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Hrithik Baradia

Hrithik Baradia

Bioprocess engineer and metabolic‑engineering researcher

hrithik-baradia
Chennai, India
Joined February 2026
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Summary

Applied enzymology and lipase process development: a substantial portion of Hrithik's research focuses on lipase production, purification, process optimization, and techno-economic assessment, demonstrated by a 2023 techno‑economic study and related publications. nih+1
Broad experimental and review contributions in biosensing and applied biotechnology: authored and co‑authored reviews and research articles on immobilized lipase biosensors and related nano/bio sensing topics. nih+1
Academic training in bioprocess and metabolic engineering: educational background includes a B.Tech (Chemical Engineering) from BIT Mesra and an M.Tech (Bioprocess Engineering) from IIT Madras (class of 2024), with associated project work and publications. ac+1
Transition to industry R&D roles: after academic research and publications, Hrithik moved into industry roles as a Research Engineer and later as an R&D Engineer, reflecting a shift toward applied R&D positions. rocketreach
Project‑level laboratory experience in enzyme production: hands‑on project work (e.g., producing and purifying lipase from environmental isolates) during undergraduate studies, indicating practical bioprocess and wet‑lab experience. google

Work

Education

Projects

Writing

Biotechnological production of 2-keto-D-gluconic acid (2-KGA): from strain engineering to process development

January 1, 2025

Review covering microbial production methods, strain engineering, substrate utilization, and process development for 2-KGA, emphasizing sustainability and process optimization.

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Graphene Oxide Enabled Colorimetric Detection of Triglyceride

January 1, 2024

Article on a graphene-oxide-based colorimetric method for detecting triglyceride (listed in publication record).

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Techno-economic analysis of production and purification of lipase from Bacillus subtilis (NCIM 2193)

January 1, 2023

Study presenting experimental data and a techno-economic simulation (using SuperPro Designer) for industrial-scale production and purification of lipase from Bacillus subtilis, including production metrics and economic assessment.

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Challenges and opportunities of using immobilized lipase as biosensor

January 1, 2022

Review discussing the scope, applications, advantages, and challenges of immobilized lipase-based biosensors and recent developments in biosensor technology.

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