This 2-day course will provide a detailed understanding of the importance of PROs in clinical trials and best practices for their selection and successful incorporation into a trial. The course will also consider the capture of PROs, their analysis and reporting and how their impact on clinical practice can be maximised.

This online course provides a thorough foundation of statistical methods for developing and validating risk prediction and prognostic models in healthcare research. 

This 2-day programme will focus on the management of trials from the perspective of the Principal Investigator and the site delivery team. 

This three-day online statistical course provides a detailed foundation of the methods and principles for meta-analysis when IPD (Individual Participant Data) are availble from multiple related studies. 

This 3-day Face - to - face course in research methods for clinical trials organised by the Birmingham Centre for Clinical Trials (BCCT) provides an overview of the research process from idea and design to analysis and publication.  This programme will be designed to combine the theoretical aspects of trial design and delivery with opportunities to apply knowledge to practice.

This course will address the training needs of PhD-prepared researchers and implementation scientists, as well as post-doctoral fellows and other trainees and other scientific team members such as project coordinators in clinical trials.  Some of the sessions are specifically targeted at statisticians, methodologists, and researchers with an interest in more complex statistical topics.

This course is targeted towards Clinical Oncology Registrars working towards passing the Physics module of the FRCR Oncology Part 1. It can also be used by trainee Consultant Therapeutic Radiographers and other staff groups (within Clinical Oncology specialty) who may have an interest.

The key learning outcomes are to gain an understanding of:

• The interaction of ionising radiation with matter
• How a desired dose distribution is produced, calculated and quality assured
• How the dose of unintended radiation can be minimised for patients and staff