曾是老师最头疼的“捣蛋鬼”，4年后横扫剑桥+阿默斯特学院全奖offer

Recalling the time when student Remy first enrolled at Royal Mile Academy (RMA) of Shenzhen Merchiston International School, Emily, an RMA math teacher, smiled and shook her head. Back then, he was easily distracted in class, required close "monitoring" for homework—an extremely bright yet often "headache-inducing" student.

Four years later, he now holds a full scholarship offer for a pre-med track from Amherst College, a top U.S. liberal arts college, while also having secured an offer to study Natural Sciences at the University of Cambridge.

As a Hong Kong student studying cross-border in a non-international school background, Remy attended Hong Kong's Lee Shau Kee College during his middle school years amidst the pandemic, not setting foot in a physical classroom for three years.

This experience proved to be a double-edged sword. The wealth of international MOOC resources provided by Lee Shau Kee College allowed him to explore dozens of university-level courses early on, spanning brain science, artificial intelligence, and niche legal fields, accumulating an astonishing breadth of knowledge.

△First from left: Remy, middle: Mark, first from right: Chemistry teacher Ian.

"His knowledge base and comprehension are outstanding. While others might need a minute to read a problem, he grasps the core in ten seconds, or even faster," said Ian, Remy's chemistry teacher.

Biology teacher Flora recalled, deeply impressed. He possesses a remarkable ability to transfer knowledge across disciplines, easily breaking down subject barriers and shifting freely between macro and micro perspectives. When discussing "color changes in deep-sea plants," he could step beyond a purely biological viewpoint, integrating the principles of light wave attenuation from physics to deeply analyze the adaptive mechanisms of photosynthetic pigments. Shifting to the microscopic topic of "respiration," his medical aptitude shone even brighter—while most students focused only on the normal structure of mitochondria, hesubtly captured the pathological features behind the structure, tracing the operating mechanisms of the cellular powerhouses all the way to the causes of mitochondrial diseases and even rare disorders.

This profound insight, moving from basic science directly to clinical medicine, not only demonstrated his solid academic foundation but also revealed the makings of a future top physician.

It was this kind of high-level interdisciplinary thinking, honed repeatedly in the classroom, that allowed him to navigate the highly challenging BBO (British Biology Olympiad) and UKChO (UK Chemistry Olympiad) with ease, securing global gold medals in both.

Yet behind this exceptional talent lay the "minor flaws" that gave teachers headaches. Prone to zoning out in class, his homework was a key target for inspection, and his class participation often soared into the realms of free association—jumping from textbook points to movie plots, leaving classmates struggling to interject. His math foundation was weak; at the start of Grade 10, calculus seemed "utterly incomprehensible" to him. RMA's strict math requirements for scholarship students once made Remy's mother consider transferring him back to Hong Kong.

Faced with such an unpolished "gem," however, the RMA teaching team did not try to smooth out his edges. Instead, they chose to "see" and guide his unique light.

First from left: Remy, middle: Kurt (Head of RMA), first from right: Mark.

"He could quickly grasp the core of knowledge in class; even if called on after zoning out, he could instantly catch up. When learning calculus, he proactively shared its applications in biology, demonstrating interdisciplinary thinking far beyond his peers. He has a good heart, willing to be a 'little teacher,' explaining concepts he mastered in simple terms to classmates," said Kurt Gao, Principal of RMA.

"He wasn't lacking excellence; he just needed a guiding method suited to him." This consensus within the RMA teaching team laid the foundation for Remy's path to distinction.

When he chose IGCSE French but found no corresponding course offered on campus, the school went the extra mile, coordinating a French teacher from the Qianhai campus to help him overcome writing challenges, ultimately aiding him in achieving an A. This flexible support—"providing whatever the student needs"—allowed Remy's talents to flourish freely.

Even more valuable was the teachers toleratehis uniqueness. Regarding his overly digressive class participation, teachers didn't criticize but patiently communicated: "Your ideas are fascinating, but let's focus on the textbook first, and you can share your brainstorm after class." Gradually, Remy learned to find the right balance, transforming from a "classroom dominator" into an "active participant who energized the learning atmosphere." He even became best friends with a fellow student, who later received an Oxford offer. They practiced mock interviews for each other and shared study skills, progressing together through healthy competition.

In such a learning environment, Remy's potential was fully unleashed: Physics competitions weren't his main focus, but finding them "interesting," he proactively audited classes and eventually won a gold medal.

Like his high-achieving peer, Remy devoted three consecutive summers, leaving early and returning late, to full immersion in research projects at the Shenzhen Bay Laboratory. In the first year, he joined a team led by Dr. Bo Zhang, a postdoctoral researcher from Stanford University, studying mouse behavior and neural correlations, mastering experimental techniques typically encountered at the university level. In the second year, driven by his own ideas, he proactively switched to another research group to study stem cells, further clarifying his research interests through exploration.

This precious experience of learning alongside top scientists not only allowed him to accumulate solid experimental skills but also gave him early familiarity with the daily workflow of researchers, solidifying his passion for biomedical science.

"For a high school student to have such in-depth research experience is incredibly rare," chemistry teacher Ian remarked with emotion. "This experience transformed his academic passion from a childlike curiosity into a clear, steadfast career pursuit. He understood what he was learning for."

During the critical interview stage of the application season, the confidence stemming from Remy's extensive knowledge became his greatest asset.

On the day of his interview, he ran into RMA teacher Ms. Ye in the school hallway. Casually asking about his preparation, Remy replied with full confidence, "Interviews are my strength. I already have one foot in Cambridge."

What's more interesting is that every single class at RMA had long been laying the groundwork for Oxbridge-style interviews. In biology class, in-depth discussions and debates were organized after each chapter. Teachers also recommended specialized books and websites, encouraging students to explore further after class.

RMA's classrooms had, in reality, long served as a "live training ground" for Oxbridge interviews. In biology class, textbook knowledge was merely the starting point. After each chapter, the classroom transformed into an academic seminar: from dissecting cutting-edge literature to tracking current affairs and diving into debates on controversial issues, students were accustomed to expressing their views amidst high-intensity intellectual exchange. Furthermore, teachers would recommend specialized books and authoritative websites, building a vast network of academic resources and encouraging students to pursue super-curricular exploration. It was this daily, accumulated academic training that allowed him to respond calmly and fluently even to the tricky questions posed by Cambridge interviewers. "Many topics from the Cambridge interview were ones we had deconstructed and debated in class, so I wasn't nervous at all," Remy recalled. This long-term training in thinking enabled him to quickly step outside conventional frameworks during the interview, showcasing the "thought process" that Cambridge values.

Even the details of the interview were meticulously considered by the RMA teaching team: helping him adjust the lighting at the interview venue, reminding him to bring necessary documents like his passport, and arranging mock Oxbridge interviews with his peer to practice adaptability in a relaxed setting. This thoughtful, detailed support allowed him to face the application season with less anxiety and more certainty.

Remy now has a clear plan for the future: whether pursuing Natural Sciences at Cambridge or attending Amherst College, his ultimate goal is to become a doctor, using professional expertise to treat illness and save lives.

Reflecting on his four years at Shenzhen Merchiston International School, he used the word "vibrant" to describe it: "The teachers here are truly passionate about education. They don't just impart knowledge; they care about whether you truly understand and have found your own direction. The atmosphere among classmates is also excellent—everyone supports each other and progresses together."

From a "little mischief in class" to a top-performing student holding dual elite offers, Remy's growth story is a vivid testament to the educational philosophy of Shenzhen Merchiston International School.

A good education is probably like this: discovering what makes you different, accepting your imperfections, and then, with professionalism and patience, accompanying you as you transform talent into strength and dreams into reality.

And Shenzhen Merchiston International School, with this educational warmth, is precisely supporting students like Remy.