The Lemelson-MIT Program announced the award of 42 Junior Varsity (JV) InvenTeam grants to promote STEM education among middle and high school students. The initiative provides invention-based activity guides, professional development, and hands-on materials to enhance science, technology, engineering, and mathematics learning.
The Lemelson-MIT National Collegiate Student Prize Competition recognizes students who develop impactful solutions to pressing issues. This year's winners include graduates working on pain-free drug delivery and graduate teams developing assistive technology for the visually impaired.
The Lemelson-MIT Program announced winners of the National Collegiate Student Prize Competition, recognizing inventive undergraduate and graduate students. The competition awarded $50,000 in prizes to students working on technology-based inventions that can improve healthcare and consumer devices.
Dr. Quake recognized for revolutionary work in drug discovery, genome analysis, and personalized medicine, enabling large-scale automation of biology and improving human health outcomes. His microfluidic technology has enabled non-invasive prenatal testing and single-cell gene expression analysis.
Dr. Ashok Gadgil has developed safe drinking water solutions like UV Waterworks, which provides clean water at a price of just two cents per 10 liters. His Berkeley-Darfur Stove increases fuel efficiency, saving households over $300 per year.
Miles C. Barr has developed a lightweight and bendable solar technology that can be integrated into various surfaces, including wallpaper, window shades, and clothing. The technology aims to increase adoption of solar power in the US and developing countries, providing inexpensive power generation.
A survey by Lemelson-MIT Invention Index reveals that young Americans recognize the importance of invention and innovation, yet feel hindered by factors such as limited education and attention to invention projects. The program offers initiatives like InvenTeams to inspire and empower youth to invent.
The Lemelson-MIT InvenTeam initiative inspires a new generation of inventors by engaging students in creative thinking and hands-on learning. This year's projects include a natural disaster emergency relief filtration station and a portable medical support system.
Dr. John Rogers has developed revolutionary products in human health, fiber optics, semiconductor manufacturing, and solar power, with many currently in commercial use. He is also a mentor to students at University of Illinois, encouraging future inventors to think ingeniously and pursue solutions to grand challenges.
Dr. Elizabeth Hausler receives award for sustainable reconstruction in developing countries, improving lives of millions through culturally accepted and economically viable buildings.
Alice Chen's inventions aim to improve drug development and disease modeling using humanized mice with tissue-engineered human livers. Her work has the potential to lead to a safer, less expensive, and more efficient path for drug testing.
A new survey by the Lemelson-MIT Invention Index reveals that American women and men ages 16-25 possess characteristics necessary to become inventors, yet do not see themselves as inventive. Young adults cite access to funding, education, and mentorship as key factors to encourage inventive pursuits.
The White House Science Fair highlights the achievements of selected Lemelson-MIT InvenTeams, including students from Arizona and Tennessee who developed a physical therapy chair and a water purifier. The fair aims to inspire youth to engage in STEM activities and pursue careers in these fields.
Chemical biologist Dr. Carolyn Bertozzi has made groundbreaking contributions to biotechnology, including bioorthogonal chemical reactions and genetically-encoded aldehyde tag technology. Her work has the potential to facilitate early cancer detection and develop novel protein drugs.
Dr. BP Agrawal's rainwater harvesting system and mobile health clinics improve global public health and quality of life for rural villagers in India. His innovative approach combines technology, culture, and community engagement to provide sustainable solutions to pressing water and healthcare issues.
Lieberman-Aiden's innovations include the 'Hi-C' method for three-dimensional genome sequencing, enabling new understanding of cell state, genetic regulation and disease. He also developed iShoe technology to diagnose balance disorders in the elderly, showcasing his groundbreaking work across genomics, linguistics and more.
The 2010 Lemelson-MIT Invention Index survey found that hands-on learning approaches are effective in engaging youth ages 12-17 in STEM subjects. Teens prefer activities such as field trips and access to experimental spaces over traditional classroom methods.
The Lemelson-MIT InvenTeam initiative awards $10,000 grants to 15 teams of high school students to create technological solutions for global challenges. These projects include a human-powered UV water filtration device and a physical therapy chair designed to reduce muscular atrophy.
Professor Chad Mirkin's innovations have the potential to transform medical diagnostics and ignite change across industries. His nanoparticle-based medical diagnostic assays can detect disease-signifying molecules thousands of times more sensitive than commercial systems.
Dr. Joel Selanikio's innovative EpiSurveyor software is revolutionizing public health in developing nations by enabling efficient data collection, analysis, and decision-making. With the help of open-source mobile technology, thousands of health workers can now access critical data, reducing measles deaths by nearly 90% in Africa.
Von Maltzahn's innovations use nanotechnology to precisely target and destroy tumor cells, reducing side effects and overpowering drug resistance. His work also aims to improve intravenous delivery of therapeutics to tumors.
Despite positive attitudes towards STEM fields, many US teens lack mentorship and role models, which can discourage them from pursuing careers in science, technology, engineering, and mathematics. The Lemelson-MIT Invention Index survey found that nearly two-thirds of teens indicated a lack of knowledge about professionals in STEM fields.
The Lemelson-MIT InvenTeam initiative awards grants to 16 US high schools for inventive projects, fostering STEM skills and encouraging real-world problem-solving. This year's projects include alternative energy solutions, assistive technologies, and innovative agricultural systems.
Dr. Martin Fisher's low-cost, human-powered irrigation pumps have enabled over 310,000 people to rise out of poverty in sub-Saharan Africa. The pumps improve farming efficiency and allow small-scale rural farmers to grow high-value crops year-round.
Timothy Lu has engineered bacteriophage to boost antibiotic effectiveness, destroying bacterial defenses and enabling antibiotics to perform better. His platform also thwarts the development of stronger antibiotic resistance, extending the lifetime of existing and future antibiotic drugs.
American teens are confident they can invent solutions to environmental challenges, but many feel unprepared for tech careers. A majority of teens believe there is value in hands-on STEM education and more funding is needed.
Lee Lynd's work on converting cellulosic biomass into ethanol has the potential to significantly reduce fossil fuel consumption. His consolidated bioprocessing (CBP) approach is a breakthrough in low-cost processing and could lead to a sustainable energy future.
Dr. Timothy M. Swager has invented amplified fluorescent polymers that can detect nitro aromatic molecules, a class of chemicals used in explosives. His molecular wire sensors have applications in healthcare, environmental monitoring and security.
Nathan Ball, a 23-year-old MIT graduate student, has invented a device that enables rapid vertical mobility, reducing the time to reach the top of a building from six minutes to just 30 seconds. He also developed an improvement in needle-free injection technology with potential applications in animal husbandry and mass inoculation.