A truly outstanding STEM-focused school goes beyond the classroom, inspiring
students to think critically, solve real-world problems, and develop a passion for
Science, Technology, Engineering, and Mathematics. This award recognises a
school that excels in STEM education through innovative teaching, student
engagement, and real-world applications of STEM principles.
In not more than 500 words, we invite you to share compelling stories about the
school’s commitment to STEM excellence, leadership, community involvement, and
the development of future-ready students. You may attach supporting evidence if
desired.
Areas to consider:
- STEM Curriculum and Student Achievement:
The winning school will offer a robust, engaging, and forward-thinking STEM
curriculum that fosters curiosity, problem-solving, and creativity. Evidence of
student success, participation in STEM competitions, projects, or industry-
recognised achievements should be highlighted. - Quality of Teaching and Learning in STEM:
This school will showcase innovative, hands-on teaching strategies that make
STEM subjects accessible and exciting for all learners. Teachers should be
actively engaged in professional development to stay ahead of emerging
STEM trends and technologies. - Leadership and Strategic Vision in STEM:
Strong leadership will be evident in the school’s commitment to STEM
excellence through investment in resources, cross-disciplinary collaboration,
and a clear strategy to inspire the next generation of scientists, engineers,
and tech innovators. - Community Engagement and Industry Partnerships:
The school should demonstrate strong links with universities, research
institutions, tech companies, or engineering firms to provide real-world
learning experiences, mentorship opportunities, and career pathways for
students. Collaboration with parents and the wider community in STEM
initiatives is also important. - Facilities, Resources, and Technology:
A winning school will provide high-quality STEM facilities, such as well-
equipped science labs, coding hubs, makerspaces, or robotics studios. It will
also embrace the use of cutting-edge technology, including AI, VR, or 3D
printing, to enhance learning. - Innovation and Research Opportunities:
The school should encourage innovation by incorporating project-based
learning, coding challenges, engineering design tasks, and scientific investigations. Evidence of student-led research, entrepreneurship, or problem-solving initiatives should be included. - STEM Inclusivity and Future Readiness:
The school must promote STEM accessibility for all students, regardless of
gender, background, or ability. Initiatives to engage underrepresented groups
in STEM and efforts to develop critical 21st-century skills, such as
collaboration and digital literacy, should be highlighted.