Prepare students for the jobs of the future

Invention education is a transdisciplinary and problem-based approach that teaches students to identify problems in their own community and work to find solutions to those problems.

Inventiveness can be developed

Our framework’s success is due to Lemelson-MIT’s unique emphasis on helping students learn how to identify problems in their own lives and communities that can benefit from a technological solution. Discovering challenges that matter to them personally transforms skeptics into STEM enthusiasts. Seventeen patents awarded to participating student teams speaks to the effectiveness of our framework!

Problem identification, just like problem solving, is a skill that must be practiced early and often and can be learned by students of all ages, from varied backgrounds, and with diverse skill sets.

As students engage in the iterative and recursive process of invention they develop deep content-area and technical knowledge, as well as social-emotional, teamwork and communication skills. Through repeated exposure to the process, students craft increasingly sophisticated solutions to real-world problems.

Invention Education Matters

The STEM ecosystem in the United States currently lacks diversity. We’re committed to diversity, equity and inclusion, while prioritizing work with young women and Black, indigenous, Latinx and other people of color, in order to remedy historic inequalities in STEM representation. Our research offers evidence that our creative, transdisciplinary, problem-solving approach helps students of all backgrounds develop interest, confidence and capabilities in science, technology, engineering and math, as well as entrepreneurship.

Case Studies

Our library of case studies showcases the power and possibilities of Invention Education.

  • JVInvenTeams Initiative Builds Foundation for Teacher’s STEM Curriculum

    2017

    Administrators at KIPP Sunnyside High School, a public charter school that opened in 2010, invited Kyle Kenan to start a Science, Technology, Engineering and Math (STEM) program in 2013. The STEM program is the first in the 28-school KIPP Houston system. School leaders wanted students in the Sunnyside community, the oldest AfricanAmerican community in southern Houston, to be exposed to STEM. They hoped it would lead their students into careers that would lift them out of poverty.

  • Invention and STEM Education Transform Rural School in Michigan

    2018

    Teachers and students at Michigan’s Williamston High School Math and Science Academy found themselves Grand Marshall of a hometown Jubilee parade after their Lemelson-MIT InvenTeam™ invention earned them a trip to the 2013 White House Science Fair to present their invention to President Barack Obama.

  • How Invention Uplifted and Changed the Course of Students and Their Community 

    2017

    It was the end of the school year at Garey High School, one of four high schools in California’s Pomona Unified School District, when Science Department Chair Antonio Gamboa received an email about the Lemelson-MIT InvenTeam initiative. He read the message aloud to the three students hanging out in his classroom and was about to hit “delete” when Evelyn Casas one student said, “I want to invent something.

Research and Reports

Our programs are informed by extensive research conducted by experts in the field of education.

  • Role models’ influence on student interest in and awareness of career opportunities in life sciences

  • Failure as an active agent in the development of creative and inventive mindsets

  • Becoming an inventor: a young Latina’s narrative

  • Intersecting Networks Supporting Problem-Based Invention Education

  • Invention Education: Preparing The Next Generation of Innovators

  • Inclusive Pathways to Invention: Racial and Ethnic Diversity Among Collegiate Student Inventors in a National Prize Competition