Exploring Perch’s Role in STEM Education for Athletics

Exploring Perch’s Role in STEM Education for Athletics
Introduction
STEM education has taken center stage in preparing students for the careers of tomorrow. At the same time, athletic performance and training have become more advanced and data-driven than ever before. When these two fields intersect, the result is a powerful opportunity to engage students in science, technology, engineering, and mathematics while improving athletic performance. Perch is uniquely positioned at this intersection. This blog will explore how integrating Perch into athletic programs promotes STEM education and empowers student-athletes to develop both physically and intellectually.
The Case for STEM in Athletics
STEM education encourages problem-solving, critical thinking, data literacy, and hands-on learning. However, many students struggle to see its relevance in everyday life. Athletics provides an exciting and relatable context to apply STEM principles. Whether it is calculating force production during a squat or understanding velocity zones in training, science and math are embedded in performance. When athletes and students can visualize how data affects their physical output, STEM becomes tangible and engaging.
Integrating STEM into athletics bridges a common gap in education. For students who may not be naturally inclined toward traditional classroom learning, applying STEM through sports becomes a gateway to academic engagement. Coaches and educators who leverage this intersection can provide students with a holistic learning experience that reinforces both physical and intellectual development.
What Is Perch and How Does It Support STEM Learning
Perch is a camera-based velocity tracking system that measures how fast an athlete moves weight during strength training exercises. It attaches to weight racks and provides real-time data on velocity, power output, and bar path. Unlike wearables or manual data collection, Perch operates automatically and integrates seamlessly into workouts.
In a STEM education context, Perch offers:
Real-time data collection that supports inquiry-based learningA visual and interactive interface that helps students understand biomechanics and physicsExportable data sets that can be analyzed in math or science classApplication of concepts like acceleration, force, velocity, and massFor example, students can calculate the force generated during a squat by applying Newton’s Second Law. They can observe how changes in bar velocity affect power output. These are not theoretical examples found in textbooks. They are live demonstrations in their own training environments.
Applications in High School Classrooms and Weight Rooms
Perch’s integration into high school environments has yielded impressive results, not only in athletic performance but also in academic engagement.
Example 1: Physics and Strength Training
Physics classes can use Perch data to reinforce units on force, acceleration, and energy. For example, after observing the velocity of a barbell during a lift, students can calculate the kinetic energy and determine how that relates to the athlete’s performance.
Example 2: Data Science and Performance Trends
Math and statistics classes can use exported Perch data to perform regression analyses, identify trends, and learn how to visualize data using graphs. Students learn how to interpret variation in performance over time and apply statistical tools to evaluate training efficacy.
Example 3: Engineering and Product Design
In schools with engineering programs, students can study the design of velocity-based tools like Perch. They can evaluate the system’s sensors, explore the underlying technology, and even brainstorm innovations to improve equipment design. This cultivates an appreciation for how engineering contributes to athletic success.
Example 4: Interdisciplinary STEM Projects
Some schools have created interdisciplinary projects where students work in teams to analyze Perch data, create hypotheses about performance trends, and present findings in both athletic and academic contexts. This collaborative approach develops teamwork, communication, and applied research skills.
Impact on Student Engagement and Career Readiness
By connecting training to classroom content, Perch fosters a deeper understanding of STEM concepts. Students begin to appreciate how science, technology, and math influence the world around them. For student-athletes, this connection is especially powerful.
When STEM is seen through the lens of sports, it reduces the perceived divide between physical and academic learning. Students develop real-world skills that are transferable beyond high school, such as data analysis, problem-solving, and performance evaluation.
Additionally, early exposure to technology like Perch can spark interest in STEM-related careers. Students might explore fields such as kinesiology, biomechanics, sports science, engineering, and data analytics. The opportunity to work hands-on with performance technology builds confidence and curiosity in these disciplines.
Building a Future-Ready Athletic Program
Schools that adopt technology like Perch send a strong message. They value innovation, education, and the holistic development of their students. These schools are not only preparing athletes to perform on the field. They are preparing students to thrive in a digital, data-driven world.
Strength coaches and athletic directors can play a critical role in this transformation. By collaborating with science and math departments, they can build cross-curricular initiatives that benefit the entire school community. Programs like Perch empower schools to:
Elevate their athletic training with evidence-based methodologiesReinforce classroom learning through hands-on applicationCreate new pathways for student engagement in STEMDevelop well-rounded students who are physically and academically preparedThe potential does not stop at high school. Colleges and universities increasingly look for students who are both high performers and critical thinkers. Integrating STEM and athletics demonstrates that students are ready for the challenges of higher education and modern careers.
Conclusion
STEM and athletics are not separate worlds. They are deeply connected, and technology like Perch provides the perfect platform to explore this relationship. By bringing real-time data into the weight room, Perch transforms training into a learning experience. It bridges the gap between the classroom and the field, inspiring the next generation of student-athletes to excel in both. Schools that embrace this integration position their students for a future where physical strength and intellectual agility go hand in hand.
Discover how Perch can bring STEM learning to your athletic program
{{contact-us-option-1}}

Start Gathering Data With Perch Today!
Reach out to us to speak with a representative and get started using Perch in your facility.