> Josilva_

📢 UTM Bridge Model Competition 2026 – Registration Now Open!

🏗️ Undergraduate Category (Drawbridge Model)
📅 Competition: 10 August 2026
💰 Fee: RM250/group

🏫 Secondary School Category (Da Vinci Model)
📅 Competition: 12 August 2026
💰 Fee: FREE

📍 Faculty of Civil Engineering, UTM Johor Bahru
⏳ Registration Extended to 30th June 2026

🔗 Register here: https://civil.utm.my/utmbridge/

Every semester, I see students walk into the Department of Water and Environmental Engineering carrying a lot of ambitious ideas—and, honestly, a lot of anxiety about their Final Year Project (FYP) or postgraduate thesis. I get it. But my goal as your supervisor isn’t just to help you pass a course or check a box to graduate. Before transitioning to academia, I was out in the mud as a site engineer with IJM Construction and managing operational chaos for the Ministry of Health. That experience taught me that textbooks only take you so far. I want to help you transition from a student who memorizes formulas into a practical, solution-oriented engineer who knows how to handle real-world problems. Joining my research team means entering an environment built around industry realities, not just theoretical ideals.

The absolute worst part of doing research is feeling abandoned. We’ve all heard horror stories about “ghost” supervisors who vanish for months, leaving their students stuck in an academic rut. I don’t operate that way. In my lab, we keep things consistent with weekly one-on-one catch-ups. Whether you are wrestling with a computational hydrology model, staring blankly at an uncooperative dataset, or struggling to turn your Non-Point Source (NPS) pollution data into a pristine thesis or journal paper, we will figure it out together. Technical writing is a distinct skill, and I am right there with you to help you master data presentation and defend your methodology with confidence.

But let’s be real—high-level engineering research takes a lot out of you. If you are burning the candle at both ends, your analytical creativity and your sanity will burn out too. That is why I fiercely protect work-life balance. When I am not modeling watersheds or reviewing manuscripts, I intentionally shut down my computer to clear my mind by watching movies or reading manga. I expect my students to cultivate and maintain their own outside interests too, because a refreshed mind is a sharp mind. We intentionally foster a collaborative lab culture where students look out for one another, peer-review drafts over coffee, and celebrate milestones together without falling into the trap of academic burnout.

You do not need to be a coding genius or an absolute expert in simulation software like SWAT, HEC-RAS, or GIS on day one. What I look for instead is curiosity, hunger to learn, and accountability. If an experiment or a simulation fails (and believe me, they will), I just want you to be transparent about it so we can pivot and look for solutions together. Moving into the upcoming semesters, my lab is actively tackling predictive modeling for tropical NPS pollution, climate change impacts on Malaysian watersheds, and sustainable urban drainage systems. If this hands-on, balanced approach sounds like a good fit for you, my door is open. UTM undergraduates can connect with me during the FYP selection cycle, and prospective M.Phil. or Ph.D. candidates are welcome to email their CV and a quick note about their research interests straight to my UTM address. Let’s build something meaningful together.

Academic leadership in higher education is a complex and dynamic role that plays an essential part in shaping the educational experience, research contributions, and overall success of institutions. Here are some of my key insights about academic leadership in higher education as a newly appointed senior lecturer:

1. Balancing Administrative and Academic Duties: Young lecturers can prepare themselves for future leadership roles by developing skills in time management and organization. They can actively participate in administrative tasks within their departments, such as committee work, budget proposals, or curriculum development, which will help them understand the balance between administrative and academic responsibilities.
2. Supporting Faculty Development: Effective academic leaders prioritize the professional growth and development of all faculty members. Even as junior faculty members, we can foster a culture of growth and innovation within my departments. By offering mentorship, sharing best practices, and collaborating with colleagues on research or teaching projects, we can contribute to a supportive environment that encourages the professional development of all faculty members
3. Fostering a Culture of Collaboration: Academic success requires the development of a teamwork culture and interdisciplinary study. As early-career academics, we can actively promote interdisciplinary collaboration by initiating joint research projects, proposing cross-disciplinary courses, and participating in interdisciplinary working groups.
4. Strategic Planning: Successful academic leaders engage in strategic planning to set clear goals and priorities for their departments or faculty. We can participate in discussions with senior management about department goals, course offerings, and research priorities, ensuring alignment with the broader institutional mission.
5. Adapting to Technological Advances: Academic leadership needs to change to keep up with the rapidly changing educational technology world. Young lecturers often bring fresh perspectives and a tech-savvy approach to their teaching. We can lead by experimenting with new teaching methods and integrating educational technology into our courses, inspiring our peers to do the same.
6. Overcoming Financial Challenges: Academic leaders often face budget constraints and funding challenges. They must be adept at financial management, seeking external funding opportunities, and making tough decisions to ensure the sustainability of academic programs. Involvement in financial planning helps the new lecturers develop financial acumen, which will be valuable in future leadership roles.
7. Student-Centered Approach: Prioritizing the needs and success of students is a fundamental aspect of academic leadership. Leaders should actively seek student feedback to be attuned to the needs and preferences of students.
8. Global Engagement: The world of higher education is increasingly globalized. Young lecturers like me can participate in exchange programs, establish connections with researchers from around the world, and contribute to global research initiatives
9. Ethical Leadership: Ethical leadership is crucial in academia. We can serve as ethical role models for both our students and colleagues, promoting a culture of integrity and respect within the academic community.
10. Professional Development: We should invest in our own professional development by seeking leadership training, attending workshops, and pursuing higher degrees if appropriate for growth.

In summary, academic leadership in higher education requires a unique combination of business savvy, strategic thinking, and a strong commitment to academic excellence. Effective leaders adapt to new challenges and encourage collaboration and innovation within their academic communities.

Welcome to my academic portfolio.

I am Ir. Ts. Dr. Josilva, a Senior Lecturer at the Department of Water and Environmental Engineering within the Faculty of Civil Engineering at Universiti Teknologi Malaysia (UTM). I completed my Ph.D. in 2018 with a specialized focus on Non-Point Source (NPS) pollution.

My career path uniquely blends both academia and industry; before my current role at UTM, I taught at Limkokwing University and gained extensive on-the-ground engineering experience as a Site Engineer with IJM Construction and a Hospital Operations Engineer for the Ministry of Health.

Today, I draw on this diverse background to bridge the gap between rigorous academic research and practical industry standards, solving critical environmental and water resource challenges. I am currently accepting highly motivated M.Phil. and Ph.D. candidates who are eager to develop real-world engineering solutions to join my research team.

Welcome to People@UTM. This is my first post. Do stop by at civil.utm.my too