Students working in a design lab.

Students apply calculus concepts to real-world challenges through hands-on work as part of the Design Labs' newly launched Future Makers Lab.

Future Makers Lab Helps Students Apply Calculus to Real-World Challenges

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New initiative gives students hands-on experience in the practical application of calculus through an interactive approach.

Photography by

Kelly Zona and Jiayuan Wang

Calculus, frequently viewed as an exercise in abstract equation manipulation, creates a gap between theoretical understanding and practical application for many students. However, at the Design Labs' newly launched Future Makers Lab, an interactive, application-driven approach is reshaping this perception.

The Future Makers Lab, which launched in the spring semester as a semester-long initiative, is designed to give students hands-on experience applying calculus to real-world challenges.

The Future Makers Lab was conceived after Jiayuan Wang, teaching assistant professor of mathematics, attended a conference where a Purdue University professor showcased a related initiative. Recognizing the potential benefits for Lehigh's engineering-focused student body, Wang was inspired to introduce a similar program.

Wang collaborated with Brian Slocum, director of Design Labs, who assembled a team with Christina Viau Haden, teaching associate professor and associate department chair of mechanical engineering and mechanics, and Kelly Zona, manager of Wilbur Powerhouse Design Labs. Together, they turned the idea into a reality and established the Future Makers Lab.

Wang envisions the lab as a bridge between theoretical mathematics and its functional impact across disciplines.

"Mathematics is often seen as abstract, but it doesn’t have to be," she said. "I want students to recognize how calculus shapes the world around them not just as numbers and equations, but as a tool for innovation. This lab is designed to create experiences that make those connections clear and compelling.”

Students working in a design lab.

Lehigh's newly launched Future Makers Lab bridges theoretical mathematics and its functional impact.

William Gaudelli, Senior Vice Provost for Educational Innovation and Assessment, describes the Future Makers Lab as a prime example of the creativity and innovation that Lehigh aims to integrate systematically across its programs.

"The ability to take abstract concepts and bring them to life through hands-on making is a crucial element of meaningful experiential learning," he said. "I am eager to see the outcomes of this initiative and excited about how it contributes to our broader strategy of leading in student success."

To shape the lab’s curriculum, Wang and Haden surveyed engineering faculty, asking which Math 22 (Calculus II) topics they considered most valuable in their respective fields. Based on the responses, they identified key concepts with the greatest potential to be developed into hands-on modules or projects. These insights laid the foundation for the Future Makers Lab syllabus, bringing months of preparation to life in the spring semester.

The Future Makers Lab's inaugural cohort of 20 students is now experiencing the curriculum firsthand.

Zona leads a module on physiological data analysis, where students use heart rate and blood oxygen sensors to apply calculus-based techniques to real-world biometric data. Haden guides a materials science stress testing experience, introducing students to stress opticons—devices that visualize how materials react under load. Under the direction of Slocum, students will also develop self-balancing robots using proportional-integral-derivative (PID) controllers, applying mathematical algorithms to stabilize movement. Wang provides mathematical support, ensuring students can effectively connect calculus concepts to their hands-on work.

Students work on a project as part of Design

Students work on a project as part of Design Labs' newly launched Future Makers Lab.

Haden sees the Future Makers Lab as an opportunity to deepen students’ mathematical understanding and enhance their practical skills.

"As a mechanical engineering faculty member, I want students transitioning from Math 22 to Math 23 to truly grasp the foundations of calculus and see its broader applications," she said. "The goal is for them to not only understand math at a deeper level, but also develop the versatility to apply it across different fields."

Beyond conceptual learning, Haden emphasized the importance of hands-on experience.

"I hope this lab fosters a maker mindset where students aren’t just solving equations, but actively building, integrating electronics and collecting real-world data,” she said.

Aiden Gonzalez ’28, a bioengineering major, believes the Future Makers Lab has deepened his understanding of calculus concepts.

"It's exciting to see how the calculus principles we're learning in Calculus II are applied in real-world scenarios," he said. "Working with the data we've collected makes the concepts feel more concrete and easier to grasp."

Slocum emphasized the importance of the broader skills students gain through the Future Makers Lab experience.

"The lab isn't just about applying calculus. It's about equipping students with practical skills like soldering, 3D printing and prototyping," he said. "These are essential tools for any engineer, and by combining them with mathematical concepts, we're preparing students to address real-world design and engineering challenges."

Story by Haidan Hu

Photography by

Kelly Zona and Jiayuan Wang