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Katie Strausser
Senior Controls Engineer, PhD Mechanical Eng.
Professional Background
Katie Strausser is a highly accomplished engineer and researcher known for her innovative contributions to the field of robotics and control systems. With a robust background in mechanical engineering, Katie has built a successful career centered around her passion for improving the lives of individuals with disabilities through advanced technological solutions. Currently, she serves as the Principal Controls Engineer at Ekso Bionics, where her expertise in control systems is pivotal in the development of cutting-edge exoskeletons designed for individuals with spinal cord injuries. Her work at Ekso represents a perfect amalgamation of her technical skills and her heartfelt commitment to enhancing mobility and independence for those in need.
Katie’s journey into the world of mechanical engineering began at Carnegie Mellon University, where she obtained her Bachelor of Science degree in Mechanical Engineering while also pursuing minors in Computer Science and Robotics. This diverse educational foundation provided her with a practical understanding of both theoretical and applied engineering principles, which she has effectively leveraged throughout her career.
Upon completing her undergraduate studies, Katie continued her education at the University of California, Berkeley, where she earned both a Master’s and a Doctor of Philosophy (PhD) degree in Mechanical Engineering, focusing specifically on Control Systems. Her academic research not only solidified her knowledge in control theory but also ignited her passion for applying this knowledge to real-world problems, particularly in the field of robotics.
Education and Achievements
Katie Strausser's educational journey is a testament to her commitment to excellence and her passion for engineering. She earned her Bachelor of Science degree in Mechanical Engineering with minors in Computer Science and Robotics from Carnegie Mellon University, a leading institution renowned for its engineering programs. This foundational education equipped her with essential skills and knowledge that would serve her well in her future endeavors.
Katie pursued her Master’s and PhD in Mechanical Engineering at the prestigious University of California, Berkeley. During her doctoral studies, she specialized in Control Systems, a field critical to the development of robotic systems and automation technologies. Her research during her PhD journey was instrumental in exploring ways to enhance the precision and functionality of control systems for complex mechanical devices.
Beyond her rigorous academic achievements, Katie has also been active in academia as a lecturer. Her roles as a January Term Lecturer and a Lecturer at Saint Mary's College of California allowed her to share her extensive knowledge and experiences with students, inspiring the next generation of engineers. Additionally, her time as a Graduate Student Researcher and Instructor at UC Berkeley provided her with a platform to contribute to the academic community while honing her skills in research and teaching.
Notable Achievements
Katie's career reflects a remarkable dedication to both her field and community service through engineering. As the Principal Controls Engineer at Ekso Bionics, she plays a crucial role in the development of sophisticated exoskeleton systems that assist individuals with spinal cord injuries, allowing them to regain mobility and independence. This position not only highlights her technical prowess but also her commitment to improving the quality of life for people facing physical challenges.
Before her position at Ekso Bionics, Katie made significant contributions to various esteemed organizations. At NASA Goddard Space Flight Center, she led a team in their Robotics Academy, where she played a key role in advancing robotics technologies that support space exploration and scientific research. Additionally, her experience as an Engineering Intern at Bechtel Plant Machinery, Inc., and as a Supply Chain Management Program Intern at Halliburton provided her with a solid understanding of the engineering industry and its diverse applications.
Katie’s engagement in academia, as evidenced by her teaching roles and mentoring positions, underscores her passion for knowledge transfer and her desire to support future engineers. Her involvement in educational capacities shows her commitment to fostering innovation and collaboration in the engineering landscape.
Conclusion
Katie Strausser's career embodies the blend of advanced engineering expertise and a deep-seated passion for making a positive impact on society through technology. With a PhD focused on Control Systems from UC Berkeley, and extensive experience as a Principal Controls Engineer at Ekso Bionics, she continues to push the boundaries of robotics while dedicated to enabling meaningful improvements in the lives of those with mobility challenges. Her educational background, paired with her impressive professional journey and commitment to mentorship, positions her as a leader in the field of mechanical engineering and robotics. The combination of her skills, experiences, and dedication to service not only exemplifies a remarkable career but also serves as an inspiring model for aspiring engineers across the globe.