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Rinda

Research Center for Chemistry, Solid State Chemistry Research Group · National Research and Innovation Agency

https://researchid.co/shaimahrinda
@brin.go.id
105Google Scholar Citations
6Google Scholar h-index
4Google Scholar i10-index

Research Interests

Carbon nanotubes (CNTs) Modified electrode Corrosion

Biography

I was born on January 1995 in Samarinda City, Indonesia. I finished my bachelor degree and obtained the title of Bachelor of Engineering in August 2017. The whole 4 years course was fully funded by Beasiswa Kaltim Cemerlang Scholarship from local government aid. I continued my study to master degree at Saga University, Japan from September 2018 under PPGA (Post-graduate Program for Global Advancement) Program supported by MEXT Scholarship. Directly, after obtaining my master's degree in engineering, I enrolled to doctoral program at the same university still as a MEXT scholarship awardee. My research interest revolving around the field of electrochemistry specifcally development of modifed electrodes for environmental applications. During this period, I published several papers and participated in 10 international and domestic conferences, and obtained 3 awards.

Education

Bachelor degree in August, 2017 from Kalimantan Institute of Technology, Indonesia. Majoring in Materials and Metallurgical Engineering. Master degree in September, 2020 from Saga University, Japan. Majoring in Chemistry and Applied Chemistry. Doctor degree in September, 2023 from Saga University, Japan. Majoring in Environmental Science and Engineering Course.

Recent Google Scholar Publications

  1. Graphene innovations: transforming drug detection technologies for clinical and environmental applications
    Microchemical Journal, 117743 , 2026, 2026.0
  2. Correction to “Self-Tuning Reaction Conditioning of a Paper-Based Electrochemical Biosensor for Acetaldehyde Detection”
    ACS omega 10 (40), 47712-47713 , 2025, 2025.0 | Citations: 1.0
  3. Self-Tuning Reaction Conditioning of a Paper-Based Electrochemical Biosensor for Acetaldehyde Detection
    ACS omega 10 (14), 13854-13859 , 2025, 2025.0
  4. From geothermal sources to advanced applications: A review of sustainable silica nanomaterials
    Materials Today Communications 43, 111635 , 2025, 2025.0 | Citations: 8.0
  5. Design of an RSM-optimized magnetic–fluorescent nanoprobe utilizing geothermal silica for enhanced bacterial sensing
    Nanoscale 17 (47), 27495-27505 , 2025, 2025.0

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