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Code Module Credits Duration Prerequisite(s)

Table II
COMP6298 Project Report 9 --- ---
Students are required to apply the techniques and technologies which they have learned

in a significant advanced project. Under the supervision of an advisor, the students shall
focus on a contemporary research topic or technological problem and make use of the
leading-edge techniques to produce new research findings or solutions. Upon
completion, the Project Report is to be submitted and evaluated using the standard
criteria for advanced project.
Code Module Credits Duration Prerequisite(s)

Table III: Electives

--- Complete 3 of the following 9 135 hrs ---
Modules
COMP6145 Advanced Topics in Intelligent 3 45 hrs ---
Rehabilitation Therapy
This module explores the latest applications and research advancements of intelligent
sports technology in rehabilitation therapy. Topics include AI applications in
rehabilitation, wearable devices, intelligent rehabilitation systems, virtual reality, and
robot-assisted rehabilitation. Students will learn to design and implement personalized
rehabilitation programs to enhance therapeutic outcomes and patient experiences.

COMP6146 Sports Rehabilitation Techniques 3 45 hrs ---
and Advanced Tools
This module introduces the latest sports rehabilitation methods and tools. It covers

physical therapy techniques, exercise therapy, manual therapy, use of rehabilitation
equipment, and advanced assessment tools such as motion capture systems and
biomechanical analysis devices. Students will learn to prevent, diagnose, and treat sports
injuries, create personalized rehabilitation plans, and evaluate rehabilitation outcomes.
COMP6147 Intelligent Rehabilitation Sports 3 45 hrs ---
Engineering
This module covers the application of intelligent technology in the field of sports
rehabilitation. Students will learn about smart sensors, motion tracking technology, and
intelligent assistive devices, focusing on their principles and methods in rehabilitation
sports. The module includes the design and development of intelligent rehabilitation
equipment, biomechanical analysis, and the design of exercise evaluation and training
programs. Through theoretical lectures and practical exercises, students will master the
basic principles and operational skills of intelligent rehabilitation sports engineering to
enhance the effectiveness and efficiency of rehabilitation exercises.

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