Spearheaded the development of state-of-the-art test systems for implantable hearing devices, significantly enhancing auditory perception in challenging listening environments

Co-founded Kinobionic with a mission to develop the world's most advanced soft robotic glove, aimed at restoring hand function for individuals with high levels of upper extremity paralysis. Leveraged the intellectual property from my PhD research and the Exoflex therapy device to create innovative solutions that empower independence and improve quality of life. Led the development of cutting-edge rehabilitation technologies, combining engineering excellence with a deep understanding of human-machine interfaces.

Founded Visospace to bring to market revolutionary technology to bring about new ways to interact with the virtual and digital world. This technology promises to disrupt many industries including Medical, Rehabilitation, Education and Training, Gaming, Tele-presence and Tele-robotics to name a few. Engineered Alto™, a groundbreaking VR locomotion platform designed to combat cyber sickness, delivering a vastly improved user experience through enhanced immersion and comfort

Collaboration, research and student supervision for the School of Mechanical, Materials, Mechatronic and Biomedical Engineering

Contributed to new product development success by refining and improving the quality and process efficiency. Played a major role in developing product development process for two major product lines. Facilitated the technical operations and transfer of process to Finisar’s Wuxi plant in China.

Translating cutting edge Science and Research into Technology.Founded and led Biomech, a consultancy specializing in biomedical engineering solutions. Provided expert consulting services on the design, development, and optimization of medical devices, with a focus on rehabilitation technologies and human-machine interfaces. Successfully managed multiple projects from concept to implementation, ensuring innovative and effective solutions for clients in the medical and healthcare industries. Leveraged deep technical knowledge and industry expertise to deliver impactful results that advanced the field of biomedical engineering.

Overseeing the commercialization of Healthcare Technology for a global market

Design, development and deployment of proof of concepts for new products. System integration in collaboration with multidisciplinary team.In this role I contract my services to design teams working on new products. My services include research and design for new technology, development of working proof of concepts, system architecture, and development of hardware and software for advanced prototypes. I am also able to advocate production implementation of technology through to market entry.

I programed manufacturing rigs using Labview for the production of optical communication and telecom subsystems.

Engineering and R&d support for hospitals and universities working on medical technology.

Helped install a physiology research laboratory for investigating gender based differences in neural pathways involved in falling.

I designed an instrumented and powered exoskeletal "glove" for the rehabilitation of hands following injury or paralysis.

For a year and a half flying aboard the world's only Flying Eye Hospital and across 20+ countries supporting and maintaining medical technology on the plane. Teaching (and learning from) local engineers and technicians about ophthalmic and other medical technology.In my second year I acted as assistant to the manager of Biomedical Engineering at the NY headquarters supporting the plane and ground hospitals.checkout : http://www.orbis.org/