Research Overview

Our research focuses on applying principles from materials science and engineering to address fundamental issues, address immediate real-world obstacles, and contribute to the advancement of next-generation electrochemical devices.

Research Activities

• We are extensively involved in Li-ion batteries, covering a wide range of areas to support the emerging battery industries in Indonesia. This includes not only the creation and recycling of electrode materials but also the utilization of computational and data science methods to enhance the performance of Li-ion batteries.
• Furthermore, we are actively engaged in electrocatalysis, delving into materials suitable for catalyzing oxygen reduction, oxygen evolution, and hydrogen evolution reactions. These catalysts find applications in metal-air batteries, fuel cells, and water splitting.
• In addition to these endeavors, our laboratory facilities are equipped to facilitate diverse electrochemical-based tests and the development of various electrochemical-based devices, including supercapacitors and wearable batteries.

Publications

• Carbon fiber-based structural batteries (P2MI ITB 2022, RISET ITB 2022)
• 3D nano-engineered Si anodes for high energy density Li-ion batteries (LPDP Rispro KI 2020-2023)
• Machine learning to predict material properties for battery application (P2MI ITB 2021)
• Characterizing energetics materials at the nano/atomic length scales (MIT-Indonesia research alliance 2020)
• Mg-air battery for seawater-activated battery (Asahi glass foundation 2020)
• Development of metal-air batteries (P3MI ITB, RISET ITB 2019-2020)
• Battery waste-derived graphene for transparent/conductive electrode (Asahi glass foundation 2019)

More Information