Q1: Why did you join FRP++?
I joined the FRP++ program to fulfil my strong desire for an interdisciplinary graduate experience in structural engineering. While my background was rooted in structural engineering within civil and construction fields, I was eager to expand my knowledge beyond these boundaries. The FRP++ program offers precisely that—a platform to explore structural applications across diverse disciplines (such as automotive, aeronautics, energy, construction, etc.), more interestingly using composite materials. Equally compelling was the remarkable assembly of academics within the program—one might liken them to the ‘Avengers of Composite Materials’, given the depth of expertise and knowledge they embody.

Q2: How would you describe your experience in the FRP++ program?
The FRP++ program was intensive yet profoundly enriching, as it comprehensively covered all aspects of its core themes, including manufacturing, mechanics, advanced modelling, design of fibre-reinforced polymers (FRPs), among others. The combination of theoretical knowledge and hands-on practical teaching methodologies created a thought-provoking and transformative learning experience. Additionally, the seminars, workshops, and extracurricular activities integrated into the curriculum provided excellent exposure to state-of-the-art standards and invaluable networking opportunities with renowned leaders in the composite materials industry.

Q3: Is there a memorable anecdote or situation from your time in FRP++ that you’d like to share?
Asides the memorable incident of nearly losing my international passport and other valuable credentials during a short winter break trip with friends, one of my most significant experiences in the FRP++ program was during my dissertation in Girona, Spain. The research was both challenging and rewarding, as it required an extensive and meticulous literature review on a subject I initially had little to no prior knowledge. The process of overcoming obstacles, learning, unlearning, and relearning became a defining and self-discovering journey. What made the experience truly memorable, however, was the collaborative effort with my supervisors, whose guidance transformed challenges into invaluable learning moments and cherished memories.

Q4: What impact has FRP++ had on your career and personal relationships?
The FRP++ program definitely set me up nicely for my current doctoral program in a research-intensive academic institution. The technical expertise and soft skills I gained during the master’s program remain highly relevant and applicable to my current research, which focuses on synthesizing advanced, novel cementitious materials. Specifically, skills in analysis and programming, critical thinking, as well as attributes like, resilience and wit, have become integral to my work. The collaborative nature of the FRP++ program, which involved working with peers and experts from diverse backgrounds, fostered a greater sense of tolerance and enhanced my ability to build successful social and professional relationships.

Q5: What is your top piece of advice for prospective students?
The FRP++ program and scholarship offer an exciting and dynamic experience, both technically and socially. However, the selection process is highly competitive, so I recommend starting the application early to allow ample time for refinement. I also encourage prospective students to remain open-minded about the diverse disciplines within the program, resisting the urge to limit themselves to their previous background or a specific field of study. Finally, finding a balance between academic work and personal life is crucial. While I am definitely still guilty of letting my research take over my life, I have realized the importance of taking breaks to connect with friends or engage in hobbies—it makes a significant difference to overall well-being.