Lemelson mit program

A prototype must be tested and functional. It should work as designed beyond proof of concept models. Evidence of the functional prototype can be data from lab, human subjects testing or consumer products testing that has been collected and analyzed. Applicants need to provide evidence that the functional prototype performs as intended. Prototypes do not need to be commercially available but they should be commercially viable. Applicants are not expected to develop prototypes past early stages nor do they need to present a business plan.

Commercialization potential is however a criterion of the competition, and prototypes further along in development that exhibit strong commercialization potential may be rated higher than early stage inventions. Graduate students can be part of the undergraduate team, provided the majority of team members are undergraduates.

Are applicants required to have any patents? No, applicants are not required to have any patents. However, the Lemelson-MIT Program strongly encourages applicants to discuss in their application any intellectual property IP that they have filed or plan to file and correctly attribute ownership i.

The supplemental materials section is an excellent place to submit patent abstracts. The strongest applications over the years have featured patented inventions or inventions involved in the patenting process. Does the candidate forfeit intellectual property rights by submitting an application?

The Lemelson-MIT Program asks screening committees and the judging panel to acknowledge that student applications are distributed solely for the candidacy of the Lemelson-MIT Student Prize, and should not be reproduced for other purposes.

Are winners required to use the award money for research? No, the money is an unrestricted cash gift but could certainly be used for future research or development of their prototype s. What is required of winners? Winners are asked to participate in media opportunities arranged by the Lemelson-MIT Program to celebrate their win and recognize their work. Undergraduate team winners must have at least one team member in attendance.

The Lemelson-MIT Program may request winners to participate in future public education and press activities as applicable. When is the deadline to apply?

The Initial Application deadline is Friday, September 25, Applicants can apply any time before that date and are encouraged to do so, as it will enable earlier access to the Category Application if all criteria are met.

The Category Application deadline is Friday, October 16, 0. For those who are advanced to the Finalist round, the Finalist Application materials are due on Wednesday, January 13, Who are the judges?

All applicants who meet the Initial Application requirements will be advanced to the Category Application round. Following that, there is a two-tiered judging process: Category Application round : Screening committees who have expertise in the candidates' field areas i. What criteria are used to judge the candidates?

No criterion is considered paramount. Judges are asked to take a holistic view of each candidate with respect to the goals of the Lemelson-MIT Student Prize. What makes an excellent application? An excellent application is well-presented, complete, and follows instructions. Strong applications feature truly inventive technology and make a compelling case based on the selection criteria listed above. For specific advice on how best to complete your application and clearly communicate about your invention s , we encourage you to set up a phone call with Janell Ciemiecki, Awards Program Administrator, at janellc mit.

How many Student Prizes are awarded each year? What can I do? For now, applicants must choose one of the four current categories: "Cure it!

If you are unsure if your invention fits into one of the categories, contact Janell Ciemiecki, Awards Program Administrator, at janellc mit.

No, this is not an idea competition or funding pitch for yet-to-be-developed projects. Submissions must be existing tech-based inventions with tested and working prototypes, having potential for real commercialization, implementation or greater impact. Still have questions? Search form Search. Award Winners See all winners and finalists of current and past awards. Prize Categories Applicants submit their inventions in categories that represent significant sectors of the economy, which could be reimagined and improved through invention.

Students apply to the competition as one of the following two options: An undergraduate team composed of members that is founded and led by an undergraduate student. Teams must have a tested prototype of one invention that fits into one of the four prize categories. Graduate students can be part of the undergraduate team, provided there is a majority of undergraduate team members.

Individual undergraduate students cannot apply without a team. Students can also access a variety of resources and information that can be found on the Lemelson-MIT website. If you have a knack for inventing, an interest in technology, or finding solutions to real-world problems, this program could be a good fit for you.

Lemelson-MIT is also a great way to boost your resume and college applications. AdmissionSight is committed to working closely with you to target every minor detail of the application that could better portray your academic and leadership abilities. We love to work with students who are driven and desire success. Your email address will not be published. Save my name, email, and website in this browser for the next time I comment.

Privacy Policy - Terms and Conditions. Read more about our shift here. Middle School. College Admissions.

Transfer Admissions. Graduate Admissions. Private Tutoring. Research Programs. Science Research Program Humanities Competitions. Contact Us. College Admissions , Extracurricular Activities. Lemelson MIT. December 25, By AdmissionSight. What are the prize categories? National media campaign and exposure to investment and business communities.

A paid trip for an award celebration in June. What are the eligibility requirements for Lemelson MIT? Undergraduate Team Prize : Be an undergraduate student-founded and student-led team composed of two to five students, with the majority of team members being undergraduate students.

Graduate students can be part of the undergraduate team as long as there is a majority of undergraduate team members. Individual undergraduate students cannot apply without a team. The student submitting the application will be considered the team lead and the main point of contact for anything application-related. Undergraduate teams must have a tested prototype of one invention and should apply to the prize category that best fits their invention.

Individual Graduate Prize : Individual graduate students must have tested prototypes of at least two inventions to be eligible for the competition. Graduate students should choose a primary invention from their portfolio and apply it to the prize category that best fits their primary invention.

Their second and any additional if applicable inventions do not need to be in the same field as the primary invention. There is no graduate student team prize. What qualifies as an invention for the purposes of Lemelson MIT? What is a tested prototype? Are applicants required to have any patents? Does the candidate forfeit intellectual property rights by submitting an application to Lemelson MIT? Are winners required to use the award money for research?

What is required of winners? Who are the judges? What criteria are used to judge the candidates? What makes an excellent application?

Recent Posts. Top-Rated Engineering Colleges in the Country! Thinking of Becoming a Writer? Look at these Best Colleges for Authors. The 4 Best Schools for Biology Majors. College Acceptance Rates for the Class of How to Get into Stanford with Average Grades. Augeo: A cryogel polymer-based embolization solution to treat hemorrhaging patients. Cody Friesen. Creates renewable energy technologies. Lemelson-MIT Prize.

Mercy Asiedu, Duke University. Callascope, a cervical cancer diagnosis device and a smartphone algorithm to classify cervix images. Ithemba: A reusable, low-cost, contamination-free breast biopsy device. Portal Entryways: A wireless device that opens disabled-accessible doors. Arnav Kapur, Massachusetts Institute of Technology. Luis von Ahn. Guy Satat , Massachusetts Institute of Technology. All Photons Imaging and FemtoPixel. Maher Damak, Massachusetts Institute of Technology. Kayla Nguyen, Cornell University.

Tyler Clites, Massachusetts Institute of Technology. Feng Zhang. Tony Tao, Massachusetts Institute of Technology. Apoorva Murarka , Massachusetts Institute of Technology. Matthew Rooda, J. Abraham Espinoza , University of Iowa. Natasha Wright, Massachusetts Institute of Technology. Katy Olesnavage, Massachusetts Institute of Technology. Method to Design a Better Prosthetic Foot. Ramesh Raskar. Inventor of Femto-photography. Catalin Voss, Stanford University.

Autism Glass Project. Highlight: A Powdered Additive for Disinfectants. Dan Dorsch, Massachusetts Institute of Technology. Heather Hava, University of Colorado Boulder. Achuta Kadambi, Massachusetts Institute of Technology. Superhuman Visual Systems to Capture Light. Jay Whitacre. Respiratory Solution for Premature Infants around the World. Carl Schoellhammer, MIT. Josh Siegel , MIT. The Next Dimension of 3D Printing. Sangeeta Bhatia. David Sengeh, MIT. Designed next-generation wearable mechanical interfaces that improve comfort for amputees.

GlucoSense: A low-cost glucometer and strip system for diabetics in resource-poor settings. Benjamin Peters, MIT. Automated 3D printing for the classroom. Everett Lawson, MIT. Graduate Finalist. John Lewandowski, MIT. Low-cost, reusable, handheld, mechanical malaria diagnostic. Nigel Reuel , MIT. Invented tiny sensors that probe critical quality attributes of protein based drugs to improve drug development.

Aaron Maharry, Ohio State University. Invented OncoFilter. Undergraduate Team Finalist. Jackson Morton, Duke University. Invented the Chymos Needle for surgical bile duct procedures. Matthew Nojoomi, Rice University. Invented a safe, low-cost, easy to use, two joint robotic arm that attaches to a wheelchair. Kamal Shah, Rice University. Invented a mechanical, easy-to-use tool that automatically limits the volume of fluid that is dispensed to children during intravenous therapy.

Joseph Azzarelli, MIT. Invented a two-step method to convert Near Field Communication NFC radio frequency identification tags into chemical sensors. Adam Paxson, MIT.

Invented a durable coating for condensers, appropriate for tough industrial settings, that improves its efficiency. Rahul Mukherjee, Rensselaer Polytechnic Institute. Developed high-performance lithium-ion batteries designed to facilitate integration in electric vehicles.

Invented Circuit Scribe, a rollerball pen filled with conductive silver ink for sketching circuits on paper. Invented BitDex, a fast and accurate optical identification system for drill bits. Developed a mobile tackling football target. Invented a luxury leather handbag integrated with fuel cell technology and LEDs.