Join us on October 30th, to hear from Christopher Chantre, Co-Founder and CEO of Tender Food, Sorin Grama Co-Founder of Transaera and Greentown Labs, Adele Houghton DrPH ‘23, President of Biositu, and Ramon Sanchez ScD ’11, Chief Knowledge and Innovation Officer, Tribal Alliance for Clean Energy and Instructor at Harvard Extension School, on careers in innovative technologies and health in hard-to-abate sectors.
This event is in collaboration with T.H. Chan Harvard School of Public Health Office of Career and Professional Development
Location: Salata Institute, HKS Belfer Floor 3.5
Time: 6-8pm
Christopher Chantre, Ph.D. ’18, is the Co-founder and CEO of Tender Food – a company creating alternative meats with the right taste and texture. Previously Chris was a program lead (post-doc) at the Wyss Institute to develop and validate functionality of regenerative heart valve bioprosthetics in preclinical studies. Chris has also supported various efforts to commercialize technologies developed at the Parker Lab, ranging from sustainable foods, textiles and regenerative medicine. Chris received a Ph.D. in Integrative Human Physiology with a focus in biomaterials for regenerative medicine applications. Research was carried out between the University of Zurich (Wyss Translational Center Zurich) and Harvard University (Wyss Institute for Biologically Inspired Engineering). Further, Chris received a Bachelor and Masters degrees in Mechanical Engineering from EPFL and ETH Zurich, respectively.
Sorin Grama is co-founder and CEO of Transaera, which has developed a hybrid cooling solution designed to operate a high-efficiency room air conditioner in parallel with a moisture storage battery (MSB) to provide cooling and dehumidification while using dramatically less energy than typical room air conditioners sold today. Transaera was named a finalist for the 2020 Global Cooling Prize.
Sorin also co-founded and served as CEO/CTO of Promethean Power Systems, a manufacturer of thermal energy storage systems for refrigeration and cold-storage applications. Sorin was the principal inventor of Promethean’s thermal battery, an energy storage device that provides effective backup in areas with unpredictable grid power. Dairy farmers and processors in rural India are using this battery to chill milk at village collection centers. Sorin’s company was also one of the four founding companies of Greentown Labs, a grassroots effort which has grown to become the nation’s largest cleantech incubator. He currently serves on the Promethean board.
Sorin is trained as an electrical engineer and holds an MS in Engineering and Management from MIT (SDM ‘07). He is originally from Romania.
Adele Houghton, DrPH ‘23, FAIA, LEED AP, is President of Biositu, LLC where she works at the intersection of buildings, public health, and climate change.
She is a member of the American Institute of Architects College of Fellows and received a Doctor of Public Health (DrPH) degree from the Harvard T.H. Chan School of Public Health, where she also holds a position as adjunct lecturer. Her book Architectural Epidemiology (Johns Hopkins University Press, 2024), co-authored with Professor Carlos Castillo-Salgado of Johns Hopkins University, proposes a novel method for architectural design: combining neighborhood-scale environmental health data with participatory community engagement to maximize a building’s positive ripple effect on community and planetary health.
Adele graduated summa cum laude from Princeton University with an AB in Architecture and Urbanism and subsequently received a Master of Architecture from Rice University. Upon graduating from Johns Hopkins Bloomberg School of Public Health with a Master of Public Health, she was inducted into the Delta Omega Honor Society, Alpha Chapter.
She began her career as a green building consultant in a commercial architecture firm in Houston, Texas. In 2005, she joined the Green Guide for Health Care, the first best practices toolkit in the U.S. to take a health-centric approach to green building design and operations. She founded Biositu, LLC, in 2008 to expand this approach beyond the health care sector. Biositu, LLC is a strategic consulting company dedicated to leveraging environmental sustainability to enhance community health.
Ramon Sanchez, ScD ’11, is the Chief Knowledge and Innovation Officer at the Alliance for Tribal Clean Energy. He is a certified professional in sustainability, renewable energies, green manufacturing techniques, and technology innovation.
Sanchez was a principal investigator in three research projects that dealt with the development of innovation ecosystems around the world at the Harvard T.H. Chan School of Public Health (HSPH). Sanchez is also the former director of the Sustainable Technologies and Health Program in the Center for Health and the Global Environment at HSPH. Sanchez received his MA and ScD in environmental health from Harvard T.H. Chan School of Public Health (HSPH). as well as an MS in manufacturing systems and technology innovation and a BS in mechanical engineering from the Monterrey Institute of Technology in Mexico.
Before coming to Harvard, Sanchez was a corporate engineering manager in a company dedicated to the design and manufacture of furniture and electronic consumer goods. He oversaw seven departments in which hundreds of workers and engineers created and built products that generated approximately $180 million a year in revenues. Sanchez has fifteen records of invention and five patents in the United States and Europe.
From 2000 to 2003, he worked as a forward products lead engineer at Delphi Automotive Systems, a former division of General Motors, dedicated to the design and manufacturing of electronic components and automotive systems. As an automotive designer, he was a member of a research group that won the National Technology Award in Mexico in 2002.
Sanchez’s main research interests are renewable energy technologies, corporate sustainability, sustainable manufacturing, sustainable product design, climate change preparedness, community climate resilience, energy management in buildings, carbon accounting, life-cycle assessment, health and environmental assessments, and the production of renewable fuels and medications with microalgae species.