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Dr. Eng. Kamarisima, S.Si., M.Si.

Dr. Eng. Kamarisima, S.Si., M.Si.

Lecturer/Academic Staff
School of  Life Sciences and Technology
Institut Teknologi Bandung, Indonesia
Expertise Group : Microbial Biotechnology
Email : kamarisima@itb.ac.id

Overview

Dr. Eng. Kamarisima, S.Si., M.Si. is one of the lecturers from the microbial biotechnology expertise group who has an interest in scientific fields and research on bioengineering.

Bachelor’s degree

  • Bandung Institute of Technology, Indonesia (2008). Major field : Biology

Master’s degree

  • Bandung Institute of Technology, Indonesia (2013). Major field : Biotechnology

Doctoral degree

  • Tokyo Institute of Technology (2018). Major field : Bioengineering

Undergraduate Courses

  • Biofilm and corrosion, microbiology, basic microbiology
  • Metabolism engineering, environmental microbiology, seminar and sidang
  • Fermentation techniques, principles of fermentation techniques, bacteriophages
  • Post-harvest product storage technology, microbial biofilm, post-harvest laboratory II: instrumentation, bioprocess and fermentation.
  • Aditiawati,P., Astuti, D.I., Kriswantoro, J.A., Khanza, S.M., Kamarisima, Irifune, T., Amalia,F, Putri, S.P. 2020. GC/MS-based metabolic profiling for the evaluation of solid state fermentation to improve quality of Arabica coffee beans. Metablomics 16(57)
  • Yuk, S., Kamarisima, Azam,AA., Miayanaga,K., Tanji,Y.2020. The contribution of nitrate-reducing bacterium Marinobacter YB03 to biological souring and microbiologically influenced corrosion of carbon steel. Biochem Eng J. 156 (15)
  • Kamarisima, Miyanaga,K., Tanji, Y. 2019. The utilization of aromatic hydrocarbon by nitrate- and sulfate- reducing bacteria in single and multiple nitrate injection to control souring. Biochem Eng J. 143(15):75-80
  • Kamarisima, Hidaka,K., Miyanaga,K., Tanji, Y. 2018. The presence of nitrate- and sulfate-reducing bacteria contributes to ineffectiveness souring control by nitrate Int Biodeg Biodet. 129 :81-88
  • Kamarisima, Tanji,Y. 2017. Comparison of single and multiple times nitrate addition as microbial souring inhibitor to microbial community. Conference paper in Eurocorr 2017
  • Aditiawati,P., Kamarisima. 2015. Isolation of asphaltene-degrading bacteria from sludge oil. Makara. J Sci. : 13-20
  • Eurocorr 2018, Krakow, Lecture in joint session of marine corrosion and microbiologically influenced corrosion
  • Eurocorr 2017, Prague, Lecture in joint session of microbiologically influenced corrosion
  • Pengembangan Bakteriofaga Sebagai Agen Biokontrol Vibriosis pada Kultur Udang Putih Litopennaeus vannamei
  • Analisis Penyebaran Mikroba Udara Daerah Tanjung Priok
  • Pengembangan perangkat deaktivasi bakteri berbasis ultrasonikasi
  • Pengembangan Teknologi PREMISE (Pathogen Spread Monitoring System) untuk pemantauan dan prediksi wabah pandemic COVID-19 di Indonesia
  • Produksi Viral Transport Media (VTM) untuk pemenuhan kebutuhan Labratorium/Rumah Sakit rujukan covid-19 di Jawa Barat
  • Pengembangan sterilisasi ruangan dengan menggunakan teknologi ionExchanger untuk aplikasi pada rumah sakit/laboratorium rujukan COVID-19 di Kota Bandung
  • Evaluasi potensi komunitas bakteri penyebab biokorosi pada waduk Cirata, Jawa Barat, dalam skala laboratorium dan skala langsung (PDUPTkemenristek)
  • Pengembangan Bakteriofaga Sebagai Agen Biokontrol Vibriosis pada Kultur Udang Putih Litopananeus vannamei (PDUPT-kemenristek)
  • Analisis Penyebaran Mikroba Udara Kota Bandung (P3MI)
  • Peningkatan kualitas produksi coklat melalui proses fermentasi terkontrol biji kakao
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