MSc (Eng) Research in Electronic and Electrical Engineering - Assistive and Rehabilitation Robotics

Our research includes pioneering work on: microwave, semiconductor, and terahertz technologies, bio-nano and quantum technologies, robotics, ultrasound and medical imaging, energy-efficient green communications networks, wireless and mobile communications, power electronic systems, and renewable energy. Our School has over 100 years of research history, leading to outstanding impact from our research. This includes pioneering work on: microwave, semiconductor, and terahertz technologies, bio-nano and quantum technologies, robotics, ultrasound and medical imaging, energy-efficient green communications networks, wireless and mobile communications, power electronic systems, and renewable energy. We have a track record of collaborations with academic institutions and major international electronics and communication companies around the world. We work extensively with other schools across the University of Leeds, and have strong links with the Bragg Centre for Materials Research, Energy Leeds and Robotics at Leeds. To complete a postgraduate research programme, you?ll need to be dedicated and passionate about your area of study. But it?ll be well worth it. Being a doctoral student is challenging, yet incredibly rewarding. You are expected to carry out a programme of research in a particular area under the supervision of a primary supervisor and one or more co-supervisors. Masters by Research (MSc Res/MSc Eng Res) - 1 year full-time or 2 years part-time.

The increasing demands on physical therapy services worldwide and improved survival rates from conditions such as stroke poses new challenges in healthcare. Intelligent robotic systems are regarded as a promising way to alleviate the burden on physiotherapy staff and budgetary resources while improving the patient outcome and the quality of life. Our research takes multi-disciplinary technologies to design and develop modular assistive/rehabilitation robotic devices which could potentially be used at clinical environments or home settings. To provide intelligent devices that can have a real impact on people's lives, we closely collaborate with universities, industrial companies and hospitals.

• 獎學金 - 查看所有獎學金
• 實習機會