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Dr. Grandprix is also a member of ITB’s Center for Catalysis Engineering (PRK-ITB), which has been actively conducting research on various applications of nano materials since its establishment in 2019. His work primarily focuses on the development of nanoporous materials and MXene—a two-dimensional nano material first discovered globally in 2011.

“Our lab was the first in Indonesia to develop MXene, starting in 2019,” he stated.

This material holds immense potential as a catalyst in water-splitting reactions to produce hydrogen and oxygen, supporting the development of clean and sustainable energy.

In addition to catalysis, nano materials are also being utilized in water purification membrane development, gold nanoparticle-based sensors, and energy applications such as solar cells. These innovations are not only academically significant but also hold potential to support Indonesia’s chemical and clean technology industries.

“I’m truly grateful for external parties who offer awards like this—it means the research we’ve developed is being recognized and appreciated,” said Dr. Grandprix.

For him, receiving awards is a bonus in the long journey of research that began during his undergraduate years and continues through collaborations with international institutions such as National Taiwan University of Science and Technology (NTUST), Kyushu University (Japan), and currently Harvard University (USA).

His research has led to a number of international scientific publications and patents. Dr. Grandprix also emphasizes the importance of passion in research, especially for young scientists.

“There are certainly challenges. The classic ones here are limited resources and facilities. But, thank God, we always do our best with what we have. We make the best out of what we have. The key is collaboration with colleagues abroad. Being young isn’t just about age—it’s about having an unrelenting spirit. We must never feel small just because we’re young,” he said.

He also credits ITB’s support as one of the key factors behind his successful research journey. The academic environment that fosters collaboration and the continual development of research facilities make him optimistic that Indonesia can become a major player in material science in the future.

His work in catalysis, in particular, is believed to have a significant impact within the next five years. Considering that over 90% of chemical industry processes rely on catalysts, innovations that are both efficient and sustainable in this field are expected to make a major contribution to the nation’s energy, environmental, and manufacturing sectors.

Reporter: Iko Sutrisko Prakasa Lay (Mathematics Student, Class of 2021)