17
Experimentation Form Aesthetics Manufacturing Construction Materials Interaction design Technology Context analysis User involvement Integrated design Entrepreneurship Business development Budgeting User testing Requirement validation Product development Needs translation Requirement specification Problem identification Problem understanding Problem-solving Industrial Design Graduation Catalogue 2018 Architecture & Design Aalborg University

Industrial Design · The Industrial Design Section covers a range of research areas and we have research projects within Design Driv-en Innovation, Framing and Meaning

  • Upload
    others

  • View
    1

  • Download
    0

Embed Size (px)

Citation preview

Page 1: Industrial Design · The Industrial Design Section covers a range of research areas and we have research projects within Design Driv-en Innovation, Framing and Meaning

Experimentation

Fo

rm

Ae

sth

eti

cs

Manufacturing

Co

nst

ructi

on

Materials

Interaction design

Tech

no

log

y

Context analysis

Use

r in

vo

lve

me

nt

Integrated designEntrepreneurship

Business development

Bu

dg

eti

ng

User testing

Requirement validation

Product development

Needs translation

Requirement specification

Problem identification

Problem understanding

Problem-solving

Industrial DesignGraduation Catalogue 2018Architecture & Design

Aalborg University

Page 2: Industrial Design · The Industrial Design Section covers a range of research areas and we have research projects within Design Driv-en Innovation, Framing and Meaning

The Industrial Design Section covers a range of research areas and we have research projects within Design Driv-en Innovation, Framing and Meaning Making, Agile Product Development, Form and Aesthetics and Service De-sign. Since the beginning we have been pre-occupied with the transpar-ency of design processes and meth-ods, which is also reflected in the student projects you will find in this folder and especially in the process re-ports for each project.

In 1997 we established a study pro-gram in Industrial Design. The outset was to create a hybrid between In-dustrial Design and Engineering, back then it was very innovative in a Nordic context, and we have continuously de-veloped our curriculum and program to maintain a competitive profile. Our graduates have a very broad profile and the hybrid model of Industrial De-sign Engineers have found work in a very broad range of companies from studios like Designit and Ideaal, to small and medium companies like Hay, Dolle, Nilfisk and Trip Trap to large companies like Lego, Grundfos and IKEA. They have job descriptions rang-ing from Design researcher, Industri-al Designer, Product Designer, Me-chanical Designer, Design Engineer, Product Manager, Project Manager, Innovation consultant, Business De-velopment Manager and many others. Regardless of the job title and type of

company, our Graduates can bring a strong methodological and holistic fo-cus to the development process.

Graduates from the Industrial Design Engineering M.Sc. program can seam-lessly and actively engage in technical and scientific product development process, in which analysis and syn-thesis of social and human science aspects in relation to needs, sales and use of products and solutions are systematically and methodically inte-grated through externalisation and abductive reasoning, capable of han-dling wicked problems and open-end-ed processes.

On behalf of the Industrial Design Sec-tion and Industrial Design Study Pro-gram

Christian Tollestrup Head of Section [email protected]

learn

Preface

Page 3: Industrial Design · The Industrial Design Section covers a range of research areas and we have research projects within Design Driv-en Innovation, Framing and Meaning

Table of Contents

Cartish

Birgitte Fromsejer NøklebyChristoffer Høg Jørgensen

NXD

Jens Asmussen HamannMartin Juul Jensen

GlucoAid

Didde Marie WestergaardKasper Ankjær Dinesen

DR-1200

Alexander FrickMads Grønbæk

AQUAX

Rasmus Ringsholt NielsenRasmus Nielson

PeakHalldóra Auður JónsdóttirMaria Brændstrup KristensenMarie Cathrine Soele Madsen

BODIHenriette Munch ChristensenMarie Bækgaard CarstensenMark Bo Jensen

Vis

Allan Gram PedersenAngela Lise Frank

Etaren

Ane JohansenJulia Mandrup

PREVENT

Gerke Jonathan van GarderenPetter Hvidt Toft

MR Equipment

Michelle Søe NielsenRebekka Rønn

WilD

Esben Holdt RudeSteffen Aaberg Andreasen

2 14

4 16

6 18

8 20

10 22

12 24

Page 4: Industrial Design · The Industrial Design Section covers a range of research areas and we have research projects within Design Driv-en Innovation, Framing and Meaning

Most people know that the most stressing part about the airport is the security check. Passengers stress about separating their items, and to get through without trouble. Fami-lies are the most stressed segment with all the different thing the have to attend to. The airport want the pas-sengers through as fast as possible but also need to uphold the level of security. This results in it getting hard-er for the passengers to go through. Cartish seeks to change that by taking the families out of the regular security lane and provide them with the time and space they need. By taking the family out the other passengers gets a smoother path through security.

Cartish makes the security check a family experience where the children can be a part of it and help prepare to go through the security check. The backside of Cartish creates a private

space for the family to prepare and provides information about what to hand in through icons and silhouettes. Cartish is designed with the family in focus by utilizing childish silhouettes and recognizable features such as a seat and handles on the side, the chil-dren are encourage to participate in the airport experience.

Cartish can be taken through security and all the way to the gate, while guid-ing the family. The airport tracks Car-tish to gain a better understanding of the families movement pattern. This data creates an overview of the flow in the airport making it possible to tar-get ads to the specific family. The fam-ily will receive notifications of point of interest and offers from stores. In ad-dition, the family will receive informa-tion about their flight.

Birgitte Fromsejer Nø[email protected]

+45 22 79 45 66www.linkedin.com/in/birgittenoekleby

Christoffer Høg Jø[email protected]

+45 40 43 50 36 www.linkedin.com/in/christoffer-hoeg-jo-

ergensen

The future in airport security for familiesCartish

Check-in Gate

2

Page 5: Industrial Design · The Industrial Design Section covers a range of research areas and we have research projects within Design Driv-en Innovation, Framing and Meaning

Amphitrite is a robotic lake mower designed to cut water weeds in lakes on golf courses, leaving a picture per-fect experience for the players. The two Industrial Design Engineers Rasmus Ringsholt Nielsen and Ras-mus Nielson, have developed this product after interviewing multi-ple greenkeepers and analyzing the problems they have with maintaining lakes.

Amphitirte is self driving and made to operate on its own. The conven-tional way of removing weeds from lakes on golf courses is by heiring contractors. These contractors do it with big machinery that damage the course, and the cost of getting the weeds removed in one lake is around 18,000 DKK.

Amphitrite is the first of its kind, a robotic lake mower. One of the most

noticeable things is its big paddle wheels. The big paddle wheels give Amphitrite its amphibious abilities making it agile on both sea and land. The cutter is one of the most impor-tant part of the product as it is cru-cial it leaves a nice finish around the lake. The cutter is designed to follow the bottom in the water and on the ground. The cutter is equipped with replaceable industrial grade knives, that cuts down every obstruction.

Amphitrite is a one time investment, that maintains the lakes regularly leaving a pristine golf course all year round, at a much lower price than competing solutions.

Rasmus Ringsholt [email protected]

+45 2999 4579www.linkedin.com/in/rasmusringsholt

Rasmus [email protected]

+45 2844 7078www.linkedin.com/in/rasmus-nielson

- “The robotic lake mower for overgrown golf lakes”AQUAX

4

Page 6: Industrial Design · The Industrial Design Section covers a range of research areas and we have research projects within Design Driv-en Innovation, Framing and Meaning

Etaren is the new portable gel dis-penser for Danish home nurses. Etaren helps the home nurses achieve optimal hand hygiene by giving the right dosage of 3 ml 85% ethanol gel, so they will disinfect their hands for 30 seconds.It works by squeezing the gel out with the fingers and the handroot. The gel is caught with the other hand and can now be rubbed in.

The home nurses have easy access to Etaren during their work, because it is placed on the chest close to the other equipment like the pen, watch and pu-pil light that they use. By controlling the dosage and giving easy access, the home nurses have great opportunity to achieve optimal hand hygiene with Etaren. The home nurses will be more motivated to disinfect their hands cor-rect, because Etaren is more integra- ted in their workflow.Etaren contains 120 ml of alcohol gel and the container with gel can easily be replaced when it is empty.

Two home nurses from the municipal-ity were observed in how they disin-fected hands through different treat-ments at patients’ home and inside a wound clinique. The hand hygiene was not optimal because they did not use the right amount of gel or the rec-ommended 30 seconds to kill the bac-teria on the hands.

The world faces a fast evolving prob-lem with multiresistant bacteria, and WHO (World Health Organization) es-timates that in 2050 400 million peo-ple will die because of them. There-fore, it is more important than ever not to spread these bacteria.

Ane [email protected]

+45 21 17 25 20linkedin.com/in/ane-johansen/

Julia [email protected]

+45 2347 0133 linkedin.com/in/juliamandrup/

A hand sanitizing device for Danish home nurses

eta ren

6

Page 7: Industrial Design · The Industrial Design Section covers a range of research areas and we have research projects within Design Driv-en Innovation, Framing and Meaning

This project is a vision of the future of diabetes management in develop-ing countries - with the use of cutting edge technology. As a result the con-cept presented will not be ready for implementation as of tomorrow, but a few years from now.

Diabetes is a social catastrophy in de-veloping countries. In Africa 7 out of 10 diabetics are unware of their con-dition, which results in complications like amputations, blindness, kidney failures and deaths.

Because type 2 diabetes is not acute and comes with symptoms that are difficult to detect, people seek medi-cal attention too late. On top of this, healthworkers lack knowledge about diabetes, misinterpret symptoms and diagnose people wrongly with malar-ia. This results in an increasing amount of undiagnosed diabetics and a death rate higher than the combined death

rate of HIV, Aids, malaria and tubercu-losis.GlucoAid is a diabetes screening de-vice that offers testing non-invasive-ly without the use of any disposable parts. It is designed to empower the nurses in the lower levels of health-care in developing countries.

GlucoAid acts as an extension of the healthcare system as it is meant to be brought out to the villages to screen the residents. It will hereby not only empower the nurses by making them capable of performing a task they were not able to before, it will also help creating awareness about diabe-tes and lower the prevalence.

GlucoAid comes with a power cable and an educational diabetes kit. With-in the kit is three folders, which the nurse can use to advise the patients on how to react according to their test result - normal, pre-diabetic or diabetic.

Didde Marie [email protected]

+45 22 55 52 60linkedin.com/in/diddemariew

Kasper Ankjær Dinesen [email protected]

+45 26 11 15 07linkedin.com/in/kadinesen

NON-INVASIVE DIABETES SCREENINGGLUC AID

design team

EchO

8

Page 8: Industrial Design · The Industrial Design Section covers a range of research areas and we have research projects within Design Driv-en Innovation, Framing and Meaning

Globally more than 400.000.000 peo-ple suffers from overactive bladder (OAB) and the number keeps rising as the population grow older. The reason for OAB is most commonly unknown but it can be caused by e.g. childbirth, menopause, prostate can-cer or neurological disorders.

The condition is not related to a cer-tain group of patients, it affects men and women of all ages and sizes and causes great damage to the people who has to live with the condition.

BODI is an assistance system to help the user regain control of their blad-der through neuromodulation. It is a wearable device that fits both males and females.

BODI is a treatment tool for incon-tinence within neuromodulation. It applies current to the dorsal nerve,

a branch from the sacral nerve, from the outside of the body, meaning that the nerve can be applied a high level of current which has been proven to relieve the symptoms of incontinence and make it possible for the patient to postpone involuntary urinating and find a toilet before the accident happens. The BODI system consists of multiple elements. Some are necessary for the product to function and others are ei-ther potential add-ons depending on the patient’s symptoms or elements intended for setting and monitoring of the product by the doctor.

Henriette Munch [email protected]

+45 22394614linkedin.com/in/henriette-munch-chris-

tensen

Marie Bækgaard [email protected]

+45 28948972linkedin.com/in/marie-bæk-

gaard-carstensen

Mark Bo [email protected]

+45 51938577inkedin.com/in/mark-bo-jensen

BODI - An assistant to improve the quality of life with inconti-nence

make

v

10

Page 9: Industrial Design · The Industrial Design Section covers a range of research areas and we have research projects within Design Driv-en Innovation, Framing and Meaning

This Master Thesis deals with the de-velopment of a product for riding therapy, with a vision to improve the experience for the disabled user. Rid-ing therapy is a relatively common form of physiotherapy, where the horse is used as a therapeutic tool. It is people with different handicaps whom are attending riding therapy. The problem is that there is not a single product designed to accom-modate these patient’s needs, which now has come to change. This new riding pad is a modular system, which means that it is possible to change it to accommodate different needs, for example are the pillows on top of the riding pad changeable to suit people with pelvis tilt and it is usable with dif-ferent or no handle as needed.

Many different factors were relevant in this project, such as safety, com-fortability, stability and materials. Safety always comes first when deal-ing with horses, which is why there in the riding pad are incorporated safety

rings for the stirrups, for the patient to easily move away from the horse if an accident should occur. The comfort and stability are relevant in this case, to fulfill the needs from the patient, because it is disabled people whom in many cases are very sensitive to physical contact. Therefore, it is im-portant that they feel safe and com-fortable sitting on the horse, without sharp edges or sewing’s to bother their therapy. The other way around, it is also important for the horse to feel comfortable while riding. That is one of the reasons why an effort is put into choosing the right textiles for the riding pad. The pad is breathable through all layers of material and the horse layer is a fabric with the charac-teristic of not pulling off the horse’s hair while placed against it.

The riding pad is fulfilling the needs from the horse and the patient and has received positive feedback from both patients and riding therapists.

MREQUIPMENT

Michelle Søe [email protected]

+45 28917909Linkedin.com/in/MichelleSoeNielsen

Rebekka Rø[email protected]

+45 20771558 Linkedin.com/in/rebekkarønn

FREE SPINE Air channel along the horse’s spine

CLEANING

Washable at 40°

LIGHT WEIGHT Weight below 2,5 kg

BREATHABLEHeat regulating materials

12

Page 10: Industrial Design · The Industrial Design Section covers a range of research areas and we have research projects within Design Driv-en Innovation, Framing and Meaning

Drainage is heavy economically to ar-able farmers. The investment is not without worries, as the farmer does not know if the new drained field works as intended. A typical problem within drainage is a blockage by sand. The only way to spot a blockage is when the crops are flooded.NXD Drain penetrates 60% more wa-ter and just by changing the shape of the drain it increases the water veloc-ity by more than 15%. The increased flow in combination with a filtering system makes the drain self-cleana-ble. Proper drained fields enable the farmer to increase their yield by more than 30%. A second product is coming up; NXD Sight. NXD Sight changes drainage from a passive tool to an active tool. NXD Sight provides knowledge of drain condition and soil moisture. The data is useful for predicting problems inside the drain. Furthermore, do the

knowledge of soil moisture enable ar-able farmers to see where he can op-erate with heavy machinery without compressing the soil, damaging his crops or getting stuck in a soft mud-spot.

Jens Asmussen [email protected]

+45 2674 9256www.linkedin.com/in/jensasmussenha-

mann

Martin Juul [email protected]

+45 4174 4121www.linkedin.com/in/martinjuuljensen

Next generation of agricultureNEXT GENERATION OF AGRICULTURE

NEXT GENERATION OF AGRICULTURE

NEXT GENERATION OF AGRICULTURE

DRAIN

15%increased Velocity

with new shape

75%Stronger

against pressureFiltering

1 Millimeter sand60%

more waterpenetration

NEXT GENERATION OF AGRICULTURE

SIGHTSIGHT

14

Page 11: Industrial Design · The Industrial Design Section covers a range of research areas and we have research projects within Design Driv-en Innovation, Framing and Meaning

There has until now not been any objective and accurate assessment methods in the field of physiotherapy for measuring joint range of motion (ROM), where the measurement is not influenced by several errors, and which also has the ability to evaluate the quality of the movement.Motion tracking is a thorough inves-tigated scientific field and there are several solutions developed for this, but none of these solutions are cur-rently addressed towards physiother-apy and the physiotherapists’ needs. These solutions are very complex to utilize and operate, and they are very expensive to acquire.

Because of this, Spíra has developed the assessment tool system ‘Peak’ in collaboration with a research team with expertise in physiotherapy and pain from Aalborg University. Peak is based on a known technology in

the field of motion tracking and can measure joint range of motion, which can be converted into velocity, accel-eration, and jerkiness during a move-ment. Furthermore, it can measure the offset in joint repositioning. It is developed upon the foundation, where it fulfils the needs of the physi-otherapists and their clients.

The Peak system is designed to ful-fil the need of quick and easy use in a consultation situation, while being easy and fast to clean in between.

All data is send to the Peak application where it is processed and mediated. The application comes in two ver-sions; the physiotherapist version and the client version.

Halldóra Auður Jónsdó[email protected]

+45 61 28 39 68www.linkedin.com/in/halldora/

Maria Brændstrup [email protected]

+45 28 86 37 46www.linkedin.com/in/maria-brænd-

strup-kristensen/

Marie Cathrine Soele [email protected]

+45 28 40 19 49www.linkedin.com/in/mariesoele

Application - Physiotherapist Application - Client

Measuring progress in physiotherapy rehabilitation processes

PE K

16

SPÍRAM4-ID10

Page 12: Industrial Design · The Industrial Design Section covers a range of research areas and we have research projects within Design Driv-en Innovation, Framing and Meaning

The past two years have seen ten vehicle-ramming attacks in Eu-rope alone, killing 132 people and injuring another 730. Preventing these attacks is hard as they are almost undetectable before taking place. Current solutions, such as large concrete blocks, are visually disturbing and have been proven to be ineffective against larger ve-hicles like trucks. PREVENT is a new barrier solu-tion designed to be subtle, while still communicating to both visitor and potential culprit that the area is secured. Its unique stopping method allows it to halt a standard car in less than a metre, or even a 40-ton truck at 80km/h in just 15 metres. To allow access for logistics and emergency services, the barrier

can be folded flat. The modular design of PREVENT makes it incomparably efficient to transport and set up. Each part of the tetrahedron weighs less than 25kg and can be handled by just one person. Nonetheless, the parts are durable and specially designed for high speed, high mass impacts.

PREVENT introduces a new era of portable barriers; high protec-tion for any location, at low cost. No large, unwelcoming concrete blocks - but a low and open barri-er, creating an inviting but secure event area.

Gerke Jonathan van [email protected]

+45 60 90 36 36www.gerkevangarderen.nl

Petter Hvidt [email protected]

+45 26 28 38 58www.linkedin.com/in/pettertoft

Preventing vehicle-ram-ming attacks at events

PREVENT

18

Page 13: Industrial Design · The Industrial Design Section covers a range of research areas and we have research projects within Design Driv-en Innovation, Framing and Meaning

DR-1200 is a new type of portable and compact CNC router designed for professional woodshops. It is a flexi-ble solution for small woodshops with limited space and no conventional CNC machinery. The woodworker also becomes able to bring it to in situ jobs, for example to the construction site or the customer’s private home.

The DR-1200 is intended to direct-ly rout workpieces that would oth-erwise require the woodworker to manually make routing templates. It can in many cases be a difficult pro-

cess for the woodworker to manually make routing templates due to very fine cutting tolerances (sometimes ±0.1 mm). This is the situation in many small woodshops without the space or occupancy to have a conventional industrial-sized CNC machine.

With the DR-1200, woodworkers in these small woodshops can skip the step of making routing templates in the first place and get to directly rout-ing the workpiece they need via a ded-icated mobile application.

Alexander [email protected]

+45 2072 0170www.linkedin.com/in/frick-alexander/

Mads Grønbæ[email protected]

+45 5095 2101www.linkedin.com/in/madsgroenbaek/

DR-1200VikingWoodworking

20

Page 14: Industrial Design · The Industrial Design Section covers a range of research areas and we have research projects within Design Driv-en Innovation, Framing and Meaning

Vis is a hand-training device aiming to reduce the risk of developing hand in-juries of eSport players. It is connect-ed to a computer application provid-ing a coaching mode and a minigame. Although eSport is growing rapidly in recent years, the players lack medical oversight. Many eSport players in the professional scene experience hand injuries, and sometimes they have to retire. Vis allows eSport players to ex-ercise the muscles of the hand to re-lieve tension build up during a gaming session, thus reducing the risk of get-ting hand injuries. This also improves the performance of professional play-ers and make them able to withstand the strain from gaming for longer pe-riods of time.

The Vis gauntlet is connected to a computer application with a coach-ing system and a minigame to gamify hand exercises recommended by med-ical professionals. Through the coach-

ing mode and the game, Vis motivates and guide players to do hand exer-cises. Doing exercises takes only few minutes, so they can be done while waiting for the next game match, and also during breaks between matches in tournaments. The user can choose among three different levels of resist-ance.

The resistance mechanism is a system of compression springs that can be compressed and extended: this way both extensor and flexor muscles are trained.

In the computer application, the users can check their progress day by day, start training, share results with other users, and also play a minigame alone or with friends. The game is inspired by rhythm games like Guitar Hero.

Allan Gram [email protected]

+45 27521132linkedin.com/in/allangp89

Angela Lise [email protected]

+39 3403119539linkedin.com/in/ange-lise-frank-629558112

The training device to prevent hand injuries in eSport.

22

Page 15: Industrial Design · The Industrial Design Section covers a range of research areas and we have research projects within Design Driv-en Innovation, Framing and Meaning

Esben Holdt [email protected]+45 30 28 77 17

www.eedk.design

Steffen Aaberg [email protected]

+45 26 54 95 61www.SteffenAndreasen.dk

WilD is the fire alarm for the forest. It is a system consisting of small sen-sor units scattered though the forest and a network of autonomous camera drones.

The system alarms the fire depart-ment and the owner, when a fire is building up, it does this by analyz-ing the air using a dual sensor setup, which reduces the risk of false alarms.

The drone autonomously track down any triggered sensor unit and transmit live video to the control center and the plantation owner, who then can make the right decisions.

WilD is able to detect an upcoming fire within seconds from when the smoke has started appearing, much faster than what is possible today. With the drone it is twice as fast at visually verifying the scene compared to the firefighters existing solution.

WilD helps the firefighters with crucial information such they can make the important decisions faster and better, which in the end will save land, prop-erty, and lives.

The fire is detected by the sen-sor unit and it sends an alarm to the server.

The server then relays the alarm to the drone, the owner and the national control center.

The drone autonomously flies to the location of the alarmed unit.

The operator can then control the drone and zoom the camera to take a closer inspection, such he can make the right decision on how to fight the fire.

1

2

3

4

WilDWildfire detection

Dual sensors

Accurate localization

Fast deployment

10+ years battery life

! ! ! Fire ! !

Drone feed

2

3

1

424

Page 16: Industrial Design · The Industrial Design Section covers a range of research areas and we have research projects within Design Driv-en Innovation, Framing and Meaning
Page 17: Industrial Design · The Industrial Design Section covers a range of research areas and we have research projects within Design Driv-en Innovation, Framing and Meaning