STEM
Inspiring Young Innovators
Our Elementary STEM education introduces young learners to the foundations of science, technology, engineering, and mathematics through hands-on, inquiry-based, activities. In class, we encourage students to learn by doing, experimenting and testing ideas. Some activities in class include building simple machines (an inclined plane using keva planks), real world connections, like building a model of bridge (engineering), and measuring its strength (math). In addition to this, we use tools like coding robots (Bee-Bots,
Botley’s, code and go mice), simple programming platforms (Scratch Jr.), and
ipad’s for interactive applications.
What Your Child will Experience
- Hands-On Exploration
- Age-Appropriate Technology
- Teamwork Collaboration
- Interdisciplinary Approach
Our Resources
- 1:1 Ratio of 3D pens
- 3D printers
- 1:1 Ratio of iPads
- Various age-appropriate robots
- Stop Motion Animation Studio
- Tactile learning tools
Educational Platforms
- Scratch/Scratch Jr.
- LEGO Education
- SPHERO.EDU
- Engineering in Elementary Kits-Musuem of Science Partnership
- Wee Engineer Kits-Museum of Science Partnership
- Boston Microgreens Partnership
Interdisciplinary Approach
At South Boston Catholic Academy, we provide an interdisciplinary approach to education that emphasizes problem-solving, critical thinking, and real-world application. Our STEM (Science, Technology, Engineering, and Mathematics) program is designed to integrate these disciplines in a way that fosters innovation, collaboration, and the development of essential skills needed to address complex, real-world challenges.
Our STEM education introduces young learners to foundational STEM concepts through engaging, hands-on, and inquiry-based activities. In our classrooms, students are encouraged to actively explore, experiment, and test their ideas, fostering a deep understanding of core principles. Classroom activities include constructing simple machines, such as inclined planes using KEVA planks, and making real-world connections by designing bridge models to explore engineering concepts and assessing their strength through mathematical analysis.
Additionally, students utilize a variety of technological tools to enhance their learning experience, including coding robots such as Bee-Bots, Botleys, and Code & Go mice, as well as introductory programming platforms like Scratch Jr. and interactive applications on iPads. These tools provide students with opportunities to develop computational thinking, creativity, and problem-solving skills in an engaging and interactive learning environment.
Start Your Child’s Journey to Excellence
Take the first step toward giving your child a well-rounded education rooted in faith, academic excellence, and personal growth. Our easy application process makes it simple to start your journey with us. We can’t wait to welcome you!