Generation Science is a first-of-its-kind program designed to empower students in grades 7–12 to become ambassadors of STEM awareness and innovation within their schools and communities.
Generation Science is a first-of-its-kind program designed to empower students in grades 7–12 to become ambassadors of STEM awareness and innovation within their schools and communities.
By placing youth at the forefront of science and technology engagement, the program sparks a passion for discovery and motivates students to pursue STEM education and careers, ultimately contributing to building a strong, future-ready workforce.
Student leaders represent their schools as the voice of STEM, joining a dynamic national cohort of young changemakers. Through the program, they receive targeted leadership training, collaborate on STEM initiatives, and provide meaningful input to educators, industry professionals, and decision-makers across education, industry, and government.
The core goals of the Generation Science Program are to:
Develop leadership and communication skills among students.
Place students at the center of STEM advocacy and community engagement.
Build a diverse and inclusive pipeline of future STEM leaders.
Strengthen STEM education through partnerships with industry, academia, and the wider community.
Increase students’ awareness of STEM careers and the skills needed to succeed.
Students participate in engaging workshops and interactive sessions led by scientists, engineers, researchers, and professionals.
They explore fields such as artificial intelligence, engineering, biotechnology, cybersecurity, medical sciences, space exploration, and science communication.
The program also emphasizes soft-skill development—including teamwork, leadership, public speaking, project planning, and networking—to support personal growth and professional readiness.
Students interact directly with STEM professionals to learn about diverse career pathways, workplace expectations, and educational opportunities. Through discussions, simulations, and storytelling from industry experts, participants gain clarity and confidence about their future goals.
Participants visit science, research, and innovation centers to gain first-hand exposure to real-world STEM applications. These immersive experiences enable students to conduct experiments, observe advanced technologies, and connect theory to practice—deepening their curiosity and understanding.
Students work collaboratively to identify real-world STEM challenges and design innovative, research-based solutions.
At the program’s conclusion, each team presents its findings to an audience of peers, educators, and professionals—demonstrating their ability to communicate complex ideas clearly and effectively.