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Mike Mace
Founder & CTO at GripAble - - Wearable sensors - - Human Robotics - - Digital Health - -
Professional Background
Mike Mace is an innovative leader in the field of accessible technology, particularly dedicated to enhancing the lives of individuals with movement impairments. As the Chief Technology Officer and co-founder of GripAble, he has made significant strides in utilizing wearable sensors, human robotics, machine learning, and serious games to create patient-centric solutions that empower users to regain mobility and independence. His commitment to advancing rehabilitation technology reflects a deep understanding of both the technical aspects of engineering and the critical importance of user experience in therapeutic settings.
Mike's professional journey is marked by illustrious academic achievements and extensive research experience, which he leveraged to make a considerable impact in the field of biomedical engineering. His work focuses on the development of technologies that not only assist in rehabilitation but also integrate seamlessly into the lives of users, ensuring accessibility and efficacy.
Education and Achievements
Mike Mace's educational foundation is robust, anchored by an impressive academic background that commenced at Exeter School, where he built the groundwork in scientific inquiry and problem-solving. He further honed his skills by pursuing a Master of Engineering (MEng) in Mechanical Engineering at the prestigious University of Bristol. This program provided him with crucial insights into engineering principles and innovative design strategies, laying the groundwork for his future endeavors in the biomedical field.
Driven by a passion for intersectional technologies, Mike continued his academic pursuit at Imperial College London, where he earned a Doctor of Philosophy (Ph.D.) in Biomedical Engineering. His doctoral research focused on bioacoustic signal processing—an area vital for advancing machine learning applications in rehabilitation technology, particularly in understanding and processing complex signals for improved user interfaces in assistive devices.
Achievements
Throughout his career, Mike has participated in renowned programs that nurture entrepreneurial talent in the healthcare sector. Notably, he was a participant in the Dubai 100 Digital Health Entrepreneur Programme, where he connected with other innovators and thought leaders. This experience further solidified his role as a digital health entrepreneur, preparing him to tackle new challenges in the healthcare landscape.
His previous roles as a Research Associate at Imperial College London, focusing on rehabilitation technology and neural signal analysis, provided Mike with in-depth knowledge of the intricate relationship between technology and human health. His research contributions not only advanced academic understanding but also set a foundation for practical applications in clinical environments.
At GripAble, Mike has integrated his extensive knowledge and experiences into developing groundbreaking technologies focused on improving accessibility for individuals with movement impairments. By utilizing wearable sensors and machine learning, he is enhancing the capacity of rehabilitation through engaging and interactive solutions that prioritize the user's needs and experiences.
tags:[
wearable technology
movement impairments
biomedical engineering
rehabilitation technology
human robotics
machine learning
serious games
patient-centric design
digital health
adaptive technology