Exo-Skeleton
In collaboration with a large team of scientists, I spearheaded the phase focused on user experience and wearability, considering biomechanics to understand user needs. As a UX designer, my role was crucial in ensuring the design met the intricate balance between human biology and technological innovation, enhancing both the functionality and comfort of our products for users.
Client
Confidential
Year
2019-2024
Category
Robotics
Type of Work
Research
UXR
Product Design
Exo-skeleton technology offers a groundbreaking approach to assist individuals in weightlifting, combining advanced robotics with human biomechanics to enhance strength and prevent injuries. This wearable robotic suit supports the body's natural movements, allowing users to lift heavier weights than they could unaided, without compromising form.
It's particularly beneficial for those recovering from injuries or looking to improve their physical capabilities safely. By augmenting human strength and endurance, exo-skeletons make weightlifting more accessible and effective, promising a new era in fitness and rehabilitation where individuals can achieve their goals with reduced risk of strain or injury.
Confidential Project