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Benjamin Shafer
Robotics (ME) PhD Candidate Specializing in Walking Exoskeletons at Georgia Institute of Technology
Professional Background
Benjamin Shafer is a passionate and dedicated researcher focused on the development of innovative wearable devices, specifically emphasizing prostheses, orthotics, and exoskeletons. With a commitment to enhancing physical activity performance and improving accessibility, his work aims to make a significant impact on the lives of individuals with mobility challenges. Currently, Benjamin is studying lower limb exoskeletons, with a special focus on improving walking speed among older adults. This important research holds the potential to revolutionize the way we think about mobility and accessibility for aging populations.
Having graduated in 2022, Benjamin is not only an accomplished student but also an aspiring entrepreneur. His vision is to pursue entrepreneurial endeavors that provide affordable and effective assistance to anyone in need of mobility enhancements. By harnessing his expertise in mechanical engineering and bioengineering, Benjamin is equipped to bridge the gap between advanced technology and user-centric solutions that can truly benefit the community.
Education and Achievements
Benjamin Shafer's academic journey reflects his dedication to the fields of engineering and health sciences. He is currently pursuing a Doctor of Philosophy (PhD) in Mechanical Engineering at the prestigious Georgia Institute of Technology. This esteemed program provides him with extensive research opportunities and access to cutting-edge developments in wearables and biomechanics.
Prior to his current studies, Benjamin earned a double degree in Bioengineering and Kinesiology from the University of Maryland College Park. This foundational education has equipped him with a comprehensive understanding of the human body’s mechanics and the principles of bioengineering, essential for developing effective wearable devices.
Additionally, Benjamin attended the University of Colorado Boulder, where he focused on Aerospace, Aeronautical and Astronautical Engineering. This training gives him a unique perspective on design and engineering, allowing him to apply concepts from aerospace engineering to the field of wearable health technologies.
Throughout his education, Benjamin has gained valuable experience working in various capacities within research environments. His practical skills have been honed through his position as a Graduate Research Assistant at Georgia Tech, where he has had the opportunity to conduct significant research projects, collaborate with faculty members, and contribute to the advancement of mechanical engineering in medical applications.
In addition to his current role, Benjamin has held notable positions that have further enriched his expertise. He served as a Research Fellow at the Food and Drug Administration (FDA), contributing insights into regulatory science and the development of medical devices. His time as a Research Technician and Analyst at the Cell Biophysics Lab provided him with vital research experience, and he gained hands-on knowledge about the biological factors critical to developing prosthetic devices. His role as an OP Shadow at Ability Prosthetics & Orthotics, Inc. allowed him to engage directly with real-world applications, enhancing his understanding of the needs of patients and clinicians alike.
Achievements
Throughout his academic and professional journey, Benjamin Shafer has demonstrated exceptional dedication and an inspiring commitment to enhancing mobility solutions. His research into low limb exoskeletons, aimed at improving walking speed in older adults, is not only groundbreaking but also crucial for addressing the mobility challenges faced by the aging population.
As Benjamin prepares to transition into the entrepreneurial arena, his aspirations to create affordable and effective mobility solutions underscore his desire to give back to the community and make technology accessible to all. His multifaceted education across prominent institutions and his hands-on experiences in both research and medical environments position Benjamin as a leader with the potential to innovate and improve the lives of many.
Ultimately, Benjamin Shafer is on a path to merge his engineering knowledge with compassion and entrepreneurship, making strides towards a future where mobility challenges are met with ingenuity and accessibility. His passion for advancing wearable technologies promises an exciting journey ahead, one that will undoubtedly leave a mark on the fields of biomechanics and orthotics.
tags':['wearable devices','prosthetics','orthotics','exoskeletons','physical activity performance','accessibility','mechanical engineering','bioengineering','kinesiology','Georgia Institute of Technology','University of Maryland','University of Colorado Boulder','entrepreneurial endeavors','research assistant','FDA','cell biophysics lab','Ability Prosthetics & Orthotics'],
questions':['How did Benjamin Shafer develop his interest in developing wearable devices for mobility enhancement?','What specific insights has Benjamin gained from his research on lower limb exoskeletons for older adults?','What entrepreneurial endeavors does Benjamin Shafer envision pursuing after graduating from his PhD program?','How has Benjamin’s background in aerospace engineering influenced his work in prosthetic technology?','What are some of the challenges Benjamin anticipates in making mobility solutions more affordable and accessible?'],