Curriculum
Project-Based Learning
Atlanta SMART Academy’s project-based learning curriculum is designed to develop students into innovative solutionists by engaging them in authentic, real-world challenges. Students collaborate with local businesses and community organizations to apply academic concepts to practical problems, strengthening critical thinking, creativity, and professional skills. Through immersive experiences and hands-on projects, learners move beyond traditional classroom instruction to design, test, and refine solutions that have tangible impact.
For example, students tackled a catering order business challenge and participated in a behind-the-scenes, interactive tour at Chick-fil-A, gaining firsthand insight into operations, customer service, and entrepreneurship. This approach cultivates problem-solvers who are prepared to lead, innovate, and contribute meaningfully to their communities.
About Our Curriculum
FAQs
Advanced Science and Math
Atlanta SMART Academy’s Advanced Science and Mathematics Program provides 8th grade students who are ready for accelerated academic challenges the opportunity to complete high school–level Physical Science and Algebra courses. This rigorous pathway allows students to earn high school credits while building a strong foundation in analytical reasoning, scientific inquiry, and mathematical problem-solving. Through engaging instruction, hands-on investigations, and real-world applications, students develop the skills and confidence needed for advanced STEM coursework in high school and beyond. The program reflects our commitment to high expectations, academic excellence, and preparing students to thrive in competitive academic environments.
Science Curriculum
Atlanta SMART Academy partners with local farms and agricultural organizations to provide students with hands-on training in hydroponics, sustainable gardening, and animal care. Through this partnership, students learn to cultivate produce using modern growing systems, maintain school garden spaces, and responsibly care for a chicken coop. These immersive experiences connect classroom science to real-world agricultural practices, teaching environmental stewardship, food sustainability, and entrepreneurship while developing practical life skills and a deeper understanding of where food comes from.
