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Gretchen Fougere
Vice President of Education at The Possible Project
Professional Background
Gretchen Fougere is an inspiring leader in the fields of education and engineering, deeply dedicated to enhancing STEM (Science, Technology, Engineering, and Mathematics) education among underserved communities. Her significant contributions span several noteworthy programs, particularly in her current role as the head of a team that empowers high school students through innovative design thinking and practical engagement in STEAM disciplines and Makerspaces. Gretchen's leadership in these areas focuses on the creation of business models and working prototypes, driven by real customer feedback, which enriches the educational experience and better prepares students to enter the workforce.
In addition to her present endeavors, Gretchen has been an instrumental force in advancing national outreach initiatives such as the Technology Innovation Scholars Program. This program uniquely pairs highly trained engineering undergraduates with secondary students to navigate hands-on engineering challenges, providing invaluable, real-world experiences that inspire a diverse range of learners. Through partnerships with prestigious organizations including AT&T, NASA, and Accenture, her STEM programs are recognized for fostering creative thinking and critical engagement, particularly in communities that are often underrepresented in science and technology.
Notably, Gretchen's extensive background includes a pivotal role as a senior leader at the Engineering is Elementary (EiE) program at the Museum of Science in Boston. In this capacity, she oversaw pivotal partnerships, curriculum development, and professional training, which has led to significant impacts in STEM education across the region. Her work has reached thousands of students, particularly within the Boston Public Schools, emphasizing the importance of hands-on learning and inquiry-based approaches to education.
Education and Achievements
Gretchen's educational credentials are as impressive as her professional journey. She holds a Doctor of Philosophy (Ph.D.) in Materials Science and Engineering, specializing in Nano-technology, which she obtained from Northwestern University. Additionally, she earned both a Bachelor of Engineering and a Bachelor of Science in Biomedical Engineering from Vanderbilt University. Her extensive academic training is backed by rigorous research conducted at renowned institutions such as Argonne and Oak Ridge National Laboratories, showcasing her commitment to advancing technical knowledge in her field.
From her educational foundations, Gretchen has cultivated a unique skill set that bridges technical engineering principles and educational methodologies. Her specialties include educational policy, technical marketing, fundraising, research and development, team management, and, of course, STEM education.
Notable Roles and Contributions
Throughout her career, Gretchen has held many prestigious roles and affiliations. She is the Founder and Director of Stem Leadership Advisors, where she continues to champion the importance of effective educational practices within STEM disciplines. Initially, she served as Director of Strategic Alliances Engineering at the Roux Institute at Northeastern University, where she helped to create strategic partnerships designed to further educational and workforce development in engineering and technology.
Her leadership extends beyond academia into community outreach with her former position as Vice Chair of the Board of Directors at Science Club for Girls, where she contributed to creating opportunities for girls to engage in science and technology. As the Vice President of Education at The Possible Project, she played a key role in ensuring that educational initiatives aligned with the needs of the community and provided students with the skills they needed to thrive.
Gretchen's commitment to diversity in outreach was further emphasized during her time as Associate Dean of Outreach and Diversity at Boston University, where she led initiatives aimed at increasing minority representation and engagement in STEM fields. Her work with strategic projects at the EiE/NCTL Museum of Science Boston also reflects her dedication to accessible education that inspires the next generation of innovators.
Moreover, her engineering experience spans various high-tech industries. As a Manager for the Advanced Products Research and Development Team at Duracell and an engineer at Motorola, Gretchen utilized her expertise to drive product development in energy systems and communications. In the earlier part of her career, she applied her structural and design engineering skills at Pratt & Whitney, showcasing her versatility and depth of experience in engineering applications.
Achievements and Impact
Gretchen Fougere's career is marked by her relentless passion for STEM education and commitment to fostering innovation in engineering and technology. Through her various roles, she has successfully launched and led programs that have made considerable impacts on the lives of countless students. Her approach to education not only empowers students to learn practical, hands-on skills but also encourages them to develop their entrepreneurial minds through business model creation and prototype development.
Her collaborative work with corporate partners such as AT&T, NASA, and Accenture stands testament to her ability to unite educational institutions and industry to cultivate a thriving ecosystem for learning and innovation. This synergy has allowed her to impact significant numbers of students, particularly in Boston, ensuring they are equipped with the skills needed in a rapidly evolving job market.
In summary, Gretchen Fougere is a dynamic figure in the intersection of education and engineering, whose influence extends from providing hands-on learning opportunities to advocating for the importance of STEM education across diverse communities. Through her entrepreneurial spirit, exemplary leadership, and established partnerships, she continuously strives to ignite curiosity and build pathways to success for future generations of engineers and innovators.