2025 Professional Development Workshops

Michael J. Cima is a David H. Koch Professor of Engineering and a professor of materials science and engineering at the Massachusetts Institute of Technology. He earned a bachelor’s degree in chemistry in 1982 (phi beta kappa) and a doctorate in chemical engineering in 1986, both from the University of California at Berkeley before joining the faculty at MIT as an assistant professor that same year. He was promoted to full professor in 1995. Michael has an appointment at the David H. Koch Institute for Integrative Cancer Research; is a Fellow of the American Ceramics Society; was elected to the National Academy of Engineering; holds the David H. Koch Chair of Engineering at MIT; is a Fellow of the National Academy of Inventors; a co-director of MIT's Innovation Initiative; and the associate dean of innovation for the School of Engineering at MIT. Read more about Prof. Cima's accomplishments and lab work.

Stephanie Couch is the Executive Director of the Lemelson-MIT Program. In this role, she leads a team which help educators and students across the U.S. learn ways inventors find and solve important problems.

She has dedicated her career to K-12 and higher education policy issues and is an active participant in a national invention education research group. Her research as an ethnographer in education focuses on issues that are key to advancing equity within the field of invention education and STEM learning opportunities. She studies ways invention education impacts students (especially those from underrepresented backgrounds), schools, and local communities. She also works to understand the developmental trajectory of inventors as opposed to their inventions.

Locally, Stephanie spearheaded and was President of the Foundry Consortium in Cambridge, MA. The Foundry Consortium directed the development of The Cambridge Foundry, a new 50,000 square foot community center for STEM and the arts, which opened in 2022. Prior to joining the Lemelson-MIT Program, Couch was the Interim Associate Vice President of Research and Professional Development at California State University, East Bay, served as Bayer Executive Director of the Institute for STEM Education, and was the Director for Gateways East Bay STEM Network. These opportunities came about as a result of her work in teaching and learning with technologies while employed by the Corporation for Education Networking Initiatives in California (CENIC).

Cristina Sáenz is the Invention Education Manager at Lemelson-MIT (LMIT).  Cristina leads the Partners in Invention Education team as they work with educators and administrators to build thriving and sustainable invention education pathways in diverse communities throughout the United States. Prior to joining the team at LMIT, Cristina was an elementary school teacher in both Boston, MA and Orlando, FL. During her time as a teacher, she became passionate about engaging students who don’t see themselves as “STEM people” in inventing and STEM fields. After years in the classroom, Cristina entered the University of Central Florida’s College of Community Innovation and Education to pursue her PhD in Education with an emphasis on Inclusive STEM.  Her research has been published in peer reviewed, scholarly journals and presented at national conferences.

Prior to joining Lemelson-MIT, Edwin taught middle school mathematics in New York City public schools. He implemented unique curricula to incorporate engineering principles into core math content, providing young women, Black, Indigenous, Latinx, and other disinvested communities with an opportunity to apply their mathematical learnings to topics and research fields more relevant to their daily lives.

Edwin also led a racial equity committee for his school community to support staff in implementing equitable teaching practices in their classrooms. Edwin’s passion to develop solutions to remedy historic inequities is derived from his love for STEM fields. He aspires to create a better world through STEM programming and Invention Education.

Liza Goldstein is an Invention Education Administrator at the Lemelson-MIT Program, where she leads the K-12 curricula development of hands-on invention activities and oversees local outreach efforts in Cambridge, Massachusetts. A big believer in showing kids that they can solve problems impacting their lives or communities, Liza is passionate about invention education. 

Liza’s background in curricula development, teaching, and STEM education, have been an asset to growing Lemelson-MIT’s collection of resources and connecting with local organizations. Prior to joining Lemelson-MIT, Liza received a Masters of education and led outreach efforts for three years at GBH, Boston’s PBS station. At GBH, she worked on productions like “Design Squad” and kickstarted the “Time to Invent Club,” an invention after-school program for elementary-age students funded by the Lemelson Foundation. Liza began working at Lemelson-MIT in 2013 where she was tasked with writing the JV InvenTeam curricula and training high school grantees to implement the new initiative. Liza continues to lead invention education endeavors that tap into her strong writing, communications, creative thinking, and outreach skills. Outside of work, Liza is currently writing a children’s invention book for girls, serves on the PTO board at her children’s school, and trains for half marathons. 

A scientist by training and a justice-oriented educator at heart, Rosalind Bump brings experience from her research and teaching to Lemelson-MIT. As a K-12 Invention Education Administrator, she is eager to empower young inventors across the country and support educators who are curious about transforming their classrooms with Invention Education.

Rosalind’s scientific training has spanned various disciplines and continents, from terrestrial ecology in Queensland, Australia, to organogenesis in Heidelberg, Germany, to genome architecture at the Salk Institute in La Jolla, California, to bone-nerve molecular development in Seattle, WA. Her dual exploration of research and teaching as an undergraduate at UC Berkeley was particularly formative, as she grappled with how to communicate the structure of DNA and the physics of parachutes in local Oakland and Berkeley schools. Being immersed in East Bay communities sparked Rosalind’s commitment to making high-quality science education accessible to communities who have been historically marginalized and systematically denied resources, and whose insights, creativity, and capabilities we need to meet the challenges of today. 

As an educator, Rosalind constantly seeks to cultivate wonder and foster belonging in the science classroom—elevating the contributions of students of color, emphasizing support for neurodiverse students, and centering Indigenous knowledge in ecology curriculum. As a teacher at the Nueva School in San Mateo, CA, she witnessed design thinking as a powerful tool for increasing student engagement and empathy, and as a paradigm through which her 10th grade biology students independently developed and iterated upon experiments with weird and wonderful slime mold.

Brenda Payne has been an innovator in the field of Invention Education for K-12 students for 30 years, providing training for educators, program leaders, and administrators throughout the state of California. 

Brenda began her career as an educator in Northern California where she introduced invention education to students, utilizing an engineering curriculum she helped develop for her district. Continuing on as a principal at several schools in Northern and Central California and a superintendent in a small district in Santa Cruz County, she began the California Invention Convention (CAIC), a program that serves thousands of students as an annual celebration of K-12 inventors and entrepreneurs across the state.

Brenda has provided the professional development for the CAIC curriculum teachers use in their classrooms and after school programs.  Since joining the Lemelson/MIT staff, she has worked with other education experts to develop training modules for  teachers throughout the country so they too can provide their students with the necessary creative and problem-solving skills to successfully engage in inventing solutions to self-identified problems in their own lives, that of their friends and families, and their communities.   

 Leigh Estabrooks has been a part of the LMIT family since 2006.  Leigh managed the InvenTeams initiative and two years later became the Invention Education Officer, overseeing all K-12 invention education initiatives. She has been instrumental in the development of new initiatives, including Junior Varsity InvenTeams™ and the 2010 launch of the Inventing Merit Badge with the Boy Scouts of America. Leigh was active in the development of LMIT's proprietary curriculum, Inventing Smart Solutions.  Leigh previously held positions in product development at Fortune 500 companies and was a licensed secondary school educator. She received a bachelor’s degree in agriculture from the University of Tennessee, a master’s degree in business management from Rensselaer Polytechnic Institute, and a doctoral degree in education from Northeastern University. Though Leigh retired from MIT in December 2024, she remains an active contributor to LMIT programs with a focus on education about the importance of intellectual Property. 

Keynote Speaker/Administrator Session 

Dr. Balcells-Camps joined the Harvard-MIT Biomedical Engineering Center in 1999 as a postdoctoral fellow carried out pioneer work in tissue engineering of vessel-like structures. In 2006 Dr. Balcells became a MIT research scientist and profesora titular in Bioengineering at her alma mater, Institut Químic de Sarria (Ramon Llull University). Through her dual appointment at MIT and Institut Químic de Sarrià, Dr. Balcells has promoted innovative, highly productive research and educative exchanges between both institutions and countries. Dr. Balcells is a passionate scientist who embraces working with physicians and clinicians as well as industry partners to accelerate the path of new technologies and therapies from bench to bed-site. She is also a motivated mentor and the projects she leads become the ideal venue to educate the next generation of engineers, biologists, material scientists, physicians, computer scientists and chemists who learn to work collaborative as the only way to solve today’s greatest challenges in health. Dr. Balcells is an entrepreneur and co-founded the Spanish start-up Regenear that utilizes chondrocytes from a small biopsy to regenerate cartilage for facial tissue regeneration. She also chairs the new MIT IDEA² Global program, which provides mentoring and connections to biomedical innovators around the world to develop and realize their project ideas.