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Author Archives: Noel Wilson

Noel is an Industrial Designer (has worked in rapid prototyping, playgrounds, education, bicycle empowerment, a bunch of freelance stuff and also has a writing degree). He works in the social empowerment sphere because his mum told him to, and for job security (as well as wanting to have a hand in shaping our future). He hails from Adelaide, Australia but has a healthy travel bug nibbling on him and love of diversity.

Creating Iconic Design Tools with the Noun Project

Catapult Design Digs the Noun Project!

Ever needed an obscure icon for your infographic? Need to make a universally understandable sign? Only have 20minutes to contextualize your product visualisation with a simple picture? Do you dig Pictionary? Or are you sick of battling with watermarks or creating amorphous stick figure monster icons?

Check out The Noun Project, an iconic phenomenon that is a platform for creating and sharing a global symbolic language. Catapult Design has used their resources on several occasions within our design work and we will go through two clear examples in a sec’, but first a bit of background…

The Noun Project hosts a library of  ever growing and iterated icons on their site that anybody can access, use, and contribute to. You still need to acknowledge their creators through an easy process of attribution (check their ‘usage‘ page for details) but their ethos is ‘open’ and they are all about capturing and continuing a symbolic conversation (pictorially of course). They also host Iconathons all over the place (mostly in the USA so far), group lock-in brainstorm icon hacking mash ups that are run by The Noun Project members to output a new set of icons around a pressing theme (they did some cool stuff after Sandy…check the iconathon.org site for details & upcoming events). I am itching to get to one, as much to meet the crowd as make some symbolic magic happen. The site (and the events) are meant for an audience well beyond designers. Ultimately The Noun Project is opening up icon creation, access, and use to a much greater audience and encouraging a flexible pictorial literacy.

story telling tools - using 'noun project' iconsicon games in Rajasthan

Catapult Design first tapped The Noun Project resources when making a research tool for a project investigating water access and use in rural India. I needed to get an understanding of symbolic literacy in Rajasthan villages. I etched a series of icons onto interlocking wooden tiles (some of them gleaned from The Noun Project) and intentionally left a lot of tiles blank. In each village we visited in Rajasthan, I asked people to experiment with the tiles in 3 ways: first, I asked people to identify what the icons referred to; then I asked people to explain a story using the tiles; finally, I asked them to draw some tiles of their own. The intention was to experiment with ways of discovering symbolic literacy, as well as use those findings to inform any instructions or guides we would have to make relevant to our water project.

Literacy Bridge panelLiteracy Bridge icon selection

The next time around was much more topical. Literacy Bridge, an organization empowering children and adults with tools for knowledge sharing and literacy learning, contacted us to help them solve an issue with their Talking Book interface. The Talking Book  is an audio computer that shares locally-relevant knowledge and improves literacy in areas with limited access to literature.  Literacy Bridge interacts with communities in Northern Ghana where there is no word for ‘arrow’ in their lexicon. They needed to be able to instruct the user to press a button relative to a spoken instruction. We experimented with a bunch of different icons and shapes, some of them from The Noun Project site, some of them created by us, and a few lifted from other sources. Thanks to the timezone difference between California and Ghana, the feedback loop was quick. While we slept Literacy Bridge would report back the responses they got from the field, we would adapt the icons according to their suggestions, and the next day they would be tested again. We worked our way through icons that had issues working with the spoken instructions of the device, icons that implied too much of a specific task (‘fish’ = food), that had too much potential religious connotation (‘plus’ = cross), or that even had too much local political association (‘umbrella’ &  ‘rooster’ are local Ghanaian political party symbols). We are continuing to help Literacy Bridge achieve an appropriate interface through their piloting stage (they are testing Talking Books in the thousands!).

Literacy Bridge in Ghana

image courtesy of Literacy Bridge

We plan to continue developing new research games and other design resources, and to continue using The Noun Project to help us when we need the right icon. It’s an excellent resource even if I still cant find an icon for ‘design’ up there (nor an icon for ‘icon’) but I’m hitting my sketchpad to work on it.  I’m also gonna get in touch with The Noun Project and suggest an iconathon themed around rural life (on all continents)….oh and maybe I can put in a festive wish for a ‘silhouette bank’ as well….?

Thanks Noun Project! Keep up the good work!  We will see you at the next Iconathon!

——————–

And here is thanks and attribution to all of The Noun Project icon creators that unknowingly helped us out!

Pavel Pavlov: Thumbs Up/Approve
Stephen James Kennedy: Auto Rickshaw
Roger Cook & Don Shanosky: Baby,  Train, Person , Ground Transport
Nick Levesque: Cooking Pan
Connor Cesa: Water Drop
Mike Endale: Hut, Community
Udaya Kumar:  Rupee
Adrijan Karavdic: Elephant
Gibran Bisio: Paint Can
Edward Boatman, Saul Tannenbaum, Stephen Kennedy, Nikki Snow & Brooke Hamilton: Childrens Library
Valentina Piccione: Tree
Tak Imoto: Leaves
Michal Stassel: Axe
Jeremy Linden: Knifes
Kyle Scott, Roman J. Sokolov: Glasses

Listed as Unknown on NP: Maize,  Apples, Camel, Bird, Pencil, Umbrella, Flip-Flops, Bell, Speakers, Fuel Pump, Fish, Campfire, Tap, Battery, Bicycle, Drinking Water, Hammer, Spanner/Wrench, Flame.

SO-FAB: Getting Digital & Dusty for Social Benefit

Catapult Design has been on location in Yogyakarta with INOTEK and The Apex Consulting Group (working with guidance from GATD & the World Bank) for 3 of the last 6 months to help facilitate a pilot program in catalyzing ‘green innovation’ & growth in the local renewable energy market to improve clean energy access for communities in the region.

Upon first hearing that the Indonesia Green Innovation Pilot Program would be based in Yogyakarta Region we started fishing around for local prototyping options. We were super surprised and excited to discover that not only does Yogyakarta have a FabLab, but it has the only one in all of South East Asia (see a global list of current and planned FabLab’s here). Be it luck or design magnetism at play this posed an excellent opportunity for us to share the design love, enjoy some creative symbiosis, and to whip up some well-crafted prototypes.

HONFabLab in Yogyakarta, Indonesia

HONFabLab in Yogyakarta, Indonesia

The HONFabLab (grown from a partnership between the House Of Natural Fiber and the Waag Society) has been offering fabrication magic to Yogyakarta for almost a year (they turn 1 on July 29) and is calibrating it’s tools and its approach to best excite, inspire, and equip creative citizens to freely weave it. The team is super helpful and has a good dose of humor in their toolkit (which throughout my travels I’m repeatedly reminded of as being an essential design ingredient, especially in HCD).

Humor on the Toolboard

Humor...and essential part of a designers toolkit

On our first working visit we were able to take a simple sketch of ‘Product X’, mock it up, design it, and turn it into a detailed working flat-packable prototype in two days. We totally benefited from the contributions that the multiple minds, hands, and methods that HONFablab had flowing through it. Sharing isn’t just ‘caring’ in a FabLab, it is at the heart of their philosophy of creative collaboration and open learning. To be able to access digital tech/fabrication and ‘Fab-Culture’ in Yogyakarta on this pilot has been very helpful, has made speedy co-creation possible, and has brought a level of quality to the prototyping that suits our budget, timelines and testing/output requirements.

Quick Prototyping Process for 'Product X' at the HONFabLab

Quick Prototyping Process for 'Product X' at the HONFabLab

Sanding down the edges after the ShopBot has milled out the profiles

Noel sanding down the edges after the ShopBot has milled out the profiles

There is a healthy global movement of using creative labs/communities and improved access to high tech tools to bolster capacity in addressing social issues, with different models and specialties coming into play (Fab Labs, UNICEF Innovation Labs, IHUB, J-PAL are all good examples and there is even potential application in communities like TechShop and Shapeways  for  smaller groups of socially motivated creatives). I see a well-equipped future ahead, the world abundant with the creative capacity and tools to realise social solutions…which will be timely…as we will probably need them.

We hope to continue our design and prototyping work at HONFabLab throughout next few months, to further develop, test and illustrate the concepts for the Indonesia Demand Driven Green Innovation Subprogram..so watch this space!

Andy finishing an assembling the parts.

Andy finishing and assembling the parts.

In-the-field prototyping with Jugaad, MacGyver & me

The value of a prototype is in what it can test. It isn’t always necessary to make it pretty, nor to make it function, it totally depends on what you are trying to learn from it. On a frugal budget, be it of time or funds, one prototype can be made to test many things, and then adapted again to test even more…but really prototypes were made to be broken, and if they last too long it is a sign you’re either not testing them hard enough or you’ve become too attached.  I admit…after sweating over prototypes late into the night in my makeshift workshops (set  up in hallways, bedrooms, bathrooms etc) and scrutinizing them for days or weeks, it is hard to let them go, let alone batter them until they fail. But tough love is justified in this case

Prep for the next days prototyping

preparing for the next days prototyping

On this trip I was headed to Rajasthan with Wello to visit a  mix of communities around Jodhpur & Udaipur to tune their device to better suit peoples needs and environment (see our Wello project page). I had to carry my kit on some challenging modes of transport to slice, melt, join, flatten, form, twist and repair our prototypes as we broke them.

welding HDPE in the toilet

welding HDPE in the toilet

Prototyping in the field is a highly unpredictable task. Being as prepared as possible is key, but no matter how much you forecast you will never have everything you need. Rely on bringing quick and lateral thinking into play to compliment your toolbox and meet your desired ends. My kit has a lot of sticking, cutting, melting, sculpting, binding and gripping bits in it, but still I always find myself looking for little pieces in my environment to help hold our work together and get the job done. Every designer has their favorite set of tools, and their equally favorite solution for containing them. My essential tools include a Sharpie, an exacto, and ample 3M products. But my favorite tool: a $10 folding bamboo saw. This thing could cut through cement,  slices bamboo like butter,  and on this trip served as my polyethylene sculptor.

But, as i discovered, it is not the tools you’re packing before you fly that make or break your prototyping capacity in the field…

welding the impossible

welding the impossible

In San Francisco as a member of TechShop I was blessed with a multitude of quality digital and manual tools to precisely achieve my desired results. However, on this job I was on the outskirts of Udaipur, Rajasthan, with no FabLab in sight, and a very fickle power supply. I had to rely on my little toolkit, and whatever else I could get done in the busy street market. This seemed like quite a challenge at the time, but in retrospect, I would rather have the bounty of these markets and the skilled craftsfolk and their nifty digits at my disposal than any amount of lasers and multi-axis marvels. I would even give up my precious toolkit for a knowledgeable moto-rickshaw driver to weave the backstreets to find the masters and magicians of working the material at hand. I was able to purchase roll, bend, weld, cut, (drink chai), sew, source, glue, plumb, weave, fold  and repeat, all within an hour and one small block, and still  get back to base for dinner. This would have taken me a week in my fancy SF streets and workshops, and it would have cost me a whole lot more time and cash to outsource as much as I did.

perfect bending by eye

perfect bending by eye

I have never been so grubby in my life as I have when knee deep in protoypes in a hot dusty ad hoc workshop with crafty new friends. I was amazed at how little injury I witnessed in the chaotic workshops of the streets, among some very questionable methods and multitasking not a burn or any blood drawn. Luckily I was just covered in dirt and prototyping detritus, and also avoided any injury myself. I even found plastic shavings in my passport upon leaving India, and I’m glad that HDPE is inherently inert as I’m sure I accidentally ate some too.

local rubber master weaving his magic

local rubber master weaving his magic

Although significantly inspired by the prototyping capacity in the streets, we also made use of some high tech trickery on this trip. Down in Mumbai we found a 3D printing firm and promptly organized a scaled prototype to take into a local community to glean response. Once we were over the communities jokes of “It might need to be a little bit bigger…ha…haha….ha,” it was very useful tool for discussing specific features and design intentions, especially when we had a full size, somewhat cruder, version by our side to relate it too. The fact that it was high tech 3D printing straight from a virtual CAD file did not inspire as many wows as I had expected, but it was a little tricky to relay the wonders of the method without having a pocket 3D printer (Santa?…). I was impressed by the critical design language used and the confidence it was delivered with, the community really had a lot to say and had no qualms about ripping the designs to bits.  Their feedback sent us straight back to the drawing board with fresh perspective and some dissolved assumptions.

Using scaled 3D printing in the community for feedback

using scaled 3D printing in the community for feedback

Be it modeled on the streets or in some distant fancy lab, there is no better communication tool than a well crafted prototype…and there is literally nowhere where you can’t prototype. As long as you have your wits about you (which along with good doses of persistence & patience are the most important tools to pack) you can successfully prototype in the starkest of places.

Stay tuned for more prototyping stories in the field, next time from our World Bank Project in Yogyakarta Indonesia.

Health on demand

Catapult Design recently payed Living Goods a visit in their SF offices to see what they were up to and extend our comprehension of the latest implementation innovations in under-served markets.

Living Goods are offering an integrated solution to improve the access to & diffusion of simple but essential products. With a synchronized door-to-door delivery service, they have established a network of hundreds of agents all over Uganda. The agents sell a broad range of products at affordable prices within their own communities, making for a trustworthy ‘on demand’ source of  life-saving and life-changing products. With this distribution model and their range (from malaria medication to sanitary pads, LED lighting and even stoves) they have created an avenue into a market hungry for health products with integrity and honest pricing (see here for the full list) . Their product areas virtually make up a mantra for their mission; Prevention, Treatment, Personal Hygiene, Save Money-Make Money, covering what isn’t relayed by an already indicative name.

Living Goods Product Range in their SF office

Living Goods have been framing themselves as an ‘Avon-like’ service but with a focus on health, but I think their impact potentials could earn them much greater analogies. I’m sure they will have to create canned responses for big pharma, maybe even get a restraining order on Amazon, and hire a room full of staff just to deal with all of the interest from potential providers and partners. Their sales data alone will be a well sought after contribution to addressing the implementation gremlins rife in health interventions, but don’t be surprised if their model also attracts some healthy competition (pun unfortunately intended) from fresh similar organizations convinced of its potential.  So stay tuned…there will be plenty more to come from Living Goods as they step up into the thousands of agents, and millions of customers…

Living Goods in action

photo: Living Goods

Radically Affordable Solar Energy

 

Simpa Regulator & Family

Image: Simpa Networks

 

The need for financial innovation in technology access is clear, and within the labs of innovators like Simpa Networks fresh perspectives are brewing on how affordability of other empowering technologies can be realized. Their model may very well offer a hand up out of the poverty trap, but with many other hands reaching up  there are is a need for further creativity and action in this space. Mobile money, alternative purchasing schemes, microfinance, gifting, and even new currencies (see bitcoins) have their potentials, impressive results, and sometimes bitter aftertastes/side effects…but the exploration continues…and it is making everyone from the mightiest corporation to the greenest startups take a step back and question the economic paradigms that create our existing boundaries of distribution. It may not require the blatant economic revolution that some predict (see Zeitgeistthemovie), but it will require a sidestep rather than one back, a lateral take to how we all (not just distant markets) buy, own, and share. Simpa Networks are not framing themselves as revolutionaries (not yet anyway) but like they say their approach is radical, and we expect that this is just the beginning of their ventures into access innovation.

Simpa Networks sells high quality solar energy systems on a progressive purchase basis to underserved customers in emerging markets through a network of authorized dealers. Consumers take home a system for a low down payment, then purchase energy service (kWh) in small user-defined increments using a mobile phone. Each payment also accumulates towards the final purchase price and once fully paid, the system unlocks permanently and delivers free solar energy (taken from Simpa Networks).

Simpa Networks commissioned us to assist them in designing their pilot, and in creating a kit that could be used to train and guide their staff  on data collection techniques, with a strong emphasis on Human Centered Design methodology.  We imbued the same HCD principles, that Simpa Networks wanted to train it’s staff on into the design of the pilot itself. We mapped the people, hierarchies, environment, constraints and agendas involved to get a grasp on how to simplify, streamline and optimize the pilot process.

Simpa Pilot Kit

Pilot Kit Prototype

`The documents that framed the approach had to be useful and legible to all levels of staff and stakeholders, and had to work in both digital and printed state. The training tools were designed to work as guidance for the Simpa Networks staff throughout the process, helping them stay consistent in their methodology, and synchronized in their deadlines and duties.

'Meeting of the Minds'

The ‘Meeting of the Minds’ session…discussing Pilot methodology

Catapult collected insights from a broad range people experienced in the challenges of piloting, and have compiled this wisdom into an open resource (Pilot Planning Words of Wisdom) which is soon to be available on our publications page. Having access to a rich network of professionals experienced in the testing of innovation really benefited our process.

Simpa Staff at work

Image: Simpa Networks

The Human Centered Design element was custom fit to the requirements of the Simpa Networks pilot, and the desired quality of data that they would ultimately collect. Decades of literature helped us inform this, as well as our own experiences of observation and user connection techniques. For more info check out our project page.

 

Simpa SHS

Image: Simpa Networks

Simpa Networks have now  begun their pilot, our relationship continuing deeper into the process, to help them communicate, prototype and gain insight to ensure their data is as rich  as possible, to properly inform their next steps.

Design process blown wide open by Global Village Construction Set

The Open Source Ecology crew are pointing towards an open-source revolution in the design process, and well beyond it, into autonomous economic alternatives that side step current paradigms of scarcity in our society.  But before the revolution must come the experiments that exemplify its necessity; enter the Global Village Construction Set, 50 co-created open source machines to build and maintain a small autonomous village community.

 

Global Village Construction Set Tractor

Image: http://openfarmtech.org/wiki/File:Lifetrac2.jpg

 

Picture a modular set of appropriate low cost but high-tech machines parked next to a workshop capable of not only fixing but making all of them, with a laptop in the middle of it offering an online live portal to all 50 machine plans and their successful adaptations, all evolving daily through a global network of grass roots user communities, and each set being used daily to sustain a village worth of people.

The design of these devices has been kicked off by OSE, but is open to contribution from the world of specialists and enthusiasts that are wiki and tech savvy. To avoid too many cooks spoiling the broth OSE have set precise guidelines (check them out) for project protocol, user input & feedback to contain the chaos and keep the open-source open. Leadership through action, task responsibility and realistic time commitments are all requested from potential contributors before they join up, to further promote quality & timely work. They work with open-source software as much as possible, use the wiki platform for documentation, conduct most all communications are online (email, wiki, forum, project management platform), and have just launched opensourceecology.org.

The nature of their open-source design approach has the potential to create families of adaptations (dependent on user environments) fulfilling a level of ‘appropriate’ technology beyond the capacities of most contemporary commercial products. This design process requires patience and organization, but welcomes the magic of a many mentors and the skills and experience of many more. Patience and deadlines are not easy bedfellows, but OSE have set themselves the challenge of having the 50 machines ready for production by 2012 with a budget of 2.4 million US$ (dubbed the 50/2/2 goal) so that they can then test the set as a whole. By this time hundreds if not thousands of people’s ideas and visions will have been infused into the GVCS, becoming a pretty damn impressive example of crowd sourced design methodology put into practice.

I didn’t get much response when I offered up my analogy of ‘burning man meets biodome’ when I spoke to Nikolay (OSE Media Officer), but he said that the ‘Lego set’ for humanity has stuck, giving reference to the aspired modularity of the GVCS collection, one of the many requirements that are thoroughly laid out in the GVCS development strategy. The set of 50 Machines have been determined through many criteria: not currently having adequate open source plans, having immediate significance to a village economy, having production power, and the obvious: having the ability to be produced locally (they also share a longer list of attributes which capture the OSE ethos well). The machines also fall into one of two categories: they are task specific (e.g. brick maker), or they can contribute to making other machines (e.g. torch table).  Whilst there may be machines beyond this 50 it gives a solid goal to reach this priority set to facilitate the GVCS experiment.  I was curious to the absence of wheelbarrows, bicycles and other such tools, but discovered they are a level up from the base manufacturing infrastructure that GVCS aspire to, their plans already being open source, and them being but future children of the GVCS rapid reproduction tools.

Although resource acquisition (steel etc) and tool reliance (laptop etc) can be taken as opportunities to highlight holes in GVCS’s autonomous label, this first experiment is only a step towards complete independence from the commercial global industry monster (this has been considered and documented in their methodology). OSE seem to have total transparency in their actions, and although carrying strong ideals they have humble posture and are comfortable and versed in debating their theories. The air of revolution and economic liberation may have attracted some resistant commentary to the GVCS, threatening to overshadow its experimental value, but it has also attracted a global following of input and support, catching the attention of TED, BFI, and many other big guns in the game. Good work I say, but dive in and check it out for yourself at opensourceecology.org & openfarmtech.org.

Catapult gets carted off to Kilimanjaro

Rugged Trails in Golden Gate Park

Catapult Design have been absorbed in all things ‘cart’ as our project with Anza Technologies moves on to the next step.

With a little help from our friends we have designed, made and broken a bunch of early prototypes and constructed a set of sturdy detailed prototypes ready for testing on the rugged trails around Marangu. We have had access to some wonderful minds and facilities, from Martin Fisher’s contextual wisdom to San Francisco’s brand new Techshop (and it’s lasers). We’ve also used the famous topography of our wonderful city to test the physics and usability of our designs, from Golden Gate Park to Russian Hill.

Testing By Night

Now we are off to the Kilimanjaro region of Tanzania to work with our client to determine the potentials of the prototypes, and to discover first hand the contextual realities of our end user, their community, economy, and landscape. Through respectful inquiry we will uncover the local demands related to the mobility of resources, determine how they inform our design, and assess how well the prototypes are satisfying them. We will also be hunting for unexpected considerations,  disguised assumptions and insightful stories, with our ears and eyes hopefully doing more work than our mouths. In preparation for our trip we are collecting appropriate methods of inquiry to uncover this valuable information, and any input and ideas to help us on our way are welcome!

Tyler Welding

Stay tuned for updates as our trip progresses…We will return in early February to implement our discoveries into the design in preparation for pilot testing.

Catapult pays a visit to Leslie Speer

Catapult recently took a short trip down to San Jose to visit Leslie Speer in the SJSU Industrial Design Department.  We originally hunted Leslie down for her rural mobility insights relevant to the Anza Handcart Project, but also managed to learn about her professional history, and her role as Chair of the IDSA Design for the Majority Professional Interest Section.

Leslie recently ran a rural mobility project with her students at SJSU, catering to the people of Lebialem, a mountainous rural region of Western Cameroon, where it “rains more than Portland” and where personal mobility is a constant challenge (to say the least). Leslie got the designers at Specialized Bikes involved, as well as LECDA-USA (Lebialem Cultural and Development Organization), and an international collection of mentors with contextual experience. The project evolved to become a mobility device made from a locally manufacturable bamboo joining system, involving a core group of students, and supported by an NCIIA grant (check out their blog). We discussed mobility and manufacturing nuances and resources, as well as our own experiences in similar contexts, our meeting being of great help in tuning Catapults approach to the Anza project.

Leslie Speer in her office at SJSU

Leslie continues to lecture in Design for Sustainability, with obvious passion, having initiated, facilitated, and been involved in international social innovation projects for 20+ years.  She has also conducted a lot of work with functional crafts, initially in Mexico, with textiles and woodwork and candle makers etc, going through the whole process from collecting resources, to making, to marketing and selling.  In Costa Rica she has been collaborating with the Ministry of  Culture, the Government  Tourism Agency and the Museum of Contemporary Art & Design to promote and preserve local design (such as the Sarchi cart industry) and to create design education opportunities. Leslie is teaching Sustainable Furniture Design next year and will be taking the results to Milan furniture fair. She will also be involved in a collaborative student project to build a 100sq foot zero emissions house on SJSU campus, incorporating design, architecture, marketing, and business students.

Her belief is that “small changes make the biggest difference” and that increasing individual income potentials is the most realistic way of prompting change in community dynamics and markets …but that this requires patience. On that note she also commented that perceptions of time and the associated assumptions around this can cause a lot of confusion with design interventions, and ultimately lead to their demise. As the Chair of IDSA Design for the Majority Leslie is charged with sensitizing the IDSA design audience to such realities within ‘Majority’ contexts, and  ultimately encourage a perception shift that embraces a deeper consideration of these realities in the design process, rather than a default ‘fix-it’ or ‘fly-by’ approach.  Through the IDSA Design for the Majority site Leslie conducts down-to-earth reporting of relevant design happenings, people and organisation, and hosts complimentary Webinars, and we can expect an exciting new series in 2011. The IDSA D4M membership is spread broadly throughout the USA industrial design community and gains its fair share of international attention as well, creating quite a powerful audience.

Quite an impressive resume, spanning from the villages of Costa Rica to the offices of Frog Design and IDSA, and it is all humbly presented as a blessing.  We have invited Leslie to visit us at the Catapult Design Studio to continue our conversation into 2011…stay tuned…

Pushing forward with Anza

Catapult Design and Anza Technologies put our heads together this week to get the ball, or wheel in this case, rolling true on their handcart project. 

Anza’s CEO Drew Durbin and Lead Engineer Alex Surasky-Ysasi came to the Catapult Design Studio for a one week intensive brainstorm and strategy session. We covered as much as possible (including a mile of  whiteboards) from intense stakeholder analysis, existing product reviews, usage cases, contextual issues, business strategy, through to wheel  technologies and concept generation. Catapult involved a wide range of consultants, including the Whirlwind Wheelchair team, a select brainstorm panel, a handcart guru, as well as Zack the tyre guy, and Brian the ‘caster master’, with over 160 years of dealing in carts and wheels between them all!  Thanks to all for sharing your knowledge and investing your time and minds into the success of the project.

Anza and Catapult put their heads together, along with some friends. 

Anza’s visit has allowed for a much deeper understanding of the project, enlivened our working relationship, and provided a map to lead our next step. We are now solidly set on designing Anza an low cost handcart frame for rural Tanzanian farming families, and as there is literally a lot riding on these wheels, making sure that they fit the bill is our biggest challenge. Stay tuned for more.