Mohamad Issa

Developed clinical software tools for processing medical images in DICOM and NIfTI formats for surgical planning applications Engineered product features in Python, collaborating with multidisciplinary teams including clinicians and product managers Ensured timely delivery of clinical software updates through agile development practices and stakeholder communication

Designed and conducted experimental study investigating motor-cognitive effects of VR-based myoelectric training, contributing to fundamental understanding of prosthetic control learning. Developed novel VR assessment framework combining functional tasks with cognitive workload measures using Unity/C#. Published peer-reviewed research in IEEE RO-MAN 2023

Conducted applied research developing EEG-controlled rehabilitation game for quadriplegic patients using Unity and real-time signal processing. Developed novel AR intervention for Neglect Syndrome, demonstrating translational research from neuroscience principles to clinical tool. Published article on gamification and motivation in motor rehabilitation, contributing to theoretical understanding of engagement in therapy.

Led VR development team for therapeutic applications research, managing application development and experimental content creation. Designed and implemented VR therapy application for Multiple Sclerosis research. Coordinated multidisciplinary research team combining clinical, technical, and design perspectives/Collaborated with clinical partners from the neuroscience institute during the development and to ensure clinical relevance and translational potential of research findings