Future Learning: Digital Science and Emerging Technologies
Explore how emerging technologies are transforming teaching, learning, and the future of STEM education.
Sessions in this track highlight innovative tools, digital skills, and technology-rich learning experiences that prepare students for an increasingly connected world.
Focus Areas
- Artificial Intelligence (AI)
- Digital Science
- Computer Science
- Computational Thinking
- Technology Integration
- Makerspaces & Innovation Labs
- Emerging Technologies
- Digital Literacy
Career Connected Learning & Workforce Innovation
Discover strategies that connect learning to real-world STEM careers and workforce opportunities.
Sessions in this track focus on building meaningful partnerships, expanding career awareness, and preparing learners for success in Ohio’s evolving STEM workforce.Â
Focus Areas
- STEM Career Exploration
- Career Pathways
- Work-Based Learning
- Industry Partnerships
- Workforce Development
- Business Advisory Councils (BACs)
- Community Partnerships
- Future Workforce Trends
- Career Readiness Skills
STEM + CTE = Future Success
Explore innovative STEM teaching and learning practices within Career Technical Education (CTE) programs.
Sessions in this track highlight instructional approaches, program design, and student learning experiences that integrate STEM concepts into CTE pathways.
Focus Areas
- Career Technical Education Programs
- Pathway Development
- STEM Integration in CTE Programs
- Applied STEM Learning
- Industry-Aligned Instruction
- Design Challenges & Engineering Practices
- Interdisciplinary STEM & CTE Instruction
- Project-Based Learning in CTE
- Student-Centered Learning in Career Pathways
- Innovative CTE Program Design
- Emerging STEM Technologies in CTE
Innovative Teaching and Student Engagement
Engage learners through innovative instructional practices, authentic learning experiences, and student-centered approaches.
Sessions in this track focus on strategies that increase engagement, foster curiosity, and deepen learning across STEM disciplines.
Focus Areas
- Project-Based Learning
- Design Thinking
- Personalized Learning
- Interdisciplinary Learning
- Mastery Learning
- Assessment & Feedback
- STEM Instructional Strategies
- Student Engagement
- Classroom Innovation
