New Jersey Institute of Technology, 2009 - $30,000
This grant funds the redesign of the Biomedical Engineering year-long capstone course to include students from the Industrial Design program in the College of Architecture, which specializes in usability design.
Success in biomedical design solutions requires attention to both technical and usability design, which can be achieved through the integration of design and engineering. From a marketing perspective, a product must be both professional and aesthetically pleasing in addition to its quality and functionality. Merging engineering and design can bring about new perspectives on important biomedical problems and foster creative synergy from design efforts that are conducted jointly.
Building on an NSF grant and a two year-old course in innovation, this grant will strengthen and expand the entrepreneurial activities coming out of this course. The existing program includes an entrepreneur-in-residence and the current course develops I-Teams (the "I" is for "innovation"). This grant will help stimulate the creation of E-Teams from the most promising student I-Teams at the conclusion of the course. Follow on activities will provide E-Teams with greater opportunities to commercialize their ventures.
The overall aim of their efforts is toprepare students to become contributors to a globally competitive American economy. This grant will enable faculty to make improvements to the course, give students better access to tools and materials for prototyping, participate in a nearby Fablab, and gain access to visiting experts and entrepreneurs.
The grant helps expand the Technology Entrepreneurship Initiative (TEI), a university-wide accelerator model within the new School of Entrepreneurship at Oklahoma State. The purpose is to address the challenge of having a strong intellectual foundation for entrepreneurship.
A pilot version of the TEI program, joining entrepreneurship faculty, multidisciplinary students, and faculty researchers, showed success in fall 2009 with a focus on five promising technologies. This grant will formalize and expand the TEI program by increasing the number of technologies supported each year and including more graduate students from science, engineering, and other non-business departments. A new course entitled “Technology Commercialization Laboratory” will be created in which students will focus on assessing technologies from a commercial perspective, as well as the creation of feasibility studies and business plans.
As a result of this grant, several companies have been launched or are in the process of forming their ventures: Pristine Cal, Plasma Bio, Web Edge Sensor, Oversight -- Command and Control Security, and more.
This grant supports the translation of the established Engineering Entrepreneurship minor from the Main Campus to the Penn State Berks campus. In the new program, called the Internationalizing Entrepreneurship Education Program (IEEP), students from Penn State Berks and Jomo Kenyatta University of Agriculture and Technology (JKUAT) in Kenya will collaborate to create multidisciplinary, virtual E-Teams. The purpose of the student teams is to address issues of economic development locally and globally.
IEEP will build on The Children and Youth Empowerment Center, a program for former street children in Kenya that trains young people to become entrepreneurs using discarded electronics. Students will be placed in international and multidisciplinary teams, collaborating with JKUAT students to identify and develop safe and commercially viable uses for electronic waste. After setting up in Kenya, the second location for a similar green entrepreneurship initiative will be Reading, Pennsylvania where there is a large Latino population with high rates of unemployment and poverty.
This grant seeks to redesign an existing entrepreneurship project course by integrating teams of science and business students in entrepreneurship projects. Once implemented, projects will come from these students as well as the regional businesses and the startup community. Students will be divided into cross-disciplinary E-Teams that will develop projects with an emphasis on market and technical feasibility as well as commercial potential.
Stanford University School of Medicine, 2009 - $17,982
Hemorrhoids are blood-engorged enlargements around the anus that cause discomfort, pain, and bleeding. While more than thirteen million Americans suffer from hemorrhoids, most do not undergo treatment, because current treatments are either ineffective or extremely painful.
This E-Team is developing a device that is effective yet almost painless, and can be used outside the operating room, without anesthesia. The device, which is the size of an index finger, is inserted into the anus, whereupon a Doppler sensor in its tip locates the hemorrhoidal artery, which feeds the blood-filled hemorrhoid. The device then fires a staple-like clip that compresses the hemorhoidal artery, preventing blood flow to the hemorrhoid and causing the hemorrhoid to rapidly recede completely.
Medical facilities in developing countries often lack adequate financial resources to purchase modern medical equipment. This is particularly the case with surgical tables, which can cost up to $80,000, far beyond the reach of local clinics. Instead, the clinics must rely on either wooden planks or outdated equipment.
This E-Team has designed a $500 surgical table for use in developing countries. Along with cost considerations, the design emphasizes portability through a collapsible design to minimize transportation requirements.
Autism Spectrum Disorder (ASD) is the fastest growing developmental disability in the US, with as many as 1.5 million Americans affected. The most common symptoms experienced by individuals affected with an ASD involve difficulties with social situations, verbal and non-verbal communication problems and understanding or displaying empathy. Children affected with an ASD often have unique and extreme preferences and aversions, making highly individualized care a necessity, yet comprehensive treatment is often prohibitively expensive.
To address the problem, this E-Team is developing a series of therapeutic computer games for autistic children between the age of 5 and 18. While other therapeutic video games are on the market, none are directed specifically toward autism and none allow for monitoring of in-game behavior and metrics, leading to customization of certain aspects of the game to suit the needs of the patient. The E-Team’s games will supplement existing treatment plans by providing individualized care outside of the treatment facility. The ultimate goal is improvement in social and communication skills.
University of Illinois - Urbana-Champaign, 2009 - $18,500
Cities account for 75% of global energy consumption and 80% of carbon dioxide emissions while occupying only 2% of the world’s surface area. The average annual air temperature of cities with one million or more people can be 1.8-5.4°F warmer than its surroundings; this “heat island” effect increases summertime peak energy demand, air pollution and greenhouse gas emissions, air conditioning costs, and water quality.
Green roofing is a way for urban dwellers to reduce carbon dioxide levels, extend the lifespan of their rooftops, decrease water runoff into sewer systems, decrease the heat island effect and, lastly, to grow plants for food and beauty. But green roofing is expensive: between installation, plants, soil, filter, drainage and fabric, a green roof in the US can cost $50 per square foot before government subsidies. Most green roofing practices are also time- and labor-intensive, requiring months to install layers and even longer to cultivate the vegetation.
This E-Team is developing a different, modular approach to green roofing. By using modules, the team is looking to reduce the overall time and cost of installation. The modules also employ sub-irrigation wicking technologies allowing broader ranges of plants, even vegetables and herbs, to be grown on rooftops, balconies, or backyards.
Diverticulitis is a disease characterized by the acute inflammation of a diverticulum (mucosal outpouching) of the colon. It’s accompanied by intense lower abdominal pain and requires emergency treatment, often involving hospitalization, with about 25% of these patients going on to have recurring attacks. The only treatment available to prevent recurrent attacks is colon resection, but many patients at risk for recurrence of diverticulitis are not surgical candidates due to advanced age or co-morbidities.
This E-Team is developing a device to address the clinical need of preventing recurrence of diverticulitis in a less invasive manner than elective colon resection. The device, an endoscopic RF ablation balloon catheter, will apply RF energy locally to the diverticular tissue, inducing a fibrotic response similar to that utilized by BARRX Medical in treating Barrett’s esophagus. The goal is to target diverticula for treatment while preserving healthy colon tissue.
The target market is relatively open (they’ve talked with several experts), with no prior minimally invasive methods or competitors that have successfully prevented recurrence of diverticulitis.