallgrimsson & Christian Schneider

PROJECT

Braun Pack-Pro TTravel ravel Hair Dryer

DRAW DR AWIN ING

Handle - Left Shel DRAW DR AWING ING NUMBER Sheet 2 of 2

Appearance Model Construction

Cord pivot Adds visual weight, emphasis on feature and aids in cord winding. Wide opening For wider coverage for quicker drying Unique pivoting handle Reverse pivot allows for more streamlined packing form.

Final Design

Metaphoric brand identity 29

Project info Client(s)/Reason: School of Industrial Design, Carleton University, 2nd year project

Duration/Timeline: September - December 2005, 4 months Role(s): Principal researcher and designer

Group members / Collaborators involved: 3 classmates - initial research group and support 1 professor as project advisor 1 professor as project supervisor

Synopsis: The objective of the project was to design a new line of visually distinctive hand-held tools in teams of 4 people. The visual language were to be inspired and driven by organic semantics, in this case a green leaf. Our group chose to design camping tools, which is why the leaf was chosen as the metaphor. In this line of products, I chose to design a folding knife with formal detailing and colors that compliment the other products.

CONCEPT DEVELOPMENT

Broadband phone 35

Project info Client(s)/Reason: School of Industrial Design, Carleton University, 3rd year project

Duration/Timeline: March 2006, 1 month

Role(s): Principal researcher and designer

Group members / Collaborators involved: 1 classmate 1 professor as project supervisor

Synopsis: The objective of the project was to design a home broadband phone for an existing phone company. This concept consists of a main base station and a portable tablet interface that docks into it. The base integrates the features of a router, modem and phone adapter to provide wireless internet and phone service. The tablet can be used to video conference, e-mail/text and surf the web from anywhere in the home. For voice only communication, mobile phones with Wi-Fi capability would seamlessly switch from the mobile phone network to the home broadband network. The omission of a standard handset was made due to the finding from research that many customers are starting to use their mobile phones as their only phone, so this device was designed to compliment their current subscription rather than compete with it. The device also acts as a gateway to subscribe to additional services, such as Pay-per-view television and movies. By having the single hardware in place, the user(s) can easily add/change services provided by the company.

Concept development

Internet

Integrating hardware Using mobile phones as handsets allows users to purchase/use handsets they are already comfortable with.

Mobile network

TV / pay-per-view

Phone adapter

Home broadband network Telephony

Wireless router

Gateway to services

DSL modem

Seamless transition from mobile network to home broadband network with Wi-Fi enabled phones.

Concept strategy

Wi-Fi antenna

Stylus

LAN ports Broadband port Embedded webcam

Stereo Speakers

Full color touch screen

213 mm

Page button 244 mm

Translucent faces flashes

Microphone

165 mm

The tablet can be taken anywhere around the house, and docks into the base to charge.

Product details

* Work on this page was produced by project partner, Zagros Hatami

User interface

Love+life+living Memorials 41

Project info Client(s)/Reason:

16/03/33 dfan d

School of Industrial Design, Carleton University, 4th year project

16/03/33 dfan d

Watanab e

16/03/33 dfan d

26/12/03 dfan d

16/03/33 dfan d

02/12/03 adjnd

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Wataru

PA S T

Duration/Timeline:

16/03/33 dfan d

F U T U R E 2000

1000

1500

3000 1 9 8 3

Spring 2008, 7 weeks

2 X X X

16/03/33 dfan d

02/12/03 adjnd

16/03/33 dfan d 16/03/33 dfan d 16/03/33 dfan d

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Role(s):

16/03/33 dfan d

02/12/03 adjnd

Principal designer

16/03/33 dfan d

16/03/33 dfan d 16/03/33 dfan d

16/03/33 dfan d 02/12/03 adjn d

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02/12/03 adjn d

Synopsis: The objective of the project was to design new memorials or ways of memorializing someone based on personal philosophies while: •

Understanding the impact of population growth, urban density, and sustainability issues on the storage of human remains.

•

Seeking out novel methods of designing emotional and personal connections into memorial service products and environments.

•

Developing respectful and personal alternatives for sharing memories across time.

•

Designing multi-sensory and pan-technological ceremonial experiences.

N O Z O M U W ATA N A B E 1883 - 1979

T O K I K O W ATA N A B E 1886 - 1984

KOICHIRO SUZUK I 1903 - 2004

HIROMI SUZU 1906 - 2009

The memorial projects a timeline of the person(s) memorialized within a larger timeline, showing the viewer(s) where, in the fabric of time, the life of the memorialized took place.

1983 - XXX

16/ 03/ 33 dfa n d

16/03/33 dfand

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The design solution should be a respectful, personal alternative for sharing memories across time.

26/ 12/ 03 dfa n d

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S u z u k i

02/ 12/ 03 a dj n d

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2 0 0 0

02| 27| 12 bo r n

H i ro m i

•

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even

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t re la

tion

02/ 12/ 03 a ds dfa s d da fs dfa d j n d

PAST

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02/

/01

-0

FUTURE

16/ 03/ 33 dfa n d

02/ 12/ 03 a dj n d 16/ 03/ 33 dfa n d

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02/12/03 adjnd 16/03/33 dfand

shared

memories

16/ 03/ 33 dfa n d 16/ 03/ 33 dfa n d

1 0 0 0

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ev 05

Watanabe

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ti t rela

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1 9 0 6

3000

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Wataru

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N O Z O M U W ATA N A B E 1883 - 1979

T O K I K O W ATA N A B E 1886 - 1984

KOICHIRO SUZUKI 1903 - 2004

HIROMI SUZUKI 1906 - 2009

W ATA R U W ATA N A B E 1983 - XXXX

16/ 03/ 33 dfa n d

The memories of more than one person can be viewed to show the relations and memories shared between them.

W A TA R U W A TA N A B E 1983 - XXXX

PAST

Placing the key flat on the surface automatically projects the memorial in a linear format.

FU T U R E

2 0 0 0

3000

Rectilinear surface [top view]

PAS T

W ATA R U W ATA N A B E 1983 - XXXX

x W

x -

ru ta

19 83

ta n abe Wa

19 83

ru ta x

Placing the key standing up on the surface automatically projects the memorial in a circular format.

Circular surface [top view]

A key to access a virtual memorial displaying memories throughout the fabric of time.

Viewing specific events

Loading & selecting from the key

44 Adding to the memorial

Only our memories, knowledge and experience should remain, and not be a burden, to those who continue to live.

2 0mm 8 . 8mm

Cast re s in Em b e dd ed wirele ss circuitr y 7 2 mm grap hic or te x t ( etche d or s an d blasted)

Key of Memories Design Concept The design projected for the future is an electronic ‘key’ that wirelessly connects to any computing surface. The embedded program collects all relevant memories stored securely on the internet, creating a virtual memorial. This allows users who are frequently mobile or away from the site of the deceased to remember them wherever they are. Storing the data remotely also allows the user to have peace of mind of not losing all the stored memories if the key is lost or damaged. The memorial projects a timeline of the person(s) memorialized within a larger timeline, showing the viewer(s)

Personal philosophy where, in the fabric of time, the life of the memorialized took place. Memories that were shared between friends, family members and the memorialized can be added by loading them on to the surface while it is displayed. The memories of more than one person can be viewed to show the relations and memories shared between them. Within a family, the key can carry access to the history of the family tree with the memories of its members. When the holder of a key passes away, the key can be passed down to the closest family member to be reused and continue a family legacy.

We live in exponential times. When the population is forecasted to be over 9 billion for the year 2050, space and resources will become much more limited as more people live in urban centers. With the current rate of consumption, our life-style can not be sustained forever to accommodate the growing population. At the same time, the amount and rate of information and knowledge we gain is also growing faster than ever due to digital technologies. Since we already consume so much of the earth’s resources throughout our lives, we should give back and not waste, consume or contaminate the earth’s resources when we pass on. I believe our bodies should return to the earth ecologically without any permanence. We live in an age

of information, and it is fitting that only our memories, experience and knowledge should remain, and not be a huge burden, for those who continue to live. We already store so much of our memories digitally on the web in various forms such as photos, videos and text. I believe more people will be comfortable with digital technology and the internet as it matures in the future. Surface computing with touch interfaces will also become more ubiquitous and powerful. Memories stored digitally and on the web will become much more reliable and meaningful, providing a way to remember in a more sustainable manner.

W A T A R U W AT A N A B E X

Thank you for your time If you have any questions, comments and/or criticism please contact me at email@wataruwatanabe.net