Academic & Professional Consultation Services in Medical Physics

These consultation services are provided by Dr. Elhussien Hassan Mohamed Sirelkhatim, a DIMPCB-certified Medical Physicist, Researcher, and Educator with a PhD in Medical Physics. With over two decades of comprehensive experience spanning clinical radiotherapy, diagnostic imaging, and nuclear medicine, Dr. Sirelkhatim brings a wealth of practical knowledge and academic insight to every consultation.

His career is distinguished by a unique combination of roles: leading clinical physics operations, spearheading academic initiatives like virtual lab development and curriculum enhancement, and contributing to national health policy as a Medical Physics Coordinator. This multifaceted background provides a holistic perspective that bridges the gap between theoretical principles and their real-world application in clinical and regulatory settings. The following services are founded on a passion for education and a commitment to fostering excellence within the medical physics community.

For Undergraduate Students

 Building a strong foundation is key to a successful career. Support is available for students exploring medical physics and working on their foundational studies.

Final Year Project Support: Guidance on topic selection, project structure, basic research methods, and report writing for capstone or final year projects.

Fundamental Concepts Clarification: Tailored tutoring sessions to simplify and explain complex topics in radiation physics, medical imaging principles, radiotherapy, and radiation protection.

Career & Academic Path Guidance: Mentorship for students considering a career in medical physics, providing insights into the profession and advice on preparing for postgraduate studies and specialization.

For Graduate & Postgraduate Students (MSc & PhD)

 Dedicated support for students navigating the complexities of advanced academic research and coursework.

● Thesis & Dissertation Guidance: Consultation on all stages of research, from topic selection and methodology design to data analysis and manuscript preparation in radiotherapy, diagnostic imaging, and nuclear medicine

● Research Project Development: Comprehensive support for designing and structuring research projects across a wide range of medical physics topics. This includes specialized assistance in areas such as:

Radiotherapy Treatment Planning Optimization

Advanced Dosimetry Techniques

Medical Image Processing and Analysis

Monte Carlo Simulations (Geant4, GATE, )

Physical and Computational Phantom Development

Optimization of imaging protocols in CT, Mammography, and Digital Radiography to balance image quality with patient dose (ALARA).

● Customized Academic Support: Development of tailored lectures, learning materials, and practical tutorials designed to address specific, complex topics or knowledge gaps. This personalized content is created based on the unique needs of an individual student or research group to help overcome challenging concepts.

For Medical Physics Trainees & Junior Physicists

Mentorship and practical training focused on building clinical competence and confidence.

● Clinical Skills Enhancement: Practical training on the implementation, management, and troubleshooting of key clinical procedures, including:

Quality Assurance (QA): Protocols for Linacs, CT, SPECT, and general X-ray

Treatment Planning: Advanced techniques in 3D-CRT, IMRT, and VMAT using systems like RayStation.

Clinical Dosimetry: Principles and practical application of absolute and relative

● Radiation Safety & Compliance: Consultation on the development and management of radiation protection programs, shielding design and verification, and adherence to national and international safety standards.

● Professional Development Mentoring: Guidance on career progression, preparing for professional certifications (e.g., DIMPCB), and navigating the clinical environment.

For Academic Institutions & Healthcare Organizations

 Strategic advisory services to enhance educational programs and institutional capabilities.

● Curriculum & Program Enhancement:

Expert review and advisory on Master of Medical Physics curricula to ensure alignment with international best practices and the integration of modern educational techniques.

● Virtual Lab & E-Learning Solutions:

Guidance on the establishment of virtual laboratories for remote training, the design of interactive e-learning modules, and the effective integration of educational technology.

● Equipment Lifecycle Consultation: Independent, expert advice on the specification, selection, acceptance testing, and commissioning of radiotherapy and diagnostic imaging equipment.

● Regulatory & Policy Advisory:

Support in the formulation and implementation of national or institutional policies, standards, and guidelines for the safe and effective application of radiation in medicine.