The Solar Hybrid Coffee Roaster can be used my small rural farmers to roast their own coffee beans with sunlight. Solar roasting provides higher incomes by minimizing costs of production, promotes organic practices, decreases CO2 output, and allows small scale farmers to continue to work and live in remote areas.
Rubitect provides caregivers a low-cost, easy-to-use tool to assess the health status of the skin. It accurately measures blanch response and erythema, the primary diagnostic cues of an early-stage bedsore/pressure ulcer. It maintains sterility between patients and includes a mobile app to personalize patient care. It integrates with electronic health records systems.
WERLWind provides a solution to poor yields for smallholder fish farmers. It is an affordable, floating, wind-powered aeration device that improves water quality and increases the pond's overall dissolved oxygen (DO) content. This improves fish survivability and growth while enabling farmers to stock their ponds with a greater amount of fish, thus increasing the income streams.
Chemotherapy lowers neutrophil levels, which inhibits the body's ability to fight infections. These infections can be avoided if low neutrophil levels are detected early. PointCheck is a non-invasive device that aids in early detection thus decreasing instances of infection for chemotherapy patients.
EXGbuds are compact, non-obtrusive, and ergonomic wearable earbuds that measure signals associated with human physiological gestures and generate useful commands to interact with the smart environment and IOT.
The SunSaluter decreases the cost and increases the effectiveness of solar panels using a simple tracker technology, which can be made by non-technical users in a couple of hours for less that $50 using locally sourced materials. The SunSaluter also filters water.
NeoVent provides non-invasive, dual-pressure ventilator and its patent-pending design has only one moving piece. It is easy to use and does not require continuous electricity. It can be manufactured for less than $20 compared to traditional ventilators that cost 100 times more
SER (Resilient Energy Systems) is an autonomous, modular, and portable product designed specifically for isolated areas where the most efficient use of available resources is required. It uses sunlight, salt, and gray water to later transform them into safe drinking water, electrical power, and heat sources for cooking.
Paul's primary areas of interest are Design for Additive Manufacturing, Digital Thread for Additive Manufacturing, Design Optimization, Knowledge Representation in Product Development, Ontology and Semantic Relatedness for Design and Manufacturing, and Sustainable Manufacturing.
Biomedical engineer passionate about leveraging human-centered design to impact mental health. Previously worked as a health strategy consultant. Knight-Hennessy Scholar pursuing a master's degree in engineering design.
Maha is an Assistant Professor in the Sibley School of Mechanical and Aerospace Engineering at Cornell University where she leads the Symbiotic Engineering and Analysis Laboratory (SEA Lab). The SEA Lab researches how to design offshore systems to sustainably extract resources from the ocean such as power, water, and food, as well as minerals key to the progress of clean energy. ISHOW 2015 Winner.
Bob served in a variety of roles for GE for over 30 years and led a global team of over 350 engineers. Bob is currently serving as the co-chair of ASME’s Engineering Global Development Committee and has provided manufacturing guidance and expertise to ISHOW finalists as a judge since 2015.
As a program advisor at USAID, Kevin evaluates and advises the Agency, Bureau, and Missions on programs creating resilient and sustainable economic growth among priority countries within the USAID portfolio.
Empowers entrepreneurs to find solutions to poverty and climate change. Empowers intrapreneurs to innovate and commercialize their ideas.
Said Jahanmir is president of ASME and a prominent technology innovator and engineering executive with accomplishments across a wide spectrum of disciplines. Jahanmir, an ASME fellow, currently serves as assistant director for federal partnerships, at the Advanced Manufacturing National Program Office at the National Institute of Standards Technology (NIST). His current assignment is in the Executive Office of the President of the United States, where he serves as executive secretary for the Subcommittee on Advanced Manufacturing at the National Science and Technology Council. Jahanmir is also serving as president and CEO of Boston Tribology Associates
As ISHOW Lead, James has been a strong proponent of social innovations, lean startups, hardware, research, and entrepreneurship since 2011.
As a Co-Founder at Very and having been involved in over 250 product launches in the last 8 years, Ben leads a team of over 50 full-time engineers, designers and data scientists that work with clients to understand challenges they’re facing and build custom software-driven solutions. Ben believes that attracting and retaining top-tier talent is a key differentiator, which is why he champions reinvesting profits into employee benefits and cultural experiments.
As an architectural designer with over 10 years of international experience, Charles has contributed to the design and construction of hundreds of small-scale public infrastructure projects in both rural and urban conditions. Having developed a number of these projects in resource-strained environments, his work has shown consistent dedication to improving the lives of those most in need with low cost / high impact design solutions developed through community-driven design processes.
Ryan designs stable and scalable frameworks for growing hardware startups, aligning both the product and business strategies. Integrating with your team, he can effectively communicate across roles and disciplines, from the concrete engineering details to pitch decks. His expertise is in hardware product development, manufacturing, project management, process creation and flow, and strategic development.
Mariela is a telecommunications engineer with a Master of Science in Information and Communication Technologies (ICT) and MPA in Development Practice from Columbia University. In her role as Program Manager at E4C, she leads ICT4D initiatives and partnerships across all programs and supports strategic planning, implementation, and management of E4C programs in the Engineering for global development space.