Scholastic Development

Joining the Singapore Chemistry League 2024 was a rewarding experience, mirroring the engaging format of the previous year’s competition. This 4-hour online, open-book event allowed me to delve deeper into chemistry while collaborating with friends to tackle novel problems. I particularly enjoyed the opportunity to work together and explore complex chemistry concepts in a supportive team environment. My passion for chemistry motivated me to participate again, and the competition reaffirmed my enthusiasm for the subject and its challenges.

In SeeNTU 2024, I had the privilege of taking part in the course "Be a Molecular Detective for a Day," which offered an insightful blend of theory and hands-on experience with a benchtop NMR spectrometer. This experience was particularly significant as it built upon my prior knowledge from H3 Chemistry, allowing me to delve deeper into NMR spectroscopy.

The course provided a valuable opportunity to connect theoretical concepts with practical application, enhancing my understanding of how NMR spectroscopy is used in real-world scenarios. I found it deeply rewarding to see how the principles I had studied were applied in practice, enriching my learning experience and reinforcing my passion for chemistry. This hands-on approach not only clarified complex ideas but also ignited a deeper appreciation for the subject, underscoring the profound impact of practical experience in advancing my academic journey.

Participating in the NUS National Crystal Growing Challenge 2024 was an engaging and educational experience that deepened my understanding of crystallization. Throughout the challenge, I explored the chemical processes behind crystal formation and appreciated both the science and artistry involved in creating these fascinating structures.

Our task was to grow a Polyhedral Single Crystal with the most faces, which not only tested our practical skills but also provided insight into the intricate balance of conditions required for successful crystal growth. This hands-on activity allowed me to connect theoretical knowledge with real-world applications, enhancing my appreciation for the beauty and complexity of crystallization.

Overall, the experience was both intellectually stimulating and creatively fulfilling, reinforcing my enthusiasm for chemistry and the science behind the crystals that surround us.

Participating in the NTU LKC Anatomy Challenge this year was a highly enriching experience that tested and expanded my knowledge of vascular and lymphatic anatomy. The event started with a warm welcome from the Chairperson and quickly progressed to a rigorous Individual Challenge, pushing my understanding of complex anatomical concepts. I managed to clinch the Certificate of Merit for the Individual Challenge.

One of the highlights was engaging with interactive booths set up by the LKCMedicine students and doctors. These hands-on activities, such as performing heart ultrasounds and learning intravenous therapy techniques, provided practical insights into the circulatory system. The introduction of a new booth featuring cutting-edge research by Assistant Professor Lynn Yap was particularly inspiring and offered a glimpse into the latest advancements in vascular science.

Overall, the challenge was both intellectually stimulating and practically informative, enhancing my appreciation for anatomy and deepening my interest in the field of medicine.

Participating in the NUS Food Science & Technology Outreach Programme was a fulfilling experience that allowed me to dive deeper into a subject that I’ve always been passionate about—food. I have always loved cooking, often preparing meals for my family, so when I had the opportunity to learn about food science, I jumped at the chance.

The program opened my eyes to the fascinating work that food scientists do in developing healthier food alternatives, a topic that resonated with me as someone who cares about both nutrition and culinary creativity. It was inspiring to see how science can be applied to something as everyday as food to make it more nutritious while still retaining taste and appeal. This experience has broadened my understanding of the potential that food science holds, and I am excited to see where this knowledge can take me in the future.

The NTU Ammonia as Marine Fuel Webinar provided a compelling look into the role of ammonia as a sustainable alternative to conventional marine fuels. I found the discussion on how ammonia can be utilized as a zero-carbon fuel source particularly intriguing. The potential of ammonia to reduce greenhouse gas emissions from the shipping industry, which is a significant contributor to global carbon emissions, was a key highlight of the webinar.

The presentation covered various aspects of ammonia’s use in marine propulsion, including its production, storage, and combustion technologies. It was fascinating to learn about the innovations being developed to overcome challenges associated with ammonia, such as its energy density and environmental impact.

This webinar broadened my understanding of the potential for alternative fuels in achieving sustainability goals. It also reinforced my interest in exploring how new technologies can address pressing environmental issues and drive progress towards cleaner energy solutions.

The NTU Clinical Cancer Genomics Webinar provided me with a comprehensive overview of how genomic technologies are transforming cancer research and treatment. I was particularly impressed by the detailed discussion on how genomic sequencing is being used to identify specific genetic mutations associated with various cancers, which can lead to more personalized and effective treatment strategies.

One of the most compelling aspects was learning about the role of genomic data in predicting cancer progression and patient responses to different therapies. The integration of genomics into clinical practice is paving the way for precision medicine, where treatments are tailored based on an individual's genetic profile. This approach not only enhances treatment efficacy but also minimizes adverse effects.

The webinar deepened my appreciation for the impact of cutting-edge research in genomics on cancer care. It reinforced my interest in how advancements in genetic and molecular technologies are shaping the future of medicine and inspired me to explore how I might contribute to this dynamic field.

The NUS AI Material Innovation Webinar offered a fascinating exploration into the intersection of artificial intelligence and materials science. I was particularly intrigued by how AI technologies are being leveraged to accelerate the discovery and development of new materials with unique properties and applications. The webinar highlighted several case studies where AI algorithms were used to predict material behaviors, optimize compositions, and even design novel materials that might otherwise take years to develop through traditional methods.

One of the key takeaways for me was the potential for AI to transform the materials science field by providing tools to efficiently process vast amounts of data and simulate complex interactions. This approach not only speeds up the research process but also opens up possibilities for breakthroughs in areas such as energy storage, catalysis, and environmental sustainability.

The integration of AI into material innovation aligns with my growing interest in how advanced technologies can drive progress in various scientific fields. This webinar reinforced my enthusiasm for exploring how interdisciplinary approaches can lead to significant advancements and inspire me to stay abreast of technological developments in both AI and materials science.

Participating in the American Math Competition was a rewarding challenge that allowed me to engage with mathematical problems beyond my regular syllabus. Tackling these complex questions not only tested my problem-solving skills but also fueled my passion for mathematics. The experience reinforced my enjoyment of solving intricate problems and highlighted the intellectual satisfaction derived from mathematical exploration. Overall, this competition was a stimulating opportunity that deepened my appreciation for the subject and further motivated my interest in pursuing advanced mathematical studies.

Starting from 3 August 2023, I started my weekly training for the Singapore Chemistry Olympiad (SChO) at school. I had been given the opportunity to expose myself to the world of Chemistry, stretch my mind and learn interesting Chemistry concepts. The training was done by an experienced external conductor. Beyond face-to-face sessions, I was also provided with resources for independent learning, which I utilised well. I learnt new things that were both inside and outside of my expected learning syllabus. Some of the topics taught were H3 level content whilst others are what I will be learning in J2. Through the weekly sessions, I grew more familiar with Chemistry related concepts and I was able to apply what I learnt during the training to my H2 Chemistry lessons. My love and interest for Chemistry grew deeper throughout the sessions, which spurred me to take up H3 Chemistry in 2024. All in all, I'm extremely grateful towards my teacher who has given me the opportunity to develop my knowledge and skills, and extend these further through the SChO training. 

Participating in the Singapore Chemistry League 2023 was an engaging and intellectually stimulating experience. This 4-hour online, open-book competition allowed me to explore the world of chemistry in depth. Collaborating with friends and tackling novel problems not only enhanced my understanding of the subject but also made the experience enjoyable and rewarding. The opportunity to work together and solve complex chemistry challenges reinforced my passion for the field and highlighted the value of teamwork in academic pursuits.

Participating in a Chem E Challenge was an exhilarating experience filled with moments of intense problem-solving and collaboration. Our team poured our hearts and minds into the competition, facing quizzes that tested our knowledge, ingenuity, and ability to think on our feet. As we worked through the quizzes, I witnessed the power of teamwork in action. Each team member brought a unique perspective and set of skills to the table. Despite our best efforts, there were moments of uncertainty and doubt. Some questions stumped us, requiring us to think outside the box and consider unconventional approaches. We had a fun time doing other activities during the event though, such as doing experiments in NUS’ chem labs! Looking back, I am grateful for the opportunity to participate in the Chem E Challenge. It was a crucible that tested not just our technical knowledge, but also our determination and character. The experience has left an indelible mark on me, reminding me of the importance of perseverance, teamwork, and a passion for continuous learning.

The NTU Developing Catalytic Technologies for Decarbonising Singapore Webinar gave me valuable insight into the innovative approaches being developed to combat climate change. Focusing on catalytic technologies aimed at reducing carbon emissions, the webinar highlighted the urgent need for sustainable solutions in heavily industrialized regions like Singapore. I was particularly impressed by the potential of these catalytic systems to convert carbon dioxide into useful chemicals and fuels, thus turning a harmful pollutant into a valuable resource.

What resonated with me was the emphasis on the real-world applications of these technologies and how they can contribute to Singapore’s decarbonization goals. Learning about the potential to integrate these advancements into existing industrial processes gave me a clearer understanding of how science and engineering can work together to tackle environmental challenges.

This webinar deepened my appreciation for the role of cutting-edge research in creating a sustainable future. It has motivated me to explore further how technology can be leveraged to meet global sustainability goals.

Attending the NUS Sustainable Chemical Synthesis through Base Metal Catalysis Webinar provided me with a deeper understanding of how sustainable practices can be integrated into chemical processes. The focus on using base metals, such as iron and copper, as catalysts instead of precious metals like palladium or platinum was particularly intriguing. I learned how these more abundant and less expensive metals can be used to facilitate chemical reactions, reducing the environmental and financial costs of synthesis in various industries.

What struck me most was how this approach contributes to the broader goal of green chemistry, emphasizing efficiency and sustainability. The webinar discussed cutting-edge techniques in catalysis, which not only offer a more eco-friendly approach but also expand the possibilities for innovative chemical transformations.

This session expanded my view of how chemistry can be applied to solve environmental challenges. It inspired me to think about how we can adopt sustainable methods in other scientific fields to create long-term solutions for global issues.

The NUS Coral Evolution & Symbiosis Webinar offered an enriching perspective on the intricate relationships between coral species and their environment. I had always known corals were vital to marine ecosystems, but this webinar deepened my understanding of the evolutionary adaptations that allow them to thrive in diverse marine habitats. It was fascinating to learn about the symbiotic relationship between corals and zooxanthellae, the microscopic algae that live within coral tissues, providing them with essential nutrients through photosynthesis.

One of the most striking aspects was how climate change and environmental stressors are threatening these delicate symbiotic relationships, leading to coral bleaching and the decline of coral reefs globally. The discussion on potential solutions, such as assisted evolution and coral restoration projects, inspired me to think more about how science can be leveraged to mitigate the impact of human activities on natural ecosystems.

This webinar highlighted the broader implications of coral health on biodiversity and the ocean's ecological balance. It reinforced the importance of conserving marine environments and inspired me to explore how interdisciplinary research can contribute to tackling environmental challenges.

Attending the NUS Cell Signaling in Health & Disease Webinar was an eye-opening experience that helped me grasp the critical role of cellular communication in maintaining overall health. Cell signaling is at the heart of how cells coordinate responses to internal and external stimuli, controlling processes like growth, immune responses, and cell death. What stood out during the webinar was the discussion on how disruptions in these pathways can lead to diseases such as cancer, diabetes, and autoimmune disorders.

One of the most impactful takeaways for me was learning about the targeted therapies being developed to correct signaling malfunctions. For instance, the use of signal transduction inhibitors to block pathways in cancerous cells represents a promising avenue for more precise treatments. Understanding how researchers are working to decode these complex signaling networks in order to develop new medical interventions further fueled my passion for medical science. This webinar provided me with valuable insights into how even small molecular changes in signaling pathways can have profound effects on human health, reinforcing the importance of continued research and innovation in this field.

Attending the NUS Ion Channels in Health & Disease Webinar provided me with an in-depth understanding of a critical aspect of human physiology that I previously had limited knowledge about. Ion channels play a vital role in cellular communication, influencing everything from muscle contractions to nerve signal transmission. This webinar shed light on how malfunctions in these channels can lead to serious health conditions such as epilepsy, cystic fibrosis, and various cardiovascular diseases.

What fascinated me most was the insight into how researchers are working on targeted therapies to regulate ion channels, potentially leading to new treatments for these conditions. Learning about the complex interplay between ion channel behavior and disease helped me appreciate the intricate systems that govern human health. It also reinforced my desire to stay updated on emerging medical research and innovations. The webinar has certainly deepened my interest in the molecular mechanisms of health and disease, motivating me to explore how these concepts apply to broader areas of medicine.