Advancing cancer research through scholarship
17 July 2025
by Sagnik Nag
Jeffrey Cheah School of Medicine and Health Sciences
Sagnik Nag represents the rich cultural heritage of Bengal and the vibrant tapestries of India. His journey reflects the intersection of tradition and modern scientific pursuit, showcasing how a deep-rooted cultural identity can inspire global innovation and excellence in research at our School of Medicine. He also serves as the President of the Monash University Postgraduate Association (MUPA) 2025.
1. Tell us about this scholarship.
The Graduate Research Excellence Scholarship (GRES) has been instrumental in supporting my academic journey. It offers a monthly stipend and a full tuition fee waiver throughout my PhD program, enabling me to focus entirely on my research. This financial support alleviates the economic burden and empowers me to pursue innovative research in my chosen field without compromise.
2. In what ways do you believe this scholarship aligns with your academic and career aspirations?
This scholarship provides me with the financial support and academic resources to fully immerse myself in my PhD research on Cancer Therapeutics and Nanomedicine. It aligns perfectly with my aspirations by allowing me to collaborate with experts across various disciplines, fostering interdisciplinary learning and innovation.
The workshops and mobility programs offered by the university further complement this scholarship by equipping me with valuable technical skills, leadership abilities, and global exposure. These opportunities not only enhance my research capabilities but also prepare me to identify and pursue impactful career opportunities in academia or industry, where I can continue to contribute to advancements in healthcare and therapeutic solutions.
3. What motivated you to pursue this particular scholarship opportunity?
Pursuing a PhD, especially at an international university, comes with significant financial challenges. Unlike coursework-based programs, doctoral research is highly demanding, often leaving little room for part-time employment. Additionally, while I had prior experience in academia in my hometown, transitioning to a full-time research role in a new academic environment abroad was exciting and challenging. However, the GRES provided the financial stability to dedicate myself to my research without external distractions.
Beyond financial support, the scholarship offered access to state-of-the-art research facilities, expert mentorship, and a collaborative academic environment, all of which aligned perfectly with my passion for cancer therapeutics and nanomedicine. The opportunity to work on high-impact research that could contribute to advancements in cancer treatment further motivated me to pursue this scholarship. It wasn’t just about funding—it was about being part of an ecosystem that fosters meaningful scientific progress.
4. In what ways has the scholarship played a role in shaping your overall university experience?
Beyond professional and academic growth, the GRES has played a significant role in my personal development. Moving abroad for a PhD was a major transition, requiring me to adapt to a multicultural environment, new academic expectations, and an independent lifestyle. Navigating these challenges has strengthened my confidence, resilience, and self-worth. The scholarship has allowed me to fully immerse myself in research without financial stress, giving me the freedom to focus on innovation, problem-solving, and scientific contribution. At the same time, engaging with researchers from diverse backgrounds has broadened my perspective, improving my ability to collaborate, communicate, and think critically. Overall, this experience has been transformative, not just academically but also personally, shaping me into a more self-reliant, adaptable, and globally aware researcher.
5. Are there specific challenges or milestones that stand out as crucial to your growth?
Research always comes with its challenges, and working in cancer therapeutics and nanomedicine is no exception. One of the biggest hurdles has been optimising the encapsulation of phytoconstituents to achieve maximum therapeutic efficiency. Overcoming this required extensive trials, learning from setbacks, and refining methodologies. However, moments of progress, such as successfully formulating a stable nanoparticle system or seeing promising anti-cancer effects, have been incredibly rewarding. These milestones have strengthened my perseverance, problem-solving skills, and passion for research.
6. Drawing from your experience, what advice would you give to students considering applying for scholarships?
I would encourage students to be proactive and strategic in their scholarship applications. A strong research proposal is fundamental, one that not only demonstrates a clear understanding of your topic but also highlights how your work will contribute to the broader field. Another key factor is your publication record. Prospective students should focus on enhancing their research output, as having strong publications not only strengthens their academic profile but also reflects their ability to contribute meaningfully to the scholarly community. It’s equally important to seek guidance from mentors, leverage their experience, and highlight any past research experiences that showcase your skills and dedication.
Most importantly, persistence is crucial. Rejections are part of the journey, but are stepping stones to better opportunities. If you are truly adamant about what you want to achieve, you will find the resilience to push through uncertainties and challenges. Staying focused on your goals, continually improving, and believing in your potential are essential to succeeding in both scholarship applications and your broader academic journey.
7. Highlight your current research work.
My research focuses on developing nanomedicine-based strategies to combat hepatic cancer by encapsulating phytoconstituents, bioactive compounds derived from plants, into nanoparticles. These formulations aim to enhance the therapeutic potential of natural compounds, improving their bioavailability and targeted delivery to cancer cells. The goal is to develop a more efficient, biocompatible, and potentially less toxic alternative to conventional chemotherapy. This interdisciplinary approach merges pharmacology, nanotechnology, and oncology, and I am excited about its potential real-world applications in cancer treatment.