Summer Global Academician Research Camp

On August 1, 2026, the 2026 Summer Global Academician Research Camp in Biological Health and Pharmaceutical Innovation successfully concluded at Wuxi United International School. Over six intensive days of academic exploration, outstanding students from across China, under the direct mentorship of Harvard University tenured full professor Florian Engert in Cellular and Molecular Biology, delved deeply into the frontier field of neural circuits and animal behavior—completing a full training cycle from knowledge intake to research output.

World-Class Scholar in Wuxi: An Immersive Research Classroom

Co-hosted by Wuxi United International School and KingLead, the camp invited Harvard tenured professor Florian Engert to teach on campus in Wuxi. Professor Engert is an internationally renowned systems neuroscientist whose research integrates computational and experimental neuroscience, with numerous landmark papers published in Nature and Science.Rejecting conventional PowerPoint lectures, Professor Engert used hand-drawn diagrams of neurons and neural circuits throughout, guiding students to ask “why” like true scientists. In his classroom, students gained not only scientific knowledge but also rigorous intellectual training.

Over the six days, students experienced a complete research learning cycle—from group topic discussions and English literature reviews to final English-language defense presentations—systematically developing their research thinking and academic communication skills.

From Animal Behavior to Neural Networks: Curiosity-Driven Science

The camp’s curriculum balanced intellectual depth with engaging content. Under the professor’s guidance, students explored classic scientific questions—how do desert ants navigate accurately without GPS or maps? How do bees precisely encode the location of food sources kilometers away through a simple dance?

Building on this, students systematically studied the three levels of analysis proposed by renowned scientist David Marr—evolutionary purpose, algorithmic principles, and physical implementation. This theoretical framework is a core thinking tool used by top institutions such as MIT and Harvard to train future scientists. What students gained was not just biological knowledge, but a systemic ability to deconstruct any complex problem.

Student Reflections

“I gained so much from this camp. I attended every session on time, followed the professor’s drawings and took detailed notes, and learned a great deal. Group discussions really broadened my thinking. Using my laptop to research and organize our project with the teaching assistant’s help gave me a genuine sense of rigorous scientific attitude. These few days reshaped my understanding of neuroscience and taught me that focus and collaboration are key to deep inquiry.” — Sheila, Grade 8, Wuxi United International School”Participating in this camp was a rare and valuable opportunity for me. The professor was knowledgeable and meticulous in his explanations, patiently answering all our questions. After class, we sat together in groups to exchange ideas and discuss problems. In just a few days, I was exposed to cutting-edge research and experienced the solid, diligent core of scientific work. This enriching experience has benefited me immensely.” — Louis, Grade 8, Wuxi United International School

“This experience marked a breakthrough for me. I rarely had the chance to conduct face-to-face research with a top university professor. I needed to proactively present experimental ideas in English, ask research questions, and collaborate with group members to design experiments—all areas I had barely touched before. I acquired a new research mindset, improved my spoken English, learned to think more comprehensively, and boldly make assumptions. The professor’s and teaching assistants’ patience and erudition eased my nervousness, and the engaging classes left me with wonderful memories. This exchange taught me teamwork and negotiation skills, expanded my academic horizons, and gave me valuable experience for future international academic exchanges.” — Kelly, Grade 8, Wuxi United International School

“Professor Engert led us deep into the neural mysteries behind insect behavior—from how moths maintain straight flight by calculating their angle to the moon, to how desert ants navigate extreme environments with precision, to the astonishing information encoding in honeybee dance communication. Behind each behavior lies an exquisite neural circuit, and the professor made complex neuroscience principles vivid and clear. For the first time, I truly understood that ‘behavior is the output of brain computation.’ What I found most unforgettable was my own project decoding honeybee dance. From observing worker bees’ waggle dances in the hive, recording angle, duration, and the relationship to food source direction and distance, to finally decoding the ‘language’—the entire process was both challenging and fascinating. When I finally read the message the bees conveyed, the sense of accomplishment was beyond words. Thank you, Professor Engert and all the instructors. This camp not only taught me cutting-edge knowledge but also ignited a lasting passion for neuroscience.” — Yu Shuangyu, Grade 10, Furen High School

“Over six days, under Professor Engert’s guidance, I felt as if I had dived into a tiny yet wondrous world. How do moths fly in a straight line? How do ants and bees crack the code of homeward navigation? How do bees communicate with each other? These small creatures, with their minimal neural circuits, perform life’s precision and resilience. Those seemingly instinctive ‘dances’ and ‘trajectories’ are survival epics written over hundreds of millions of years of evolution. Stepping out of the classroom, every little creature flying among the trees now reads like an unfinished poem. This camp taught me that the deepest wisdom often lies in the most ordinary small lives around us.” — Li Haoxuan, Grade 8, Jinqiao Bilingual Experimental School

Bridging to a Wider World Through Academics

On the afternoon of August 1, the closing ceremony was held. Professor Engert personally awarded signed certificates of completion to all students who successfully fulfilled the requirements and passed their defenses. Two student representatives shared their reflections on the six-day journey—from initial confusion and challenges, through deliberation and exploration, to moments of clarity—vividly presenting the authentic trajectory of academic growth.In his concluding remarks, Professor Engert highly commended the students’ performance and encouraged them to continue their academic pursuits. Principal Meng Xiaodong of Wuxi United International School urged the students to carry forward the knowledge and abilities gained from the camp into their future studies and lives.

As Wuxi United International School has long advocated—”A school without walls, learning without boundaries”—this camp was a vivid embodiment of that philosophy: bringing world-class academic resources directly to students, allowing them, during the critical formative years of their values and thinking patterns, to see the world from the shoulders of giants.

The closing ceremony was not an end, but a new beginning in each student’s academic journey. We look forward to seeing these young explorers continue to shine on their future scientific paths!