About the CIP

CIP LOGO with a stethoscope and a microscope with the words Clinician Investigator Program

The McGill Clinician Investigator Program (CIP) is designed to provide current medical residents with an integrated pathway to pursue careers as clinician-scientists. The RCPSC-accredited program combines clinical training with two years of rigorous research experience, aiming to foster a strong foundation in both clinical practice and scientific inquiry.

The purpose of the CIP is to train and support physicians who are interested in conducting clinical or translational research alongside their clinical responsibilities. This program enables residents to develop the necessary skills and knowledge to contribute to medical research, advance patient care, and make valuable scientific discoveries.

Overall, the CIP at McGill University offers a comprehensive and structured training experience that prepares residents to excel as clinician-scientists, combining their clinical expertise with research skills to drive advancements in medicine and patient care.


 

CIP Training Pathways

  1. CONTINUOUS TRAINING (CT) Pathway:

    The most conventional approach to completing the CIP is to conduct two (2) consecutive years (24 months) of research during or at the end of the residents’ subspecialty program.

  2. FRACTIONATED TRAINING (FT) Pathway:

    This approach is intended to distribute two (2) years of research time over the duration of their residency training, where the first year of research is dispersed into 3-month blocks or longer, and the second year is achieved as one continuous full year (12 months) of research training. The FT option is aimed at individuals who wish to pursue a research project that requires more than two years to plan, obtain research ethics board approval, and complete the project. This pathway is suitable for clinical research, and projects involving patient recruitment.
  3. DISTRIBUTIVE CURRICULUM TRAINING (DCT) Pathway:

    This path is aimed at residents with a strong background in research (e.g. MD/PhD graduates) prior to entering a residency program. In the DCT pathway, there is a coordinated entry into the PGY1 year for both CIP and the specialty program. This pathway provides a way for skilled clinician researchers to integrate clinical training with research by maintaining research momentum throughout the entire duration of their clinical residency program.

Key Advantages of the CIP 

  • Integrated Training:
    The CIP provides a structured pathway for residents to combine clinical training with research experience. This integration allows them to develop a strong foundation in both clinical practice and scientific inquiry, fostering a well-rounded skill set.

  • Mentorship and Guidance:
    Residents in the CIP receive mentorship and guidance from experienced clinician-scientists. This mentorship is invaluable for career development, providing support, expertise, and opportunities for collaboration.

  • Research Skills and Knowledge:
    The program equips residents with essential research skills and knowledge. They learn to critically evaluate scientific literature, design and conduct research studies, analyze data, and communicate research findings effectively.

  • Translational Impact:
    The CIP focuses on translational research, aiming to bridge the gap between scientific discoveries and patient care. By training clinician-scientists, the program facilitates the translation of research findings into clinical practice, leading to improved patient outcomes.

  • Career Opportunities:
    Graduates of the CIP often have enhanced career opportunities. They are well-positioned to pursue academic medicine or other research-focused careers in healthcare. The program provides a strong foundation for individuals interested in making significant contributions to medical research and advancing their chosen specialties.

  • Networking and Collaboration:
    The CIP offers residents opportunities to network with experts in their fields and collaborate with researchers across institutions. This networking aspect can lead to valuable collaborations, research partnerships, and exposure to a broader scientific community.