School of Bioengineering
Driving Next-Generation Intelligent Solutions for Life and Health
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About the School
Dr. Jagajjanani Rao. К
Dean, School of Bio Engineering (SoВЕ)
Message from the Dean
The School of Bioengineering (SoBE) actively promotes translational and interdisciplinary research aligned with national priorities and global healthcare challenges. Faculty members, scholars, and students engage in cutting-edge research supported by government agencies, industries and international collaborators.
Core Research Emphases
- High-impact publications and patents
- Sustainable technology & product development
- Healthcare innovation
- Industry-oriented solutions
- Solutions towards transforming society
Academic & Research Structure
Departments
Interdisciplinary Research Clusters (SDG-Aligned)
Cluster 01
SDG 3 – Good Health & Well-being
SDG 3 – Good Health & Well-being
Nanobiotechnology & Advanced Biomaterials
Synthesis of bio-polymers, green synthesis of nanoparticles, biotemplates, and cellular biocompatibility mapping.
Scaffold architecture design, 3D bioprinting, implant coatings, and targeted drug delivery mechanics.
Cluster 02
SDG 6 & SDG 13 – Water & Climate
SDG 6 & SDG 13 – Water & Climate
Environmental Biotechnology & Green Technologies
Phytoremediation, enzymatic bio-purification, microemulsion development, and microbial waste-to-energy conversion systems.
Biosensors for pollutant monitoring, membrane filtration hardware, and automated water-quality instrumentation.
Cluster 03
SDG 3 & SDG 9 – Health & Innovation
SDG 3 & SDG 9 – Health & Innovation
Smart Medical Devices & Point-of-Care Diagnostics
Biomarker identification, assay development, immunoassay kinetics, and functional bio-receptors.
Signal processing, biosensor hardware, wearable health monitoring, microfluidic chips, and prototype instrumentation.
Cluster 04
SDG 2 & SDG 12 – Food & Consumption
SDG 2 & SDG 12 – Food & Consumption
Sustainable Agriculture, Functional Foods & Nutraceuticals
Green synthesis for bio-pesticides, sustainable crop protection (microemulsions), and extraction of bioactive plant molecules.
Micro-encapsulation machinery, delivery matrices, and automated processing technology for functional food production.
Cluster 05
SDG 3 – Good Health & Well-being
SDG 3 – Good Health & Well-being
AI-Driven Digital Healthcare & Computational Biology
Genomic and proteomic data modeling, molecular docking simulations, and system biology networks.
Medical image processing, remote patient monitoring IoT networks, and machine learning models for predictive pathology.
Innovation, Startups & Translation
- Inventions with Tech Transfer Scope: Translating laboratory findings from cross-department projects into industry licensing opportunities.
- Faculty/Student Startups: Fostering venture creation using the combined technical prowess of both engineering and life sciences.
Associations & Partnerships (Industry / Academia): Enhancing collaborative links with global industries, clinical institutions and agricultural research centers.
Latest Publications & Patents
- Faculty Spotlight: A. Kumar (View All Faculty)
- Intellectual Property: New Patents Filed in modern systems & applications.
Student Success & Outcomes
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