The Institute of Cancer Research Campuses

The ICR London Campus, located in the heart of South Kensington, is renowned for its cutting-edge research and postgraduate education in cancer biology and translational medicine. This campus hosts a variety of advanced programs designed for aspiring scientists and clinicians dedicated to combating cancer.

• MSc in Oncology: This one-year full-time program provides in-depth knowledge of cancer pathogenesis, diagnosis, and treatment strategies. Students explore molecular oncology, tumor immunology, and clinical trial design through lectures, seminars, and hands-on laboratory modules. The curriculum emphasizes the integration of basic science with clinical applications, preparing graduates for roles in research, pharmaceuticals, or clinical settings.
• PhD in Cancer Biology: A four-year doctoral program focusing on fundamental mechanisms of cancer development. Research areas include genomics, epigenetics, and signaling pathways. Supervised by world-leading experts, students conduct original research projects, publish findings, and develop skills in advanced techniques like CRISPR editing and bioinformatics.
• MRes in Biomedical Research: A one-year research-intensive master's that builds foundational skills in experimental design and data analysis. Specializations cover cancer stem cells, metastasis, and drug resistance, with opportunities for interdisciplinary collaboration with institutions like the Royal Marsden Hospital.
• Postgraduate Diploma in Clinical Research: Tailored for healthcare professionals, this program delves into ethical considerations, regulatory frameworks, and statistical methods in oncology trials. It includes case studies from real-world cancer studies and practical training in patient recruitment and data management.

At the London Campus, education is intertwined with groundbreaking research in areas such as precision medicine and immunotherapy. Facilities include state-of-the-art labs equipped with next-generation sequencing and imaging technologies. Students benefit from a vibrant academic community, guest lectures by global experts, and networking events. The programs foster critical thinking and innovation, with many alumni advancing to leadership positions in academia, industry, and policy. Emphasis is placed on ethical research practices and the societal impact of cancer studies. Overall, the curriculum equips students with the tools to contribute meaningfully to the global fight against cancer, blending theoretical knowledge with practical expertise. This holistic approach ensures graduates are at the forefront of oncology advancements, ready to tackle complex challenges in cancer prevention and therapy.

The ICR Sutton Campus, situated in the leafy suburbs of Surrey, specializes in translational and clinical cancer research, offering specialized postgraduate courses that bridge laboratory discoveries with patient care. This campus is a hub for innovative programs in applied oncology and drug development.

• MSc in Translational Cancer Medicine: Delivered over one year, this program trains students in translating basic research into clinical therapies. Key topics include pharmacogenomics, biomarker discovery, and personalized medicine. Through project-based learning, participants engage in drug screening assays and clinical protocol development, collaborating closely with the adjacent Royal Marsden NHS Foundation Trust.
• PhD in Experimental Cancer Medicine: A comprehensive four-year doctorate emphasizing preclinical and early-phase clinical studies. Research focuses on novel therapeutics, radiotherapy innovations, and tumor microenvironment analysis. Students utilize advanced facilities like mass spectrometry and animal modeling to advance their theses, with mentorship from interdisciplinary teams.
• MSc in Cancer Drug Discovery: This specialized master's explores the entire drug development pipeline, from target identification to phase I trials. Curriculum covers medicinal chemistry, toxicology, and regulatory science, with practical workshops on high-throughput screening and computational modeling for lead optimization.
• Postgraduate Certificate in Radiobiology and Radiotherapy: A flexible program for professionals in radiation oncology, covering DNA damage response, fractionation strategies, and emerging radiopharmaceuticals. It includes simulations and ethical discussions on patient safety in radiotherapy applications.

The Sutton Campus excels in fostering a research environment that integrates academia with healthcare delivery, providing students access to clinical trial units and bioinformatics cores. Programs are designed to develop versatile skills in data interpretation, grant writing, and teamwork. With a strong emphasis on real-world impact, courses incorporate case studies from ongoing trials and industry partnerships. Students participate in journal clubs, conferences, and outreach initiatives to communicate science effectively. The curriculum promotes diversity in research approaches, addressing global cancer disparities and sustainable practices in oncology. Graduates emerge as leaders capable of driving therapeutic innovations, from targeted therapies to combination treatments. This campus's location enhances opportunities for clinical exposure, ensuring education is grounded in practical, patient-centered science. Ultimately, the programs at Sutton empower the next generation to accelerate cancer cures through rigorous, translational training.