Suggestions
Emily Mount
Head of Systems Engineering at Magic Leap
Professional Background
Emily Mount has established herself as a leading professional in the fields of Electrical and Computer Engineering, with a particular focus on photonics and advanced technology systems. Currently serving as the Head of Systems Engineering at Magic Leap, Emily is responsible for overseeing the integration of cutting-edge technologies and ensuring that projects align with the company’s strategic objectives. Her extensive experience at Magic Leap includes roles such as Director and Senior Manager in Technical Program Management, where she honed her skills in project coordination, stakeholder engagement, and technical innovation.
Before her tenure at Magic Leap, Emily's technical acumen was developed further at the Naval Surface Warfare Center Panama City Division, where she worked as an Engineer and Physicist, specializing in Intelligent Sensing and Irregular Warfare. This role allowed her to apply her strong analytical skills towards real-world applications, significantly contributing to defense technologies.
Throughout her career, Emily has demonstrated exceptional leadership and a mastery of both technical and program management skills, working her way up from an Undergraduate Research Assistant to a head position in one of the most innovative companies in the tech industry. Her dedication to the advancement of technology and mentorship of the next generation of engineers reflects her passion for her field, making her a key player in the industry.
Education and Achievements
Emily's educational journey is marked by excellence and a commitment to expanding her knowledge in physics and engineering. She earned her PhD in Electrical and Computer Engineering, with a focus on Photonics, from Duke University. Her research during this time involved groundbreaking work in the area of optical technologies, which has important implications for future developments in various tech applications.
Prior to obtaining her PhD, Emily completed her Master’s degree in Engineering Physics at Appalachian State University, where she engaged in in-depth research that prepared her for the complexities of high-level engineering challenges. She also holds a Bachelor’s degree in Physics from the University of North Carolina at Chapel Hill, where she laid the foundation for her scientific approach to problem-solving and technology development.
Emily’s academic pursuits have not only equipped her with technical expertise but have also instilled in her a profound understanding of the collaborative nature of scientific research and advancement. Her time as a Graduate Research Assistant at Duke University and Appalachian State University allowed her to contribute directly to significant research projects, deepening her skills in experimental design and analytical evaluation.
Achievements
Emily Mount boasts a robust portfolio of achievements throughout her career in engineering and technical program management. Her role as Head of Systems Engineering at Magic Leap represents a pinnacle of her professional journey, as she leads multidisciplinary teams to deliver innovative solutions in the realm of augmented and virtual reality.
During her various leadership positions at Magic Leap, Emily has successfully managed complex technical programs that integrate advanced systems and software solutions. Her strategic vision and ability to translate technical goals into actionable projects have made substantial impacts on the company’s ability to innovate in a competitive landscape. Emily has also been a vital contributor to pioneering projects in the defense sector while at the Naval Surface Warfare Center, demonstrating her versatility as an engineer in both commercial and governmental applications.
Additionally, her extensive research experience in quantum computing and solar physics underlines her diverse skill set and her commitment to pushing the boundaries of technology and science. Emily is known for her passion for engineering and innovation, actively engaging in mentorship opportunities for young engineers and scientists, thus fostering the growth of the next generation of technical leaders.