Faculty

Sarvesh Kumar Srivastava

Sarvesh Kumar Srivastava
Designation
Assistant Professor
Education
Ph.D.,Kobe University, Japan
E-mail
sksr@cbme.iitd.ac.in
Phone
01125696132
Office address
Block 3, Room 299
Research areas
Biomaterials · Bioinstrumentation
Personal web page
3mlabs.org

About:
The principal theme of Prof. Srivastava’s research is utilization of synthetic biology and interdisciplinary bioengineering for precise identification and therapeutic modulation of complex biological microenvironments. We boldly pioneer Healthcare Microrobotics.

Our research focuses on the fascinating realm of active matter interactions within living systems. We achieve this by utilizing nano/microscale tools, biochemical techniques, and custom instrumentation setups. Current research interests include self-organizing microdevices, host-microbiome interactions, alternative delivery technologies, and small molecule therapeutics.

Sarvesh has built a reputation for attracting highly achieving students to conduct interdisciplinary research. A number of his trainees have secured admission at reputed academic institutions or employed at leading corporations around the globe. He has trained 3 post-doctoral fellows, 5 PhD students, and 4 Master students.

Our vision is to empower patients in the clinic, propel India's self-reliance, and nurture future leaders and global changemakers. To learn more: The 3Ms lab

Education:
Ph.D.: Kobe University, Japan.
MS: URV, Tarragona, Spain
Postdoc experience: IFW, Dresden Germany; UBC, Vancouver, Canada; DTU Health Technology, Denmark.

Notable awards & recognitions:
Denmark: Lundbeck Experiment, DTU Proof-of-Concept Award, H.C. Ørsted MSCA Fellowship.
Germany: DAAD-Leibniz postdoc fellow, Alexander Von Humboldt Fellowship.
MIT-DBT VSP Fellowship (US-India), Japanese Government Fellow (MEXT, Japan), EU Masters Fellowship (Spain). An alumnus of the 69th Lindau Nobel Laureate Meeting, 2019, Germany.

Research focus: Biointerfaces, Metabolic Engineering, Microfabrication, Gastroenterology, Oral drug delivery.

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