Visionary education leader and nationally recognized researcher with more than two decades of experience driving inclusive innovation across higher education, technology, and data systems. Founder and CEO of the Southern Center for Broadening Participation in STEM, Dr. Briggs has a proven record in executive leadership, digital learning strategy, and building data-informed research infrastructure. Strong collaborator with national organizations, government agencies, and cross-functional academic teams. Deep expertise in equity-focused evaluation, strategic planning, and grant design.
Speaker Biography
Dr. Calvin Briggs is an internationally engaged STEM strategist, education researcher, and founder of the Southern Center for Broadening Participation in STEM, where he leads efforts to expand equity-driven STEM innovation across K–12, higher education, workforce systems, and community ecosystems in the United States and abroad.
Raised in New Jersey, Dr. Briggs’ educational journey was shaped by mobility, resilience, and the enduring influence of family legacy. His mother, Gloria Briggs, migrated north from Clarksdale, in the Mississippi Delta, known as the Crossroads of the Blues (route 69/49), bringing with her the values of perseverance, faith, and collective responsibility that continue to anchor his work today. That intergenerational journey, from the rural South to the urban Northeast, instilled in Dr. Briggs a deep understanding of how geography, opportunity, and access shape educational outcomes across communities.
Drawing from this lived experience, Dr. Briggs has dedicated his career to designing and scaling STEM pathways that honor community knowledge while preparing learners for global futures. His work spans international STEM partnerships across the Caribbean, Africa, Latin America, and Europe; large-scale outreach, mentorship, and leadership development initiatives for historically underrepresented populations; and institution-wide transformation efforts that integrate artificial intelligence, automation, and digital learning infrastructure into education and workforce systems.
As a trusted advisor to schools, colleges, nonprofits, and public-sector organizations, Dr. Briggs specializes in aligning STEM education with emerging labor-market demands, responsible AI practices, and community-centered design. His scholarship and practice position communities not merely as recipients of innovation, but as co-creators of sustainable STEM ecosystems.
Dr. Briggs is a sought-after keynote speaker and facilitator, known for blending rigorous strategy with personal narrative—connecting the lessons of the Mississippi Delta, the classrooms of New Jersey, and the global imperative to broaden participation in STEM for the next generation.
Dr. Calvin Briggs has led expansive STEM outreach efforts engaging K–12 students, families, educators, and community partners across urban and rural contexts. His work emphasizes hands-on learning, mentorship, and early exposure to STEM careers through community-embedded programs, school partnerships, and regional convenings. Through formal and informal settings, Dr. Briggs advances inclusive outreach models that strengthen local ecosystems, connect education to workforce pathways, and broaden participation for historically underrepresented populations.
Multi-week, research-informed hands-on, and project-based STEAM learning for K–12 students.
Community-based, family-engaged hands-on STEM and arts programming.
Transition and persistence support for secondary and early-college students.
STEM Enrichment Experience (SEE) increases K-12 student interest and academic performance in STEM academic and career pathways year-round (SEE & Bridge Highlights).
Students are strongly encouraged to participate in research experiences for undergraduates beginning their freshman year.
Proactive engagement in campus learning communities increases student confidence and efficacy STEM coursework
Dr. Calvin Briggs actively supports STEM undergraduate and graduate research. Leading presentations on the fundamentals of research; AI integration in research; and STEM Entrepreneurship. The Southern Center for Broadening Participation in STEM empowers students create new possibilities in STEM,
Undergraduate and graduate STEM research guidance.
The future competitiveness of our nation and the vitality of our local communities depend on a bold, coordinated commitment to expanding equitable STEM college and career pathways. To meet the demands of emerging industries—artificial intelligence, advanced manufacturing, health technologies, clean energy, cybersecurity, and data science—public policy must move beyond access alone and invest in comprehensive, high-quality STEM ecosystems that connect education, workforce, and economic development.
We advocate for state and federal policies that:
Strengthen K–16 STEM alignment through funded dual enrollment, stackable credentials, and articulated two- to four-year AI and technology pathways.
Invest in digital learning infrastructure, cloud-enabled laboratories, and AI-integrated instructional models to ensure institutions are equipped for modern workforce preparation.
Expand paid internships, apprenticeships, and industry-embedded learning opportunities that connect students directly to regional employers.
Prioritize support for HBCUs, community colleges, rural institutions, and other underserved communities as critical engines of innovation and talent development.
Embed responsible AI, data ethics, and automation literacy across STEM curricula to prepare students for both technical competence and civic responsibility.
Incentivize cross-sector partnerships that align education systems with regional economic strategies and long-term labor market forecasting.
Economic development is no longer driven solely by physical infrastructure; it is powered by intellectual capital, technological fluency, and inclusive innovation. Communities that intentionally broaden participation in STEM not only increase workforce readiness but also expand entrepreneurship, research capacity, and generational wealth creation.
Proactive advising and structured mentorship are essential to student success in STEM because they move support from reactive intervention to intentional talent cultivation. When institutions embed early, data-informed advising with sustained faculty and industry mentorship, students are better able to navigate rigorous coursework, identify research opportunities, secure internships, and align academic choices with long-term career goals. In research-intensive and emerging fields such as artificial intelligence, engineering, and health sciences, mentorship demystifies laboratory culture, grant processes, and scholarly dissemination—particularly for first-generation and historically underrepresented students who may lack informal networks of access.
Undergraduate and graduate STEM research guidance.
