Natthawat Semakul

Natthawat Semakul is a Lecturer in the Department of Chemistry at Chiang Mai University, actively engaged in research on sustainable synthetic methods and advanced materials for energy storage. He was recently a fellow-in-residence at CY Advanced Studies (CY AS), hosted by the LPPI laboratory, where he delivered a guest lecture on innovative approaches in molecular engineering.

His research centers on organic synthesis and functional materials development, with a focus on nitrogen-containing heterocycles and their applications in pharmaceuticals and sustainable chemistry. He explores catalytic methods using Rh(III) complexes with tunable cyclopentadienyl ligands to control selectivity in heterocycle formation from feedstock chemicals like acrylamide and alkenes.

In the domain of energy materials, Dr. Semakul investigates organic-based electrode materials for next-generation batteries. His work includes the design of porous organic polymers as anodes in Li-organic batteries and the conceptualization of bi-redox polymers for fully organic battery systems, aiming to replace conventional materials with earth-abundant elements (C, H, O, N).

He actively participates in international scientific discourse, as demonstrated by his hybrid guest lecture at CY AS, accessible both in person and via Zoom, with recordings available on the CY AS YouTube channel. His research aligns with global efforts toward sustainable and environmentally friendly energy technologies.

Scientific Awards:

• No awards mentioned in the provided text.

Advising and Grants:
While specific details on students or grants are not provided, his role as a lecturer and active researcher suggests involvement in mentoring and potential grant-funded projects related to organic synthesis and energy materials. His residency at CY AS indicates participation in collaborative, internationally supported research initiatives.

Labs and Research Teams:
Dr. Semakul is associated with the Department of Chemistry at Chiang Mai University and was affiliated with the LPPI laboratory during his fellowship at CY Advanced Studies. These affiliations reflect his integration into active research networks focused on catalysis, molecular engineering, and sustainable materials.