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PhD Studentship in Shoulder Biomechanics and Rotator Cuff Disorders
Rotator cuff-related shoulder pain affects millions globally, with women experiencing disproportionately higher disease burden. These conditions significantly impact daily activities, work capacity, and quality of life through abnormal shoulder mechanics, reduced range of motion, and muscular dysfunction. We are currently seeking a fully funded doctoral student to investigate the biomechanical and neuromuscular mechanisms driving these impairments, with particular emphasis on the role of pectoralis minor tightness and sex-specific differences.
This innovative project will develop novel ultrasound imaging approaches for quantifying pectoralis minor properties, establish sex-specific differences in muscle mechanics, and examine relationships between pectoralis minor function and shoulder/scapular biomechanics. Doctoral training will be provided in musculoskeletal ultrasound imaging, motion capture analysis, electromyography, and clinical assessment of shoulder pathology.
Applicants should have a master's or bachelor's degree in physiotherapy, sport science, biomechanics, biomedical sciences, or related health disciplines. Previous biomechanics research experience, publications, and strong analytical skills are highly desirable. We seek candidates passionate about advancing musculoskeletal health research with real-world healthcare impact.
The student will work under the supervision of Dr Suzi Wolfram and Dr Michael Kelly, who bring extensive expertise in shoulder biomechanics and musculoskeletal assessment, alongside Dr Sarah Audsley, who specializes in musculoskeletal physiotherapy and evidence-based practice implementation.
Interested candidates should contact Dr Suzi Wolfram for additional details (suzi.wolfram@northumbria.ac.uk). More information about the PhD project and how to apply can be found on findaphd.com.
Rotator cuff-related shoulder pain affects millions globally, with women experiencing disproportionately higher disease burden. These conditions significantly impact daily activities, work capacity, and quality of life through abnormal shoulder mechanics, reduced range of motion, and muscular dysfunction. We are currently seeking a fully funded doctoral student to investigate the biomechanical and neuromuscular mechanisms driving these impairments, with particular emphasis on the role of pectoralis minor tightness and sex-specific differences.
This innovative project will develop novel ultrasound imaging approaches for quantifying pectoralis minor properties, establish sex-specific differences in muscle mechanics, and examine relationships between pectoralis minor function and shoulder/scapular biomechanics. Doctoral training will be provided in musculoskeletal ultrasound imaging, motion capture analysis, electromyography, and clinical assessment of shoulder pathology.
Applicants should have a master's or bachelor's degree in physiotherapy, sport science, biomechanics, biomedical sciences, or related health disciplines. Previous biomechanics research experience, publications, and strong analytical skills are highly desirable. We seek candidates passionate about advancing musculoskeletal health research with real-world healthcare impact.
The student will work under the supervision of Dr Suzi Wolfram and Dr Michael Kelly, who bring extensive expertise in shoulder biomechanics and musculoskeletal assessment, alongside Dr Sarah Audsley, who specializes in musculoskeletal physiotherapy and evidence-based practice implementation.
Interested candidates should contact Dr Suzi Wolfram for additional details (suzi.wolfram@northumbria.ac.uk). More information about the PhD project and how to apply can be found on findaphd.com.