Isis Megan Hsu
Biology in the Lab, the Clinic, and the Wild


For my spider-silk project, I went by the lake, where low bushes were covered with fine strands of web. Using a handmade wire and a lot of curiosity, I carefully collected the silk to test how humidity affects its strength — and even identifying the spider species became its own challenge. That day, I realized the best lab isn’t always indoors; sometimes it’s right beside a quiet lake.
I still remember the day I presented my peptide-design project to Dr. Lambris and his lab at UPenn. I was so nervous I could barely open my slides at first — but as soon as I started talking, my excitement took over. When he invited me to intern in his lab afterward, it felt like a dream. I can’t wait to see how my computational models can connect to real experiments — how molecules on my screen might one day help people with immune-related diseases.


“The summer camp felt like my classroom came alive. I spent nights making dough volcano bases and packing experiment kits, and every morning the kids would arrive full of energy. For the catapult experiment, when marbles were too dangerous for little kids, I made small dough balls the night before, and by the next morning, they had hardened perfectly. It worked better than I imagined and reminded me how flexibility can turn a small problem into a new discovery. One time, a student’s chromatography test failed, and she cried when her colors didn’t show. We redid it together, and when it finally worked, she shouted, ‘It’s so pretty!’ Moments like that reminded me that failure is part of learning. Teaching at YingHua also made me realize how closely connected creativity and science are—sometimes you mix flour instead of buying marbles, and that’s how discovery starts. More than anything, it showed me how curiosity can turn any small classroom into a place of wonder and excitement!”
C3aR Peptide Design for Inflammation Therapeutics
Measured electrical resistance of spider silk across varying humidity levels; discovered species-specific electrical resistance profiles, which could feed into species identification and the development of biodegradable humidity sensors. (MSEF 2nd Place)

The Huidity-Driven Electrical Properties of Spider Silk
Used computational software to design C3a peptides targeting C3a receptors; identified two mutations that significantly improved binding affinity, presenting a potential pathway for selective anti-inflammatory complement system therapeutics. (MSEF 3rd Place)
Beginning in early 2024, I led weekly after-school robotics sessions every Thursday at YingHua International School. These classes introduced younger students to the fundamentals of engineering and coding through hands-on learning and playful challenges.
Five Years of RoboReach
RoboReach in NJ

Class Format
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Schedule: Weekly on Thursdays
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Audience: Grades 2–5
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Focus: Unplugged and LEGO-based robotics activities
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Goals: Encourage logical thinking, teamwork, and persistence; inspire passion and AI, coding, and/or robotics
“At first I was nervous—these students were much younger than those I’d taught before, mostly fourth and fifth-graders—and I worried they might not understand the content. After the first two sessions, I realized I needed to readjust the course contents/syllabus and build each concept step by step, so I added unplugged activities that helped them grasp logic before coding or assembling robots.
“Soon, their excitement became contagious. Every Thursday they rushed in asking, ‘What are we building today?’ or ‘Are we competing with Sumo Robots today?’ Watching them figure out solutions on their own taught me that learning happens when curiosity leads, not when the teacher provides answers. This experience showed me how important it is to adapt teaching to different ages—and how joyful it is to help younger students discover something new. It also taught me how important having that true passion and raw curiosity is for solving any problems.”

RoboReach in Myanmar

MUSIC & ME
2025 Co-organized LA Facebook Live-integrated Concert, raised 53,000, 200+ attendees, and online viewers

2024 Austria, Vienna Successfully raised €1,550( US$1670) through charity concerts and tea ceremonies, directly supporting 70 children in Zimbabwe for one year through Mary’s Meals.
2023 Organizer, Host, and Performer of “Love without borders” in conjunction with refugee children from Myanmar and Northern Thailand.
2022 Organizer, Host, Performer of “Love Without Borders,” online auction raised over US$3,000
2021 Organizer, Host, Performer of “Love Without Borders,” online, over 13,000 viewers from 6 countries. Raised US$21,000
2020 Organizer, Performer of “Embrace Love Charity Concert”, Raised US$34,000 with 10 corporate sponsors ,350+ guests
Patent & Startup
Pano Technologies My startup, Pano Technologies, began as a middle-school science fair project. After three years of refinement, it evolved into a patented ultrasonic vehicle alert system. The system enhances vehicle safety by using directional ultrasonic waves to detect obstacles ahead in low-visibility conditions, such as heavy rain or fog.












It Started as a Middle School Project
From TW and US Patent
to Presidential Recognition
Now Evolving into
Pano Technologies
Music, Tea, and Connection

When we brought our music to Europe, we brought our culture too. At each concert, we hosted tea ceremonies — for many of our European friends, it was their very first time experiencing one. We shared not just violin and piano, but also ancient Chinese instruments like the Guqin.We gifted hand-written Chinese calligraphy for people to take home and auctioned ancient paintings to support Zimbabwe's Merit Meal program. It was hard to believe that just $25 could feed a child for a whole school year — but that’s exactly what we did. Through music and culture, we created connection, understanding, and impact — one cup of tea and one song at a time.
My Journeys
If you’d like to take part in our charity concerts or RoboReach programs, we’d love to hear from you.Leave your name and email below — we’ll get in touch!

join us
I love exploring how science and creativity can make life better. I’m endlessly curious, whether I’m designing peptides in biology research, inventing new technology (and earning a U.S. patent!), or teaching robotics to kids around the world.Music is also a big part of my story—aside from my high school studies, I’m a student at the Mannes School of Music Pre-College (The New School, NYC). I’ve performed in concerts that raise funds for children in need, combining art and compassion in ways that inspire me. This site shares what I love most: learning deeply, creating fearlessly, and using my passions to make a difference.




























