About
Max Kopp
I’m Max Kopp—building next-gen nanomaterial sensors that save lives on Earth and in space. He is the founder of MaxKoppTech and Vitasense, two initiatives dedicated to using technology for meaningful, life-saving change. From developing non-invasive biosensors for people living with diabetes to designing nanotech solutions for spaceflight safety, Max’s work reflects a passion for science with real-world impact.
A Mission That Started with a Question
Max’s journey into biomedical innovation began with a deeply personal challenge—diabetes in his family. Frustrated by the limitations and pain of conventional glucose monitoring systems, Max asked a simple question: Why do we still rely on needles in an age of AI and advanced materials? That question fueled his commitment to developing a new solution.
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VitaSense: Needle-Free Glucose Monitoring
Flexible GeSe nanomaterial + polarized light + AI to read glucose through skin—no disposables.
Read the PaperOn-Demand Ultrasonic Spacecraft Sensors
Ink-jet printed nanomaterials detect microcracks and pressure leaks in orbit.
View PrototypeBuilding a Blood-Free Glucose Sensor
Through intensive research and experimentation, Max developed a flexible, wearable sensor made of GeSe nanomaterials. Using polarized light, this innovative device detects glucose through the skin—no blood, no finger-pricking, and no disposables. With AI-powered signal processing, the sensor adapts to variations in skin tone, lighting, and temperature, delivering accurate and personalized readings. His invention has gained national recognition in science competitions and media outlets.
Innovation in Materials
Max engineered the sensor using GeSe nanomaterials, making it flexible, skin-friendly, and capable of detecting glucose without breaking the skin.
Smart Sensing with AI
To ensure accuracy across users, he incorporated AI that adapts readings based on skin type, lighting conditions, and temperature changes.
Recognized Impact
The sensor’s groundbreaking design has been celebrated in national science fairs and featured by media, showcasing its real-world potential.
Max's Achievements
and Innovations
Recognized by the Scientific & Tech Communities
Max’s innovations have earned top awards at prestigious competitions like the Junior Science and Humanities Symposium (JSHS), the S.-T. Yau High School Science Award, and the Delaware Valley Science Fair. He’s been a finalist at Regeneron ISEF and featured in TechCrunch, Business Insider, and MedTech Dive.
From Medical Devices to Space Safety
Inspired by a 2023 incident of astronauts stranded in orbit, Max pivoted his work to develop inkjet-printed nanomaterial sensors that detect microcracks, pressure leaks, and structural fatigue in real time. Deployable on Moon, Mars, and beyond missions, these sensors—mission-driven and scalable—aim to prevent disasters akin to Apollo 13.
The Kopp Foundation for Diabetes
Providing grants and STEM education resources so young inventors can turn breakthroughs into accessible solutions.
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Max — Innovator. Researcher. Entrepreneur.
An award-winning innovator, researcher, and entrepreneur revolutionizing wearable healthcare technology, non-invasive glucose monitoring, and nanomaterial-based sensors. With a passion for biomedical engineering, materials science, and aerospace technology, Max is at the forefront of developing cutting-edge medical devices and advanced sensor technology. His groundbreaking work in polarized light optical sensing and wearable biosensors is shaping the future of diabetes care, aerospace applications, and healthcare innovation.
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