News
September 16, 2025
UWM professor builds robots to help people stay independent
Habib Rahman wants to empower stroke and spinal cord injury patients by developing robots that can boost their quality of life. The post UWM professor builds robots to help people stay independent appeared first on UWM REPORT.
Milwaukee, WI – A University of Wisconsin-Milwaukee (UWM) professor is pioneering the development of robotic technology with the potential to revolutionize the lives of individuals recovering from strokes and spinal cord injuries. Habib Rahman, a faculty member at UWM, is dedicating his research to creating robots designed to enhance independence and improve the overall quality of life for those facing mobility challenges.
Rahman's work focuses on developing assistive robotic systems that can help patients regain lost functionality and perform everyday tasks that might otherwise be difficult or impossible. The goal is to empower individuals to live more fulfilling and autonomous lives, despite the physical limitations imposed by their conditions.
The potential applications of these robots are vast. Imagine a stroke survivor regaining the ability to feed themselves, prepare meals, or even perform household chores with the assistance of a robotic arm. Or consider a spinal cord injury patient being able to navigate their home more easily with a robotic mobility device. These are the kinds of possibilities that drive Rahman's research.
While the specific design and functionality of the robots are complex, the underlying principle is simple: to provide targeted assistance that complements the patient's existing abilities and fills in the gaps where needed. This personalized approach is crucial, as each individual's needs and capabilities are unique.
Rahman's work goes beyond simply building robots. He is also deeply invested in understanding the human-robot interaction and ensuring that the technology is user-friendly and seamlessly integrated into the patient's daily routine. This involves careful consideration of factors such as ease of control, safety, and comfort.
The development of these assistive robots is a long and challenging process, requiring expertise in robotics, engineering, neuroscience, and rehabilitation. However, the potential rewards are immense. By helping people regain their independence and improve their quality of life, Rahman's research promises to make a significant impact on the lives of countless individuals and families.
Rahman's work focuses on developing assistive robotic systems that can help patients regain lost functionality and perform everyday tasks that might otherwise be difficult or impossible. The goal is to empower individuals to live more fulfilling and autonomous lives, despite the physical limitations imposed by their conditions.
The potential applications of these robots are vast. Imagine a stroke survivor regaining the ability to feed themselves, prepare meals, or even perform household chores with the assistance of a robotic arm. Or consider a spinal cord injury patient being able to navigate their home more easily with a robotic mobility device. These are the kinds of possibilities that drive Rahman's research.
While the specific design and functionality of the robots are complex, the underlying principle is simple: to provide targeted assistance that complements the patient's existing abilities and fills in the gaps where needed. This personalized approach is crucial, as each individual's needs and capabilities are unique.
Rahman's work goes beyond simply building robots. He is also deeply invested in understanding the human-robot interaction and ensuring that the technology is user-friendly and seamlessly integrated into the patient's daily routine. This involves careful consideration of factors such as ease of control, safety, and comfort.
The development of these assistive robots is a long and challenging process, requiring expertise in robotics, engineering, neuroscience, and rehabilitation. However, the potential rewards are immense. By helping people regain their independence and improve their quality of life, Rahman's research promises to make a significant impact on the lives of countless individuals and families.
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Technology