hanako arรกmbula hayasaka portfolio
curriculum vitae
hanako arámbula hayasaka
email : phone:
hanako.ah@gmail.com (+44) 7508 538 462
education
skills
2010 - 2013
/ / / /
MA in Advanced Product Design Umeå Institute of Design Umeå, Sweden 1999 - 2004 Industrial Design Bachelor´s Degree Industrial Design Research Center (CIDI) at the National Autonomous University of Mexico (UNAM)
Ethnographic Research Analysis Ideation & validation Sketching
work experience / / / /
Sketch-mock ups CAD modelling Rendering Concept visualization
languages / Spanish (mother tongue) / English (fluent)
software / / / /
Rhinoceros Photoshop CS5 Illustrator CS5 Indesign CS5
/ Keyshot 4 / Premiere CS5 / After effects CS5
2014 - 2015
2013
2012
2008 - 2010
2005 - 2007
Self employed freelance designer
Designit (Åarhus) product design intern
Pilotfish (Munich) product design intern
Innovamedica / Alandramedical product designer
ad+ diseño product designer
Development of broad variety of product and graphic design projects for local companies.
Europe’s largest and most international strategic design consultancy. Integrating design research, brand strategy, innovation, product experiences and interaction design.
Progressive industrial design and product development studio specialised in electronic products. Intern position in the product design team.
Company dedicated to the development of medical devices and research in life sciences.
Consultant design office that provides design services specialized in injection plastic products.
March - now
Sept-Jan
Feb-August
content
pepper mill & salt tray project work at designit
strategic design project
asthma advanced condition management
product analysis & construction husqvarna screwdriver
social design project
dignifying kitchen for social homes in Mexico
personal project
remote control for MP3 player
emerging technology project organ monitoring system
user center design project guidance device for mail deliver
Pepper mill with Salt tray Designit
The pepper mill and salt tray is currently produced by Naunce Scandinavia. It was developed during my internship in Designit, my involvement in the project was in the concept development and initial CAD.
Asthma Management System Strategic Design Project Individual work
Research
01 USER JOURNEY
02 INTERVIEWS
03 ANALYSIS
• How might we get insights when there is no access to the target user ?
• Daily challenges • Individual & unique ways to cope with their situation • Expert´s observations
• Customized treatment • How can this technology improve treatment and life quality for patients? • How can this product be non-intrusive and engage with the user?
04 TARGET GROUP • Teenagers ( 14 - 18 ) • Physically active • Asthma patient
Ideation
Ideation
Protection of relevant elements for the treatment and that are in close contact with patient.
Round edges, bigger radios that creates soft surfaces for a user friendly product.
Fun and unexpected details that allow the user to engage with their medical device.
Easy to read and simple forms
High light key areas Angle edges that allow the user to hold the product.
Form continuity and suitable proportions
Final Concept
ASTHMA IN CONTROL APP A digital tool to keep track of the medical treatment and development of the user. Allows to have the right information for the user and their parents.
HOME DEVICE Use at home to measure nitric oxide levels and delivers the right amount of medication in a daily basis.
EMERGENCY SHOT A key ring with a single concentrate dose for an emergency.
Final Concept
MAIN BODY Is the element the user will handle the most and contains the technologycal parts. Air exhaust
TIP Disposable plastic tip that will be in direct contact with the patient´s mouth. Light interface, which together with sound will guide the user during their condition test. good
warning
medication
BASE Contains the battery and light interface for the user during their daily test.
Bottom access to the electronic components.
high risk
Home device
Final Concept
Start
Test
Feedback
Medication
Home device
Intake
Final Concept
Emergency shot
PORTABILITY The emergency shot can be wear as keyring, which makes it available anytime.
TIMER Once the device has been activated, the timer turns on to shows when is ready to be use.
TIP LID The lid is attach to the housing to avoid loss and prevent dirt to go into the device.
Once is open, the tip should be press and it will pop out at the same time that activates.
Final Concept
01
REGISTER 02
HISTORY 03
LEARNING 04
CONTROL CALENDER
SPECIFIC INFORMATION
OVER VIEW
Shows the days where asthma attacks happened.
Shows weather condition, location as well as medication status.
Shows a general over view about the monthly treatment as well as the patient condition.
APP
Final Concept
Personalization
Husqvarna Screwdriver Product analysis & construction project Individual work
Product Analysis Gear box
Washer
LED
Engine
Start switch
Battery
Charger port
To have a better understand of how this tool works and the technical consideration that will important to remind, a complete disassemble analysis was done.
market
high-end consumer products professional products
colors orange grey black
form - clean lines, very
visual characteristics
brand values
high performance quality.
Brand Analysis
simetrical shapes with aerodynamic tendecy.
differentiation - by
color contrast to stress componets
materials - plastic
generally for main body metal, complement parts
finishing - smooth and
gloss surfaces for main body. Matte - generally gray material used in hand tools or grips.
logotype - in blue, white and black as well.
Ideation & Design
During the ideation process, sketches and model sketches were made to check scale, proportion and usability. From the style point of view, the brand analysis were the guidelines.
Prototype Construction • • •
3D print housing. Housing´s refinement and painting. And finally all the components were put in place to get a working prototype.
Parts & Components push pins
side shelf
structural ribs
engine
top shelf
screws
back shelf
bit
LED outlet
front shelf
washer
LED
power port
switch
battery
Product Details
LED light Ventilation
Power switch
Dignifying Kitchen for Social Homes in Mexico Social Design Project Individual work
Background
Research
Findings
Sketches
Evaluation
Final Concept
BACK BOARD
COOK TOPS CUTTING BOARDS
TABLE
INDEPENDENT CABINETS
Final Concept Efficiency PLATES ARRANGEMENT By placing the tableware in the cabinet, free space is generated.
PREPARATION AREA Is seven times increase , base on the current space available. And when cook tops are standing up, the preparation area increases twice
RINSE + DRAIN This task was improve by making a proper place for food to drain while other task are done.
CUTTING BOARD It can be place on top of the sink if need it .
CUTTING BOARDS Besides been use as cutting boards, gives the user the option to increase the preparation area even more.
INDEPENDENT CABINETS The users can acquired them according to their possibilities.
TRASH The frame where the cutting board usually rest can be use as bag holder when is available.
Final Concept Flexibility
LOCK The lock is present in both units: gas electric and gas. It allows either unit to sit properly in place.
VERTICAL SUPPORT This element, assures the cook top remains in vertical position when is need it. This creates even more free space over the counter top.
COOK TOP
ELECTRIC UNIT
Universal body to be use with a gas or electric unit. Has no extra grill to make it easy to clean.
The electric unit has a two part plug that let the electric cable pass through and the lock to sit in place.
GAS UNIT Has the same construction principle as the electric unit. This makes it easy to switch according to the user needs.
KNOB Control hit.
LID Protects and keep the components in place.
Final Concept Cleanliness
COUNTER TOP The smooth surface and the higher edge around the counter top allows the user to clean efficiently.
UNDER THE TABLE Cleaning under the counter top is very easy because the mobility of the cabinets.
Remote Control for MP3 Player Personal project Individual work
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Organ Monitoring System Emerging technology project Norrlands Hospital Teamwork: Nilas Pleje & Ayca Kinik
System Ideation
1
SHARE & MULTIFUNCTIONAL CONCEPT
2
FLEXIBILITY & COMPATIBILITY CONCEPT
3
COMPACT & MOBILE CONCEPT
or
Surgery room
Intensive Care Unit
Ward room
Concept Development
professional
user friendly
clean
System Overview analyzer
The surface md system is form of 5 elements. Analyzer, pump, connector, cable holder and catheters. The aim of the system is closely monitor the integration of an organ transplanted into a new human body (patient). The input comes to the analyzer through the fluid called perfusate which is send from the analyzer to the catheters and comes back to the analyzer with a number of chemical components collected through the perfusate. Is the task of the analyzer to break down this information and display it in order to be read for the medical staff. The new features proposed in this systems are: flexible mobility for the patient and medical staff. Better communication with staff through simplification and legible information as proper alarms when really need them. The concept is also thinking in the stylization of some components and the dispose of the really necessary parts, avoiding waste of material and unnecessary increase of cost.
catheters 4 3
1 1 2
4
c
4
b a
1
connector
1 perfusate 2 pump 3 analyzer
cable holder pump
4 sample
Final design Analyzer IV bag hook
sample collector compartment
The analyzer as it name says it analyze the perfusate that comes from the catheters. This fluid contains different chemical components that will bring faster information about the development of the organ monitored than blood analysis or any other clinical study.
lock pins for fixation
Since can be position on the IV pole, the patient can bring the system with them without any inconvenience. It also shelter the small portable pump which is setup through the analyzer.
pump hatch power plug standard perfusate connector
pump ejection button
Final design Pump catheter´s cable connector
battery + perfusate light indicator
standard perfusate connector sample container
When the patient feels like standing up from bed, the portable pump has the capability to keep the system working.
Final design Interface
AFTER SURGERY
DURING SURGERY 01 Error test. Catheters are put in place. And the system is test before the doctor close the patient.
02
Customizable. The staff can setup the system according the case.
AFTER SURGERY 03 Quick review. The screen saver show the most important values.
AFTER SURGERY
MOVABILITY
04
05
History record. The nurse can go back in the data store to have accurate input.
Portable. The pump can be prepare from the analyzer for the patient to take it.
Guidance Device for Mail Delivery User Center Design Project Individual work
Research
01 INTERVIEWS
02 WORK FLOW ANALYSIS
03 ONE DAY IMMERSION
04 USER JOURNEY + DESIGN OPPORTUNITIES
Findings
01
MAIL RECEPTION
02
SORT BY NAME
03
COMPILE BY DELIVERY ORDER
04
05
• • •
• • •
LOAD VEHICLE Bicicle Moped Car
From a process of 6 steps, users will have to reduce it to 2 steps due new acquisition of sorting machines. This cause a general concern among the users, regarding the efficiency in the delivery.
DELIVER Very phisically demanding Time pressure When deliver, packages are easy to forget at first which force the user to run back again and increase the time in deliverying
06
RE-DIRECT MAIL
Ideation
Base in the values and challenges founded in the research the concept exploration was center in a mobile device to avoid any restriction related to the type of vehicle used. Beside ergonomics and usability requirements each proposal was analyzed in the scenario in order to visualize and understand which of these could work better for the user.
finger control, integrated to the glove
adjutable arm case
display, shows the information related to the pointed object
laser, display the information on any surface
speaker, is possible to listen to the information
eye display, shows graphically the infomation
3
3
3
2
2
2
Sketches
The seek identity on this project was a sporty and sturdy product. A iconic shape that give the modern mailman an object to be related to. I wanted to express the dynamic immerse in the job even though it might be not perceive at the first sight.
Final design The guidance device for mail delivery, is a portable assistant that every mailman could rely on. This device will help them to know one step ahead were to go and what to deliver, as well as, give update information about the customers and allowed them to make input to the system in real time when they find new changes.
MAIN CONTROL
DISPLAY
CAMERA
VOLUME CONTROL
MICROPHONE
SPEAKER
Interface
Gluntens V채g 7 Floor 2
1 package 2 envelops
thank you for your time hanako.ah@gmail.com