Assist Prof Dr. Kamil Kisielewicz | Planting Practices award | Best Researcher Award

Medical Physics Department at National Oncology Institute—National Research Institute, Krakow Branch, Poland

Ph.D. Eng. Kamil Kisielewicz is a prominent Medical Physicist and Assistant Professor based in Krakow, Poland. With over 18 years of experience in medical physics, he specializes in radiation therapy and diagnostic radiology. Dr. Kisielewicz holds a Ph.D. in medical physics, with a thesis focusing on dose distribution in cathlabs. He has contributed significantly to the field through his research and has authored numerous articles in peer-reviewed journals. Currently, he is an Assistant Professor at the Maria Skłodowska-Curie National Institute of Oncology, where he heads the Quality Control Lab in Diagnostic Radiology. Dr. Kisielewicz is also actively involved in teaching, training future medical physicists, and participating in international projects, including those aimed at improving proton therapy techniques.

Profile:

ORCID Profile

Strengths for the Award:

1. Extensive Education and Qualifications:
   • Kamil Kisielewicz holds a Ph.D. in Medical Physics and has completed multiple relevant theses, including a recent habilitation on advanced imaging modalities in radiology and radiotherapy. His qualifications demonstrate a strong theoretical foundation and expertise in the field.
2. Diverse Work Experience:
   • With a career spanning nearly two decades, Kisielewicz has held various positions, including Assistant Professor, Medical Physicist, and scientific assistant at prestigious institutions. His experience in both clinical settings and academia enhances his practical understanding of medical physics.
3. Significant Contributions to Research:
   • Kisielewicz has authored 24 original articles in peer-reviewed journals, contributing significantly to the body of knowledge in medical physics and radiotherapy. His involvement in multiple international and national projects showcases his active engagement in cutting-edge research.
4. Leadership in Professional Societies:
   • He has held leadership positions in the Polish Society of Medical Physics, including Chairman and Vice-Chairman of the Krakow Branch. His role in these organizations reflects his commitment to advancing the field and collaborating with other professionals.
5. Innovative Projects and Quality Assurance Development:
   • Kisielewicz developed a Quality Assurance system in diagnostic radiology, demonstrating his initiative in improving clinical practices and patient safety in medical physics.
6. Commitment to Education:
   • His extensive involvement in teaching at various institutions, supervising theses, and conducting specialized training reflects his dedication to educating the next generation of medical physicists.

Areas for Improvement:

1. Broader International Collaboration:
   • While Kisielewicz has participated in international projects, increasing collaborations with researchers from diverse backgrounds could enrich his research perspective and lead to innovative solutions.
2. Enhanced Public Engagement:
   • Engaging more with the public and healthcare stakeholders could help bridge the gap between scientific research and its application, promoting greater awareness of the importance of medical physics.
3. Increased Focus on Emerging Technologies:
   • As the field evolves, staying updated with the latest technological advancements in medical imaging and radiation therapy will be crucial. Expanding his research to include newer technologies could enhance his contributions.

Education:

Dr. Kamil Kisielewicz completed his education at prestigious institutions in Poland. He graduated from Boleslaw Chrobry High School in Lezajsk (1996-2000) with a focus on mathematics and physics. He then pursued a degree in medical physics and dosimetry at the Academy of Science and Technology AGH in Krakow, earning his engineering degree in 2004 with a thesis on clinical dosimetry in radiotherapy. He continued his academic journey, obtaining a Master of Science degree in 2005 with research on renovascular hypertension. In 2011, he completed his Ph.D. focusing on Monte Carlo simulations in cathlabs. In 2013, he earned a specialist diploma in medical physics, and in 2023, he achieved habilitation with a thesis examining advanced imaging modalities in radiology and radiotherapy. This robust educational background has equipped Dr. Kisielewicz with comprehensive knowledge and expertise in his field.

Experience:

Dr. Kamil Kisielewicz has amassed extensive experience in medical physics since 2005. He began his career as a Younger Assistant in the Radiology Department at the Regional Hospital No. 2 in Rzeszow. He then served as a Medical Physicist at the Center of Oncology in Krakow from 2006 to 2009. His career progressed, and since November 2011, he has held dual roles as a Scientific Assistant and Medical Physicist at the National Institute of Oncology, where he is involved in the MAESTRO Project. Dr. Kisielewicz has also held the position of Assistant Professor and Head of the Quality Control Lab in Diagnostic Radiology. His clinical training at the Roberts Proton Therapy Centre in Philadelphia and his work as a Regional Consultant for medical physics underscore his commitment to advancing the field. He has led numerous scientific projects and has contributed significantly to the professional community through teaching and mentorship.

Research Focus:

Dr. Kamil Kisielewicz’s research primarily focuses on advancing techniques in radiation therapy and diagnostic radiology. His work emphasizes the optimization of dose distribution and verification in various treatment modalities, including proton therapy. He has conducted numerous studies comparing different imaging technologies and their impact on patient outcomes, particularly in relation to dose verification and safety protocols. His recent research includes exploring biological range uncertainties in proton therapy and evaluating the effectiveness of advanced imaging modalities in clinical practice. Dr. Kisielewicz is actively involved in international collaborations aimed at harmonizing treatment protocols in radiation therapy, ensuring high-quality patient care. His contributions have been recognized through various publications in peer-reviewed journals, highlighting his commitment to evidence-based practices in medical physics.

Publications Top Notes:

• Proton Therapy Adaptation of Perisinusoidal and Brain Areas in the Cyclotron Centre Bronowice in Krakow: A Dosimetric Analysis 🌟
• Quantification of biological range uncertainties in patients treated at the Krakow proton therapy centre 📊
• Dose Distribution Comparison of Cerebrospinal Axis Irradiation. Helical Tomotherapy vs Proton Pencil Beam Scanning 🎯
• Safe Proton Radiotherapy for Patients with Metallic Spine Stabilization System ⚙️
• Study of relationship between dose, LET and the risk of brain necrosis after proton therapy for skull base tumors 🧠
• Challenges in Radiotherapy Planning: Dose Verification in the Vicinity of the Border of Tissue-prosthesis Medium ⚖️
• Comparison of Dose Received During Breast Cancer Diagnosis Performed by Using Two Different Imaging Modalities: Contrast-enhanced Spectral Mammography and Full-field Digital Mammography 🩻
• Dose verification in radiotherapy of prostate cancer patients with hip prosthesis 📉
• Investigations on Physical and Biological Range Uncertainties in Kraków Proton Beam Therapy Centre 🔍
• Patient dose evaluation in digital breast tomosynthesis 📑

Conclusion:

Kamil Kisielewicz stands out as a highly qualified and accomplished researcher in the field of medical physics. His extensive education, diverse work experience, significant contributions to research, and commitment to education and professional development position him as a strong candidate for the Best Researcher Award. While there are areas for improvement, particularly in expanding international collaborations and public engagement, his current achievements and ongoing contributions significantly outweigh these considerations. Overall, Kisielewicz’s work is vital to the advancement of medical physics, and he deserves recognition for his efforts and dedication.