When selecting a university, I sought more than academic reputation—I wanted a place that would encourage curiosity, foster personal growth, and balance theoretical knowledge with hands-on practice. I found all of this in IMU’s Bachelor of Science (Hons) in Pharmaceutical Chemistry. The programme offered exactly what I was seeking: a solid scientific foundation, immersive real-world training, and a nurturing academic culture that fosters independence, critical thinking, and innovation.

A standout aspect of the Pharmaceutical Chemistry programme is its strong emphasis on experiential, hands-on learning. At IMU, the curriculum includes comprehensive lab sessions in core subjects such as organic chemistry, pharmaceutical analysis, microbiology, and pharmaceutics, allowing theoretical knowledge to be applied in real-world settings.

From synthesising compounds and analysing their purity, to culturing microbes and formulating dosage forms, every session challenged me to think beyond the protocol. It wasn’t about simply completing tasks—it was about understanding why each step mattered, troubleshooting problems, and making informed decisions like a practicing scientist.

This practical exposure not only sharpened my technical abilities,  but also gave me the confidence to apply scientific principles independently. I became familiar with advanced instruments and developed the ability to analyse and interpret complex experimental data—essential skills that are highly valued in both academic research and the pharmaceutical industry.

Throughout my time in the programme, I was fortunate to be supported by committed and encouraging lecturers who consistently provided constructive feedback, mentorship, and motivation. IMU fosters a learning atmosphere that values student independence and encourages self-driven learning.

Whenever I encountered difficulties—be it in the laboratory, with assignments, or in time management—my lecturers remained approachable and constructive. They went beyond delivering lessons; they nurtured personal growth, critical thinking, and academic resilience. Their enthusiasm for pharmaceutical sciences inspired me to push my boundaries, while their guidance helped me become more independent and resourceful in my approach to learning.

This culture of support and academic flexibility became especially important during intense semesters, helping me maintain a healthy balance between academic demands and personal well-being while building a sustainable and disciplined work ethic.

One of the most impactful experiences during my undergraduate studies was my final-year research attachment at the National University of Singapore (NUS). It was my first time working in a professional research environment, where I had the chance to apply what I had learned in a real-world, high performance laboratory setting.

During the attachment, I contributed to an active research project and carried out experiments with minimal supervision. This experience taught me more than just technical procedures—it instilled in me the importance of adaptability, patience, and scientific integrity. When experiments didn’t go as expected—a common reality in research—I learned how to troubleshoot independently, consult with experienced researchers, and revise my strategies without losing momentum.

The attachment helped me refine essential skills such as time management and data interpretation, while also exposing me to interdisciplinary collaboration in a high-performance research team. It also gave me a taste of what it means to contribute meaningfully to scientific advancement, further solidifying my aspiration to pursue postgraduate studies in pharmaceutical research and development.

In addition to academic and technical training, the programme at IMU played a key role in shaping essential soft skills for professional success.

Through collaborative projects, presentations, and research communication, I strengthened my abilities in teamwork, leadership, written and verbal communication, critical thinking, and time management. These experiences helped me learn how to work well with others, navigate differing viewpoints, and respond to feedback productively.

These competencies were especially valuable during my research attachment and will continue to be valuable as I transition into the next phase of my academic journey. The ability to communicate science clearly, work under pressure, and manage interdisciplinary tasks is crucial not only in research, but also in pharmaceutical industry settings.

To those considering the Pharmaceutical Chemistry programme at IMU: embrace every opportunity to learn—both within and beyond the classroom. The journey may come with its challenges, but it is also full of growth, discovery, and reward if you stay curious, open-minded, and actively engaged.

Don’t hesitate to ask questions in lectures or labs. Take full advantage of the supportive academic environment—your lecturers genuinely want to see you succeed and are always ready to guide you.

Get involved in research attachments, participate in student-led initiatives, or attend scientific conferences. These experiences are where you’ll not only apply what you learn, but also begin to shape your identity as a future professional.

Studying at IMU has been more than just an academic pursuit—it has been a transformative chapter of my life. The programme has shaped me not only into a better scientist, but also a more resilient, reflective, and capable individual.

I graduate with more than a degree; I leave with a strong foundation in pharmaceutical sciences, practical research experience, and valuable life skills that will guide me into the next phase of my journey. The challenges I navigated, the support I received, and the growth I experienced—both personally and professionally—will always stay with me.

To anyone seeking a programme that challenges you intellectually, supports your ambitions, and prepares you for a meaningful future in pharmaceutical science, IMU is a place where you can truly begin to thrive.

Written by Hiaw Jia Hui who graduated on 5 July 2025 with First Class Honours and was the recipient of the Tun Zahir Merit Award, an award given to a graduating student who has shown outstanding academic excellence in his/her graduating cohort.