Tan Hui Li

Course: Doctor of Philosophy (Polymer Chemistry), 2020
Nationality: Malaysian
Current role: Process Development Scientist, Pfizer Asia Manufacturing

If you’re currently working, please tell us about your role in your organisation.

I currently hold the position of Process Development Scientist at Pfizer, Singapore. Within this role, my responsibilities encompass a wide array of tasks essential to the production of Active Pharmaceutical Ingredients. These include overseeing process monitoring, identifying and implementing process improvements, as well as facilitating technology transfers.

Please tell us briefly about your postgraduate research at Monash

My PhD project focuses on the fabrication and characterisation of injectable composite hydrogel for tissue engineering applications. Among the various biomaterials utilised in tissue engineering, hydrogel scaffolds have garnered considerable attention owing to their hydrophilic nature, which closely mimics that of living soft tissues. However, hydrogels, especially those based on natural polymers, are often noted for their limited mechanical strength. In response to this challenge, my research endeavours to innovate by developing an injectable composite hydrogel with superior mechanical properties, aiming to overcome existing limitations.

Why did you choose to pursue your postgraduate studies at Monash Malaysia?

Having completed both my Bachelor's and Honours degrees in Science at Monash Malaysia, I was impressed by the exceptional quality of teaching, the nurturing learning environment, and the state-of-the-art facilities provided by the university. It was this remarkable experience that led me to choose Monash Malaysia for my PhD journey. Building upon the solid foundation of excellence laid during my undergraduate years, this continuity offered a seamless transition into more advanced academic pursuits.

What type of opportunities did you participate in at Monash?

During my PhD journey, alongside my laboratory work, I actively pursued diverse opportunities to broaden my horizons. This included attending conferences both domestically and internationally, as well as undertaking short-term attachments at esteemed institutions such as the Institute of Materials Research and Engineering (IMRE), A*STAR, Singapore, and the School of Chemistry at Monash University's Clayton campus, Australia. Interacting with seasoned researchers and professors during these experiences proved invaluable, as it facilitated the exchange of knowledge and insights that significantly enriched my understanding and skill set.

What did you enjoy most about your student life at Monash?

One of the most rewarding aspects of my time at Monash has been the opportunity to collaborate with an exceptional group of individuals. From my dedicated PhD supervisory team to my supportive lab mates and the outstanding peers within the postgraduate community, as well as the invaluable assistance provided by the administrative staff, I've been fortunate to be surrounded by kind and helpful individuals. Together, we've forged friendships, exchanged knowledge, and celebrated each other's successes. These interactions have not only enriched my academic experience but have also become cherished memories that I'll carry with me for a lifetime.

What is your biggest career goal, or what is the difference you’d like to make?

My career aspiration is to translate the knowledge and skills acquired throughout my academic journey into applications within the industry. Presently, in my current role, I find immense fulfilment in leveraging my research expertise to contribute to the manufacturing processes of life-saving pharmaceuticals. This endeavour not only aligns with my professional goals but also underscores the profound significance of applying academic insights to real-world contexts, thereby making a meaningful impact on society.