Building an Inclusive Regenerative Medicine Workforce: A Dual-Path EDUC8 Training Program in Biomedical Sciences
Grant Award Details
Grant Number:
EDUC8-20314
Investigator(s):
Award Value:
$6,917,500
Status:
Pre-Active
Grant Application Details
Application Title:
Building an Inclusive Regenerative Medicine Workforce: A Dual-Path EDUC8 Training Program in Biomedical Sciences
Public Abstract:
Advancing regenerative medicine requires a skilled, diverse workforce capable of translating stem cell discoveries into clinical and biotechnology applications. This training program establishes an integrated pipeline that prepares undergraduate and master ’s-level trainees for careers in regenerative medicine, biotechnology, clinical research, and advanced study in translational biomedical sciences.
The program combines structured coursework with paid, mentored research experiences in stem cell biology and translational science. Trainees gain exposure to the full research-to-application pipeline through laboratory training, clinical and industry perspectives, scientific conferences, and biotechnology site visits. Additional instruction in responsible conduct of research, regulatory science, and scientific communication ensures trainees are well prepared for evolving workforce demands.
A central component of the program is its commitment to inclusivity, community engagement, and equitable workforce development. Through sustained partnerships with schools, community-based organizations, and local stakeholders, the program delivers culturally responsive outreach activities, including classroom visits, workshops, and community presentations. These interactive, dialogue-based experiences allow trainees to share their research, engage diverse audiences, and strengthen their science communication skills.
Trainees and program alumni will serve as near-peer mentors, helping build trust and relevance within communities. Outreach efforts emphasize how genetic, environmental, and societal factors influence health outcomes, research participation, and access to regenerative medicine therapies. Educational content is designed to be accessible, culturally relevant, and responsive to community needs, with materials distributed in multiple formats to reduce barriers to participation.
The program also supports educators through resources that promote inclusive teaching of regenerative medicine, including discussions of ethics, equity, and representation in science. Ongoing feedback from community partners informs continuous program improvement, while dissemination of materials and strategies supports broader collaboration across workforce development initiatives.
By integrating rigorous scientific training with community engagement and equity-focused education, this program contributes directly to developing a workforce equipped to advance regenerative medicine and expand access to its benefits across diverse populations.
The program combines structured coursework with paid, mentored research experiences in stem cell biology and translational science. Trainees gain exposure to the full research-to-application pipeline through laboratory training, clinical and industry perspectives, scientific conferences, and biotechnology site visits. Additional instruction in responsible conduct of research, regulatory science, and scientific communication ensures trainees are well prepared for evolving workforce demands.
A central component of the program is its commitment to inclusivity, community engagement, and equitable workforce development. Through sustained partnerships with schools, community-based organizations, and local stakeholders, the program delivers culturally responsive outreach activities, including classroom visits, workshops, and community presentations. These interactive, dialogue-based experiences allow trainees to share their research, engage diverse audiences, and strengthen their science communication skills.
Trainees and program alumni will serve as near-peer mentors, helping build trust and relevance within communities. Outreach efforts emphasize how genetic, environmental, and societal factors influence health outcomes, research participation, and access to regenerative medicine therapies. Educational content is designed to be accessible, culturally relevant, and responsive to community needs, with materials distributed in multiple formats to reduce barriers to participation.
The program also supports educators through resources that promote inclusive teaching of regenerative medicine, including discussions of ethics, equity, and representation in science. Ongoing feedback from community partners informs continuous program improvement, while dissemination of materials and strategies supports broader collaboration across workforce development initiatives.
By integrating rigorous scientific training with community engagement and equity-focused education, this program contributes directly to developing a workforce equipped to advance regenerative medicine and expand access to its benefits across diverse populations.
Statement of Benefit to California:
This program will benefit the state of California by developing a diverse, highly trained workforce in regenerative medicine, directly supporting the state’s leadership in stem cell research and accelerating the translation of scientific discoveries into treatments and cures. By prioritizing individuals from historically underrepresented and underserved communities, the program expands access to high-quality training and creates pathways into high-demand careers in California’s biomedical and life sciences sectors.
The program will support research training focused on diseases and conditions that disproportionately impact California’s diverse populations, including diabetes, cardiovascular disease, cancer disparities, neurodegenerative diseases such as Alzheimer’s, and blood disorders such as sickle cell disease. Addressing these conditions is essential to improving health outcomes and reducing disparities across the state.
Consistent with CIRM’s mission to advance world-class science with broad public benefit, the program integrates patient engagement and community outreach to ensure that regenerative medicine research is inclusive, ethically grounded, and responsive to community needs. The program is also strategically positioned to support and help drive ongoing efforts to establish the greater Los Angeles area as a leading biotechnology hub. By training a highly skilled, locally rooted workforce in regenerative medicine, the program will contribute directly to regional economic growth and innovation, with graduates prepared to enter, strengthen, and remain within the Los Angeles life sciences ecosystem.
By preparing a workforce that reflects California's diversity and is equipped with scientific, ethical, and communication skills, the program strengthens the state’s innovation economy, advances the development of the Los Angeles biotechnology sector, and enhances the long-term impact of regenerative medicine for all Californians.