MEXT Scholar, Genes P. Maylem from the Philippines, Pursues a Ph.D. in Biological Chemistry and Engineering at Hokkaido University, Japan

Hello! My name is Genes P. Maylem, and I’m from the Philippines. I’m currently a Ph.D. candidate in Biological Chemistry and Engineering at Hokkaido University, under Prof. Manabu Tokeshi and Assoc. Prof. Masatoshi Maeki. My research focuses on developing microphysiological systems (MPS) and microfluidic platforms, with a special emphasis on lipid nanoparticle (LNP)-based drug delivery. I’m fascinated by how engineering can recreate the complexity of life, how we can miniaturize biological systems to study how drugs behave, interact, and take effect within realistic microenvironments.

Japanese Government (MEXT) Scholarship Details

I am a recipient of the Japanese Government (MEXT) Scholarship (Embassy Recommendation, 2023–2027), awarded by Japan’s Ministry of Education, Culture, Sports, Science and Technology. The scholarship fully covers tuition, provides a monthly stipend, and includes round-trip airfare between Japan and my home country.

Were You Offered Any Other Scholarships?

No. I did not apply for any other scholarships besides MEXT

Educational Background

I earned my Master’s degree in Materials Science and Engineering from the University of the Philippines Diliman in 2021. I did research on supercapacitor electrodes under the guidance of Prof. Armando Somintac. Prior to that, I completed my Bachelor’s degree in Chemistry at the same university in 2015.

These experiences grounded me in both materials characterization and chemical analysis, which became the technical foundation for my current work in microfluidics and bioengineering. I also worked as a Science Research Specialist II at the National Institute of Physics, where I worked closely with Prof. Elmer Estacio and gained valuable experience in applied materials and laboratory management.

How Did You Prepare to Apply to Institutions?

When I decided to pursue a Ph.D. abroad, I carefully reviewed the research profiles of laboratories that aligned with my interests. I began preparing around the time of the COVID-19 pandemic, which reshaped how I viewed science and its impact on society. During that period, I saw the growing importance of accessible and reliable diagnostic technologies, and I was deeply inspired by the success of mRNA-based COVID-19 vaccines like Moderna, which relied on LNP delivery systems.

Those realizations strengthened my desire to work at the interface of microengineering and biomedical innovation, which led me to the Tokeshi Lab at Hokkaido University. Their pioneering work in microfluidics, LNP synthesis, and bioanalytical platforms resonated strongly with my goal of developing MPS for drug delivery and testing.

I drafted a clear and feasible research proposal tailored to the lab’s strengths, highlighting how my interdisciplinary background could contribute to ongoing projects. The key for me was alignment, ensuring that my proposed work truly resonated with the lab’s vision and direction.

How Did You Find Information About the MEXT Scholarship and Hokkaido University?

I found information primarily through official embassy postings, university websites, and academic communities online. I also learned from the experiences of current or former MEXT scholars, whose advice helped me navigate the embassy recommendation process more effectively.

Did You Take Any Standardized Tests Such as TOEFL/IELTS?

No. English proficiency tests were waived during my application period because my previous degrees were mostly conducted in English.

How Did You Prepare to Apply for the Scholarship?

I treated the MEXT application like a long-term research project. I started months in advance, outlining my research idea, revising it based on feedback, and rehearsing potential interview questions. I made sure my documents told a consistent story: one that showed growth, curiosity, and purpose.

How Is Your Experience at Hokkaido University?

Life as a Ph.D. student at Hokkaido University has been both challenging and fulfilling. Tokeshi Lab provides an ideal environment for creative and interdisciplinary research. Working on MPS and microfluidics has allowed me to explore questions that sit at the intersection of cell biology, materials engineering, and fluid dynamics, a space I like to call the microcosm of innovation.

The access to state-of-the-art microscopy and microfabrication tools allows me to turn ideas into tangible systems, from 2D cultures to dynamic microenvironments that mimic living tissues. Beyond research, living in Japan has taught me patience, resilience, and mindfulness—qualities that quietly shape how I approach both science and life.

How Do You Rate Hokkaido University Academically and Why?

Hokkaido University is among Japan’s top research universities, with a strong culture of collaboration across disciplines. What I value most is the balance between autonomy and mentorship—students are trusted to explore, yet supported by world-class researchers.

Are Classes Conducted in English or Japanese? Would Language Be a Problem?

In my graduate program, classes and research communication are conducted in English, so international students can complete their degrees without major language barriers. However, learning Japanese greatly enhances daily life and helps integrate with the local community.

What Do You Think Made Your Application Stand Out?

I believe my interdisciplinary background, spanning chemistry, physics, materials science, and now bioengineering, made my profile distinct. My research proposal demonstrated a clear alignment with my target lab’s focus, and I showed how my skills could contribute to it. Above all, I think what made the difference was sincerity; I didn’t try to impress but instead shared my authentic motivations and long-term vision.

What Would You Have Done Differently if You Were Going Through the Process Again?

If I could go through the process again, I would have trusted myself more and worried less. I was so focused on doing everything perfectly that I forgot to enjoy the journey itself. I spent too much energy overthinking whether I was good enough, instead of simply being present and appreciating each step.

Looking back, I realized that genuine confidence isn’t the absence of fear—it’s moving forward even when you’re unsure. Once I allowed myself to breathe, everything started to align naturally. I think that’s something every scholar eventually learns: you don’t have to have it all figured out to begin.

What Advice Would You Give Those Looking to Apply for a Similar Scholarship?

Be sincere, not performative. The MEXT process rewards applicants who know their “why.” Spend time reflecting on what truly motivates you and how your goals align with your chosen field. Start early, stay organized, and don’t let fear overshadow curiosity. Every scholar begins from uncertainty, but persistence and purpose make all the difference.

Final Reflections

I’m deeply grateful to my mentors, labmates, and the MEXT program for believing in my potential. Their support continues to remind me that science is not a solitary pursuit but a shared journey.

In the long run, I hope to establish my own research group focused on developing accessible MPS for disease modeling—technologies that not only advance science but also empower young researchers, especially from developing countries, to dream beyond borders.