Heather is an innovation and foresight expert who is passionate about strategically creating better futures and finding solutions to the world's most complex challenges.She is currently the Executive Vice President of Strategic Foresight at SGR, an independent firm serving the needs of local governments around the nation. At SGR, Heather leads futures research and trends analyses for topics critical to the future development of local governments, cities, and communities. Heather was previously the Futures & Insights Lead at M3 Design, an independent design firm specializing in the commercialization of cutting-edge technology and unique products. At M3, Heather led futures research in technological development, social and political trends, and environmental sustainability. She used this research to assess business model opportunities and inform product architecture and design.Previously, Heather served as Senior Mechanical Engineer for M3 Design, where she led the development of products ranging the gamut from delicate surgical devices to ruggedized industrial equipment. Prior to joining M3 Design, Heather was the lead Project Engineer at Arthrex California Technology, where she worked cross-functionally to deliver the world's first 4K arthroscopic camera. She's also worked as a Mechanical Engineer for ValenTx Inc., a medical device start-up developing innovative solutions to treat obesity. Heather has been issued several patents for novel invention and regularly gives lectures to collegiate engineering programs. Heather also co-founded Austin Women in Engineering, a professional engineering society, helping to develop a social network for women in Austin.Heather received a Bachelor of Science in Engineering and a Master of Science in Biomedical Engineering from Baylor University, and sits on the Baylor Mechanical Engineering Strategic Council. She's also received an MBA from the Quantic School of Business & Technology and is currently completing a Master of Science in Strategic Foresight at the University of Houston.