All fellows participate in curricula and activities designed to foster core competencies in negotiation, conflict resolution, self-assessment, peer assessment, project management/personnel management, time management, becoming independent, working with the media, writing a manuscript for peer review, preparing a curriculum vita, and team science.
Core competencies are developed primarily through seminars, peer-to-peer learning and mentored activities: One seminar features external speakers who have expertise in specific areas, and who then facilitate discussion. Another is intimate and small, with a requirement that fellows attend all sessions and respect confidentiality. The focus is on peer supported discussion about the challenges fellows face on topics such as time management and individualized career planning.
In addition to the core competencies, each fellow will acquire extensive specialized competencies in one of the three tracks.
Fellowship activities consist of the following:
- Participation in two required recurring workshop/seminar series
- A for-credit certificate or master’s degree in their designated track
- A mentored project specific to track
- Clinical service, typically as a clinician educator, not to exceed 25% of the time
- Regular interaction with a faculty advisor and a project mentor
Educational leadership track
In the last several years, medical education has embarked on a transformation, increasingly adopting evidence based, experiential learning environments focused on achieving specific, measurable, practical outcomes. Furthermore, a substantial number of community based medical schools have emerged, with many new community based clinicians taking on teaching roles for the first time. Curricula are rapidly moving away from traditional passive to engaged instructional methods such as Problem Based Learning and Team Based Learning. And patient care education is moving into community based practice settings. While these changes are welcome, their success depends on medical school faculty, including a large number of community based faculty, with the knowledge and skill to support recent innovations.
Competencies: The educational leadership track seeks to build competencies in the identification of clinical & translational research questions, literature review and critique, study design, best research practices, statistical methods, scientific communication, translational teamwork, and community engagement.
Coursework: Certificate in Health Professions Curriculum Design and Assessment. Fellows complete a 10 credit hour curriculum that is either entirely online, or combines online with classroom course work, consisting of courses selected from the Master’s in Health Professions Education program, including MHPE 502 Instruction and Assessment in Health Professions Education, and MHPE 503 Curriculum and Program Evaluation in Health Professions Education.
Mentored Projects: Drawing on the expertise they acquire in curriculum development, and learner and program assessment while taking classes in the Department of Medical Education, fellows will identify a clinically significant learning gap at the undergraduate or graduate medical education level, and work with a faculty education leader, e.g. a program director, clerkship director, assistant/associate dean for curriculum in the College of Medicine to develop and implement a curricular intervention with tools for assessment.
Clinical Services leadership
Since the National Academy of Medicine (formerly Institute of Medicine), released a series of reports, beginning in 1999, on error prevention, and quality and patient safety in health care, there has been a growing demand for the requisite leadership skills among chief medical officers, clinical directors and executives who shape the culture and guide the operations of health systems.
Competencies: The Clinical Services Leadership track seeks to build knowledge and experience in implementation science and project management to critically evaluate and translate evidence into practice and process improvement, and the skills to design and implement a comprehensive error science management plan.
Coursework: Certificate in Patient Safety, Error Science and Full Disclosure: Fellows complete a three course 12 credit hour curriculum that is entirely online and asynchronous, and consists of three courses, each eight weeks, and requires approximately 18-22 hours of work/week per course. It takes approximately 1 ½ semesters to complete.
Mentored Projects: Fellows will be assigned specific process improvement projects and serve as clinical champions for designated priority projects under the supervision and guidance of a medical center leader.
The research track incorporates completion of a master’s degree in Clinical and Translational Science, and preparation of a proposal for submission for a federally funded career development award. In some respects, this track is similar to a traditional clinical research fellowship. However, it differs in that fellows will be cross-disciplinary, meaning they may come from any clinical discipline. Second, they will participate in the same seminar series and mentoring activities as fellows in the clinical leadership and educational tracks, designed to foster essential competencies for career development.
Coursework: MS in Clinical and Translational Science: Fellows complete a 32 credit hour degree program. About 26 credit hours are online and 6 are in the classroom. It includes a mentored project that culminates in writing a K award proposal.
Mentored Projects: Fellows will work on a research project with a senior scholar. They will also generate an independent research question and research plan preparatory to writing a career development award. Mentors may come from any department if appropriately prepared, including the VA via the Center for Innovation for Complex Chronic Health Care. This component of the fellowship will be closely coordinated with the MS in Clinical and Translational Science such that the mentored project, culminating in the K award proposal will meet the requirements for MS as detailed above.