Final Reflections

Davidson Academy provides a robust and ongoing system of professional learning specific to STEAM education. Teachers have participated in various professional development (PD) opportunities that focus on essential skills like the 4Cs (critical thinking, creativity, collaboration, and communication), the Engineering Design Process, and the integration of STEAM into diverse subject areas. The use of resources such as OTIS for Educators and attendance at local, state, and national conferences further demonstrates the commitment to building teacher capacity and confidence in STEAM education.

Leaders at Davidson Academy maintain clear, consistent communication about STEAM implementation through multiple channels, such as weekly newsletters ("Bear Facts"), regular email updates, social media platforms, and the school website. These efforts ensure that both internal and external stakeholders are well-informed about the school's STEAM initiatives and achievements, fostering a sense of community and engagement.

Our STEAM Lab offers weekly opportunities for our elementary students to engage in active learning and hands-on problem-solving. With the recent adoption of our NGSS-aligned science curriculum, Inspire Science, students will now extend their classroom learning by collaborating on STEM Module Projects during their STEAM special area class. These projects challenge students to complete performance-based rubrics and answer summative questions that demonstrate how they have applied their knowledge and understanding of the performance expectations to their project. This curriculum also offers students the chance to forge real-world connections in STEAM. By linking each module and lesson to a broad range of STEM careers, Inspire Science encourages students to pursue careers in these fields, setting them on a path to career and college readiness from as early as elementary school. 

We are fortunate to have supportive stakeholders who understand the vital role of STEAM education in shaping our students' future success. Whether they are attending events like Family STEAM Night or volunteering at our annual Career Fairs, stakeholders—including parents and alumni—are instrumental in driving our school’s continuous improvement. Their generous contributions to our annual fund have also been crucial in providing some of the resources needed for effective STEAM integration. 

One area for improvement we have identified is expanding project-based learning (PBL) opportunities across all grade levels. Recognizing the substantial benefits of this approach, we are actively exploring PBL platforms that would enable smooth, school-wide implementation, making it more accessible and manageable for our teachers. While elements of PBL are already present in grades K-12, we are committed to a more comprehensive and consistent adoption across all divisions. 

Another key area for improvement is expanding our community partnerships. We recognize that building more partnerships will enrich our learning environment and provide students with valuable opportunities to connect with and learn from experts. As we pursue additional PBL opportunities, we anticipate that collaboration with community partners who align with the goals and themes of our projects will naturally increase, further enhancing our students' educational experiences. 

As a private institution, one of our challenges is the absence of government funding to support STEAM integration. Although we have a dedicated budget line for our STEAM program, the allocated funds are limited and do not fully cover the significant costs of acquiring cutting-edge STEAM supplies and educational technology.

Additionally, integrating STEAM education at the high school level presents challenges, particularly when faced with a limited budget. One of the most pressing issues is the inability to hire additional personnel qualified to teach specialized STEAM electives, such as Robotics and other advanced subjects. With limited funding, expanding our course offerings is challenging, restricting students' access to the complete spectrum of STEAM education. This constraint not only impacts the diversity of learning opportunities but also hinders our ability to adequately prepare students for future careers in these critical fields. Despite these challenges, we remain committed to finding innovative solutions to provide our students with the best possible STEAM education within our means.