Category Archives: University of Washington

$27,500 Awarded to Entrepreneurial Student Innovators

UW EIC 2014 Winners Korvata and NOVA Solar Window

UW EIC 2014 Winners Korvata and NOVA Solar Window

 

The annual UW Environmental Innovation Challenge (EIC), now in its sixth year, challenges interdisciplinary student teams to define an environmental problem, develop a solution, produce a prototype, and create a business summary that demonstrates the commercial viability of their product, process or service.

23 teams were selected to compete in the 2014 UW EIC. Each of these teams proved that students have the potential to address our most pressing environmental needs—alternative fuels,  recycling, solar power, water treatment—with novel solutions that have market potential. After pitching their innovations to a group of 170+ judges—investors, entrepreneurs, policy-makers, and experts from across sectors—the six teams with the highest scores were awarded up to $10,000 in prize money. Congratulations to this year’s winners:


$10,000 Grand Prize
Korvata (University of Washington)
Korvata has created a cutting edge alternative energy product that allows companies to mitigate their environmental impact by replacing the use of nitrous oxide as a whipped cream propellant.
(sponsored by the UW Center for Commercialization)
 
$5,000 Second Place Prize and $5,000 Clean Energy Prize
NOVA Solar Window (Western Washington University)
NOVA Solar Window combines the power producing capabilities of a solar panel with the utility of a traditional window. The utilization of transparent solar energy technology allows solar windows to provide renewable energy where traditional solar panels cannot.
(sponsored by Puget Sound Energy the UW Clean Energy Institute)
 
$2,500 Honorable Mentions
Loopool (Bainbridge Graduate Institute, Seattle Central Community College, University of Washington)
Loopool is reinventing the garment industry business model by creating a closed-loop supply chain, transforming reclaimed cotton garments and textiles into high-quality, bio-based fiber.
(sponsored by Starbucks) 

Salon Solids (University of Washington)
Salon Solids reduces the amount of plastic waste and hazardous chemical consumption that occurs with most hair products. Its six-ingredient shampoo and conditioner comes in solid form, eliminating the need for the preservatives necessary for a product with water in it, and its packaging is recyclable, biodegradable and does not contain plastic, further reducing waste.
(sponsored by Fenwick & West) 

Ionometal Technologies (University of Washington)
Ionometal Technologies has created a metal plating technique that allows for precise metal-on-metal deposition which can be used to repair gold test boards. The Ionometal printer prints metal plates that are smaller than can be seen with the naked eye.
(sponsored by WRF Capital)

 

Check out what guests, judges, and teams had to say about the 2014 UW EIC on Twitter: #UWEIC2014

The 2014 UW EIC challenges student innovators to think like entrepreneurs

The U.S. Department of Energy recently held its fifth Advanced Research Projects Agency-Energy  (ARPA-E) Innovation Summit—an annual event that brings together academics, entrepreneurs, innovators, and thought-leaders to discuss our most pressing energy issues, the technologies being developed to address them, and the market potential of innovative energy technologies.

A central message of the three-day summit was the importance of entrepreneurship. Keynote speakers like U.S. Secretary of Energy Ernest Moniz and Pulitzer Prize-winning author Thomas Friedman stressed the importance of commercializing new technologies. Their message was clear: it’s one thing to develop a breakthrough technology. It’s another thing to turn that brilliant technology into something commercially viable. If you want to advance energy innovation and solve our energy crises, you have to think and act like an entrepreneur.

Pure Blue Adam Greenberg

Pure Blue Technologies, UW EIC 2013

For the past five years, the UW Environmental Innovation Challenge (EIC) has been delivering that same message to innovative and entrepreneurial students from colleges and universities throughout the Pacific Northwest. Each year, interdisciplinary student teams are challenged to define an environmental problem, develop a solution, produce a prototype, and create a business summary that demonstrates market potential. The quarter-long process culminates in a large, DemoDay-like event where a select group of teams pitch to a group of 150+ judges—investors, entrepreneurs, policy-makers, and experts from across sectors. The top teams are awarded up to $10,000 in prize money, and everyone comes away with valuable feedback and experience to help them realize the market potential of their innovations.

The 23 teams selected for this year’s UW EIC run the gamut of clean technology and environmental innovation: Loopool is addressing waste in the garment industry by creating a closed-loop supply chain that transforms reclaimed cotton garments and textiles into high quality, bio-based fiber; NOVA Solar Window combines the power-producing capabilities of a solar panel with the utility of a traditional window, providing renewable energy where traditional solar panels cannot. Korvata, in response to the harmful environmental effects of greenhouse gas emissions, has created a mixture of proprietary gasses to replace the use of nitrous oxide as a whipped cream propellant.

For the next month, these competitors, along with 20 others, will refine their prototypes, perform market analyses, hone their pitches, and prepare to prove that their innovation has the potential to succeed in the marketplace—and transform our world.

Follow the progress of the 2014 UW Environmental Innovation Challenge:

Science & Technology Showcase highlights student innovations

Many students at the University of Washington are working on science and technology-based innovations that have potential for commercialization. The annual Science & Technology Showcase (co-hosted by the Buerk Center for Entrepreneurship and SEBA) is a tradeshow-like event where students have the opportunity to share these innovations with an audience of fellow scientists and engineers, as well as to business students interested in working on the marketability of new technologies.

STS participants also have the opportunity to pitch their ideas to a panel of judges—Seattle-area entrepreneurs and investors—who give awards to the most commercially viable ideas, along with prizes for categories like “Best Poster” and “Most Enthusiastic Pitch.”

Congratulations to this year’s award winners:

$1,000 Grand Prize: Flu Finder
The Flu Finder is an inexpensive, easy-to-use, rapid and accurate flu test that operates similarly to a home pregnancy test, providing a yes/no answer from a swab of the patient’s nose.

$500 Second-Place Prize: ElectroMetal Solutions
ElectroMetal Solutions has developed a new approach to plating metals onto surfaces using metal ions dissolved in water—a technology that may be of use to industrial manufacturers who require precise applications of high-cost metal materials (think gold).

$300 Third-Place Prize: Find Nano
FindNano has developed a rapid, simple, affordable and portable technology to assess the presence of nonparticles in liquid samples (e.g. blood, rivers), solid surfaces (e.g. soil, food), and textiles.

Best Poster: Terra Mizu
TerraMizu’s goal is to design an environmentally-friendly and cost-effective clay-pipe irrigation device for use in developing nations.

Most Innovative: Seahorse Robotic
In order to more accurately develop oceanographic  weather forecasting models there needs to be a higher density and quality of measurements supplied by observation platforms on the ocean’s surface. Seahorse Robotic oceanographic platform was created as part of an ongoing attempt to design energy-independent surface vehicles.

Most Enthusiasm: GO+OD
GO+OD is a process and program developed to encourage millenials—the most civic-minded age group—to “go + do good.”

Best Communicator: H2.O
H2.O is developing a patent-pending technology that uses water as a medium to convert ambient infared radiation energy into electricity.

Best Marketing Strategy: ElectroMetal Solutions
(see above)

From concrete bunker to startup hub

CondonHallSince 2003, Condon Hall, former home of the UW Law School, has sat half-empty, providing temporary overflow space for various departments. Soon, Condon Hall will  become Startup Hall, a home-base for promising early-stage companies and the hub of what’s expected to be Seattle’s next hot startup district.

Startup Hall was the brainchild of a core committee of UW and entrepreneurial community leaders, including Paul Jenny, vice provost of the Office of Planning and Budget, and Chris DeVore, the director of Techstars and chair of the City of Seattle’s Economic Development Commission. It’s the first step in what will be a multi-year effort to transform the University District into a thriving entrepreneurial hub.

“It’s clear that this area is going to see major changes over the next 10+ years,” says DeVore, citing a recent economic study and the light rail build-out to the U-District that has stations slated to open in 2016 and 2021. The neighborhood’s anticipated improvements, along with its proximity to the UW, an institution buzzing with entrepreneurial energy, will make it a logical place for innovative businesses to put down roots.

The question has been, says DeVore, “what will it take to get these innovative, high-growth businesses to choose the U-District for their next office move?” The answer: Startup Hall. DeVore explains, “By beginning to shift early-stage startup activity to the neighborhood—with Startup Hall as the catalyst, but with the bigger goal of filling as much existing office space as possible with innovation-based companies—we’ll begin to integrate the university and the neighborhood with the innovation community.”

TechStars and UP Global,  Startup Hall’s first anchor tenants, will share an atrium-like space on the north side of the building. Across the hall, an open co-working space will house up to 20 small, early-stage tech companies. The building will also have an office for UW programs, including the Buerk Center for Entrepreneurship, plus spaces for meeting, eating, and the occasional Ping-Pong match. The entire structure has been redesigned to facilitate creativity and collaboration. With any luck, Start-Up Hall will open the U-District to a flood of ideas and new ventures. Who knows? In a few years, students might pass by the next Google or Amazon on their way to campus.

Power of a game plan

Recently, Foster School students had the opportunity to hear from Steve Forbes and Rich Karlgaard, two of the powerhouses behind Forbes magazine. The topic of the talk was “The Power of a Game Plan.” It was an opportunity for students to ask Forbes and Karlgaard about the international and domestic business outlook and how they (students) can plan for the future.

Steve Forbes is chairman and editor-in-chief of Forbes Media. He has also authored several books; his most recent one is titled: Freedom Manifesto – Why Free Markets are Moral and Big Government Isn’t. He holds a BA in history from Princeton University.

Rich Karlgaard is the publisher of Forbes magazine and writes a biweekly column called Innovation Rules. He’s also an entrepreneur, an active angel investor, and sits on three outside boards. He’s also co-winner of the Ernst & Young Northern California Entrepreneur of the Year Award. He holds a BA from Stanford University.

Highlights from the talk included advice from Karlgaard that to be successful in business, you should know your strengths and then find people with complementary skills. Forbes also told the audience of mostly undergraduates to be prepared to feel adrift and lost for awhile when you first start working after college. It will be the first time your life won’t be structured by school.

Watch the entire talk.

The Power of a Game Plan from the Foster School of Business.

The who, what, why, and Howe of Impact HUB Seattle

Impact HUB Seattle

Impact HUB Seattle

Impact HUB Seattle makes a great first impression.  It has that industrial chic thing down to a T: exposed brick, grand staircase, rustic wooden beams. There are Herman Miller chairs and 24” monitors at every desk, state-of-the-art meeting rooms, hot showers for bike commuters, and blazing fast internet, of course.   But the HUB is more than just a pretty face. It’s a space where entrepreneurs, nonprofits, and innovative start-up companies work side by side with the shared goal of making the world a better place.

“That’s Mark,” says HUB Seattle founder Brian Howe, waving at a young man through the glass walls of a sleek conference room.  “He’s the CEO of Moving World. It’s a for-profit start-up that connects professionals with vacation volunteer projects that match their skill sets.”  He turns and gestures in the other direction. “Two offices down,” he continues, “is the Seattle Good Business Network. They promote the benefits of buying and thinking local.” The HUB is filled with start-ups and nonprofits like these – organizations committed to treating contribution to the common good with the same reverence as financial gain.

Howe’s fascination with entrepreneurship began in law school, when he and an MBA student were assigned to help entrepreneurs in underserved communities with their business plans and legal issues. “It turned out I enjoyed the business side more than the legal side,” says Howe. So after getting his law degree, he set out to build his entrepreneurial expertise and earn what he calls a “poor man’s MBA,” competing in the UW Business Plan Competition with Safety Innovation, a company that produced protective garments for hospitals.

Impact HUB Seattle founder Brian Howe

Impact HUB Seattle founder Brian Howe

As Howe became more confident of his start-up skills and his law firm found its niche serving impact entrepreneurs, he found himself spending more time helping clients with introductions to investors, writing business plans, and polishing pitch decks. He was passionate about the work, but it did not match the billable hour model of a law firm. Howe asked himself, “Is there a business model that allows me to do the work that I love doing?” His answer: Yes, start an incubator.

Howe went looking for inspiration and came across the global HUB network, an ecosystem for social entrepreneurs. Started in London in 2004, the HUB network had grown to about 40 outposts worldwide, and one had just opened in San Francisco. “I fell in love with the energy of the space,” says Howe, of his visit, “and thought, this is it. I don’t need to reinvent the wheel. I need to bring this to Seattle.”

Roughly a year later, HUB Seattle has 500 members who use the space to work on their start-ups, hold meetings and workshops, and share ideas with a community of like-minded entrepreneurs. The HUB’s “everything under one roof” model means that members can help each other with just about every aspect of running a start-up, from accounting to web design. HUB Seattle has built partnerships with organizations like Social Venture Partners and Bainbridge Graduate Institute, aopens its space up for community events like Startup Weekend, film screenings, and Tech Meetups.

So what’s next for HUB Seattle? Howe is thinking globally. “The HUB is arguably the largest network of impact entrepreneurs in the world,” he says.  He plans to develop a globally dispersed consulting network made up of HUB members who can share their talents, collaborate on ideas, and help each other change the world.

WCRS: an incubator for novel ideas

paccar interior for WCRSFor entrepreneurs, collaboration can be key to innovation. The same is true for doctoral students and scholars in entrepreneurship. Faculty and graduate students from across the country and overseas met in Seattle September 4-6 for the 11th annual West Coast Research Symposium (WCRS) to do just that: collaborate. “The WCRS started as a simple idea to connect faculty and doctoral students passionate about technology-based entrepreneurship on the West Coast of the United States,” says UW professor Suresh Kotha. “It’s wonderful to see how it’s evolved into a premiere conference.”

Hosted by the UW Foster School of Business and presented jointly by the University of Washington, Stanford, Oregon, University of Southern California, and UC Irvine, the WCRS is an opportunity for researchers to share, discuss, and build upon the latest ideas in the world of technology-based innovation and entrepreneurship.

“The WCRS is an incubator for novel ideas that challenge received wisdom and offer valuable lessons to anyone who lives or wants to live in the world of technology entrepreneurship,” says USC professor Nandini Rajagopalan.  Stanford professor Kathy Eisenhardt, co-director of Stanford Technology Ventures, agrees: “This conference brings together scholars from major universities to share their latest insights. It’s cross-university collaboration at its best.”

Many of the 21 papers presented at this year’s conference focused new attention on topics ubiquitous to entrepreneurship: identifying and evaluating start-up opportunities, intellectual property and patent wars, navigating relationships with boards and investors.  Others addressed themes unique to specific demographics: technology choices in the solar photovoltaic industry, venture capital funding of Asian-led ventures, trends in the video game industry. “The WCRS gives us a chance to test drive new ideas, present our work in progress, draw the field’s boundaries, and shape its future trajectory,” says University of Oregon professor Alan Meyer.

A central component of the WCRS is a day-long workshop for doctoral students. WCRS faculty recognize the importance of innovation and entrepreneurship as key drivers in national economies, and encourage current PhD candidates to pursue research in this field. Students who attend the doctoral consortium leave having further developed their areas of interest and built relationships that last throughout their careers. “The relationships formed at the WCRS are often enduring in nature,” says Foster School associate professor Emily Cox Pahnke. “In fact, many doctoral students find themselves working with WCRS faculty on future research.”