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Transferring to the TH School opened my imagination
I began to crave a more research-driven environment, somewhere that would challenge me not only to build but to think. That was when I transferred to TH School. The change was more than academic; it was personal. TH School was a place where debate, research, and the humanities thrived. For someone who had always seen the world through logic and systems, it was disorienting at first. I was surrounded by people who questioned everything, who valued nuance over quick answers. That environment challenged me more than any lab ever could. It forced me to listen, to articulate, and to defend my reasoning. I learned to balance certainty with curiosity, to think critically but compassionately, and to take responsibility for both my ideas and my growth.
The school’s holistic curriculum transformed me. English and Global Perspectives taught me to write and argue with clarity; Business Studies helped me see structure and trade-offs; Physics grounded my creativity in evidence. I began to understand that leadership wasn’t about being the loudest, but about seeing the system behind people, how ideas, emotions, and incentives intertwine. That combination of intellectual and emotional rigor changed how I approached engineering. My projects became more human-centered, more aware of the social context surrounding technology.




Founded Solar Generation
An outreach organization advocating for solar energy

The summer after my sophomore year, I founded Solar Generation, a community-driven solar project that became one of the most formative experiences of my life. With a team of eleven members, I led fundraising campaigns that raised 4,700 USD to install solar-powered street lamps in Pa Phach village, Moc Chau. Our system brought light to the paths of fifty children walking to school and improved living conditions for over 130 residents. Beyond the numbers, the project showed me how engineering and compassion could co-exist, and that real innovation meant empowering others to take part in building change. When I returned to the village a year later during the summer of my junior year, the lamps were still shining. The villagers told me their children felt safer walking home at night. That moment made me realize that sustainability isn’t just technology , it’s continuity.




Student Author
"Overview on the Types of Computational Modeling on Light Degradation in Perovskite Solar Cells, and Methods to Prevent Light Degradation and Their Technical and Financial Limitations"
During my independent research on perovskite solar cells, I embarked on a truly challenging yet meaningful journey. I spent hours reading and analyzing more than 40 scientific papers to understand computational models that simulate optical degradation, from drift-diffusion to machine learning. I did not stop at acquiring knowledge, but asked myself: what is missing for this technology to be commercialized? I analyzed solutions such as encapsulation or metasurface, evaluated the cost-effectiveness, and realized that science only creates value when it is applied. This research helped me mature in critical thinking and patience with knowledge.
Research Assistant
“Research on factors influencing energy-saving behavior in industrial enterprises: A case study in industrial enterprises in the North of Vietnam”
Joining Dr. Nguyen Thanh Tung at Hanoi National University was an enriching experience, where we studied behavioral factors influencing energy-saving habits in factories in Northern Vietnam. From circuits to sociology, I began to realize that all systems—electrical or human—share the need for feedback, cognition, and adaptation.
Creator
An Autonomous Robot for Cooling and Cleaning Solar Panels





In the project of creating an automated robot for cooling and cleaning solar panels, I went through a challenging and learning experience. I started by designing the initial prototype on Tinkercad and completed it on Fusion360, using a three-wheeled wheel mechanism for movement. Along with building the circuit, I integrated components such as NEMA 17 motors and water pumps controlled via Arduino, Raspberry Pi. In particular, I implemented an IoT system to collect data and optimize cleaning performance. After two months of testing, the robot helped reduce water usage by 35% and increase the energy efficiency of the solar panel system by 23%.
Hai Dang Solar Internship
A leading residential solar installation company in Northern Vietnam
In the summer of my junior year, I interned at Hai Dang Solar, analyzing rooftop systems across northern Vietnam. Each site visit reminded me why I cared about this field: every number on my spreadsheet represented a family saving money and energy. I learned to see engineering not as invention for its own sake, but as a language of service.













Science Fair 2025
The Very First Student's Science Event to Lead
When I returned to Hanoi from the Notre Dame Summer Camp, I carried those ideas with me. At the start of my senior year, I led the organizing committee for TH School’s first U.S.-style science fair, modeled after what I had seen in America. I wanted to create a platform that combined academic rigor with mentorship and accessibility, something that could make science exciting, approachable, and real for students across Vietnam. We secured 300 million VND in sponsorships, partnered with SPARK Research to connect students with international mentors, and hosted over a hundred participants from schools nationwide. Standing in that auditorium, watching students present projects on everything from water purification to data analytics, I recognized something familiar: that same spark I had felt years ago at Z-Pitch. It felt like coming full circle, bringing back the lessons of collaboration and inquiry from Notre Dame, and blending them with the creativity and resilience of Vietnamese students.




Head of Student Council at TH School
A proud leadership to be shown
In parallel, I continued my work as Head of Student Council, launching the Green Campus initiative with Hai Dang Solar and Bac A Bank, which reduced school electricity use by 10 percent. I also introduced the Student Voice Forum and Wellness Week, both designed to make leadership something lived, not performed. These experiences taught me that progress, whether in energy or education, relies on iteration: define, test, adapt, and share.




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