Centers Of Excellence
One Vision, Seven Forces
Where Excellence Takes Shape
Seven Centers of Excellence. One shared mission to engineer what’s next.
Explore the pillars that drive innovation, set standards, and lead transformation across our technology landscape.
Bio-INvENT
Center of Excellence
Ideation, design, development, testing and commercialization of innovative biomedical products — at the interface of biology, engineering and nanotechnology.
Vision & Mission
Our Vision
To become a world-class Center of Excellence in biomedical research, innovation and entrepreneurship.
Our Mission
- Establish a state-of-the-art biomedical research infrastructure
- Train and create future leaders in biomedical research and innovation
- Provide affordable and high-efficiency biomedical products to the healthcare sector
Bio-INvENT CoE works at the interface of biology, medicine, chemical engineering, materials, nanotechnology and physics — conducting cutting-edge basic research in cancer biology, stem cell biology and ocular diseases, leading to the identification of unmet needs and development of engineering-driven biomedical solutions.
Focus Areas
01
Cancer Stem Cell Biology, Immunology & Immunotherapy
02
3D Bioprinting for Model Development — Cancer, Cornea & Skin
03
Cell-based Active Targeted Drug Delivery
04
Redox Biology & Nanomedicine
05
Corneal Pathophysiology & Pharmacology
06
AI-based Corneal Image Processing to Predict Treatment Outcomes
07
Nanomedicine to Tackle Corneal Storage & Transplant Rejection
08
Stimuli-responsive Drug Delivery to Treat Uveitis of the Eye
09
Ocular Surface Microenvironment Biosensing
10
Nongenetic Engineering of Mesenchymal Stem Cell
11
Plasma Activated Water-mediated Cancer Therapy
12
Nanoliposomes for Delivery of Nanomedicine & Therapeutics
13
COMSOL-based Simulation of Cell Lysis in Microfluidic Devices
14
Microfluidic Device for Generating Cell-based Nanovesicles
15
Microfluidic Device for Generating Liposome-coated Nanoparticles
Research Funding
₹5+ Crores
Total Research Funding Secured
Department of Biotechnology, Govt. of India
2023 – 2027
₹ 3.36 Cr
Sree Siddaganga Education Society, Tumkur
2017 – 2025
₹ 95 L
DST–SERB, Govt. of India
2018 – 2021
₹ 35 L
Cutis Academy of Cutaneous Sciences
2026 – 2027
₹ 34 L
Board of Research for Nuclear Sciences, Govt. of India
2018 – 2021
₹ 29 L
Vision Group on Science & Technology, Govt. of Karnataka
2020 – 2022
₹ 25 L
Association for Research in Vision Science & Ophthalmology, USA
2022
₹ 7.5 L
SigmaXi & National Academy of Sciences, USA
2024 – 2025
₹ 5.22 L
DST-Lockheed Martin-Tata Trusts
2019
₹ 10 L
Cutis Medi Apparels LLP
2026 – 2027
₹ 9 L
Indo-French Centre for Promotion of Advanced Research
2016
₹ 2 L
Global Collaboraters
Prof. S P Srinivas
Indiana University School of Optometry, Bloomington, IN, USA
Prof. Joseph Bonanno
Indiana University School of Optometry, Bloomington, IN, USA
Dr. Nitin Joshi
Harvard Medical School, Boston MA, USA
Dr. Jeffrey Karp
Harvard-MIT Health Sciences Technology Division, Cambridge, MA, USA
Dr. Arghya Paul
University of Western Ontario, Ontario, Canada
Dr. Chi-Hwa Wang
National University of Singapore, Singapore
Prof. William B Krantz
University of Colorado, Boulder
Dr. Mohan Verma
IIT Delhi
Dr. Suhanya Duraiswamy
IIT Hyderabad
Dr. Raju K Gupta
IIT Kanpur
Dr. Dharitri Rath
IIT Jammu
Dr. Abhijit Majumder
IIT Bombay
Dr. Lakshminarayana Rao
Indian Institute of Science (IISc), Bangalore
Dr. Santosh K Sandur
Bhabha Atomic Research Center (BARC), Mumbai
Dr. Nandakumar D N
NIMHANS, Bengaluru
Dr. Prema Padmanabhan
Sankara Nethralaya, Chennai
Dr. B S Chandrashekhar
Cutis Hospital, Bengaluru
Equipment & Instruments
E-01
Vertical Autoclave
Aspire Inc
E-02
Analytical Microbalance
Shimadzu
E-03
Automatic Ice Flaker
Labman Scientific
E-04
−20°C Freezer
Celfrost, USA
E-05
−80°C Freezer
PHCBI, Panasonic
E-06
Biosafety Cabinet Class II
Kewaunee, Japan
E-07
CO₂ Incubator
PHCBI, Panasonic
E-08
3D Bioprinter
Alfatek Systems (Anga Pro)
E-09
Chemidoc Imaging System
UVITech, UK
E-10
Microplate Reader
Thermo Scientific, USA
E-11
Inverted Fluorescence Microscope
Zeiss Axiovert 5, Germany
E-12
Laboratory Refrigerator
Celfrost, USA
E-13
pH Meter
EUTECH
E-14
Centrifuge
Eppendorf
E-15
Centrifuge
Remi Inc
E-16
Ultrasonic Waterbath
Labman Scientific
E-17
Vortex Mixer
GeNei
E-18
Cold Room
Bluecold
E-19
Optical Microscope
Labomed
E-20
Quantitative PCR
HiMedia
E-21
Hot Air Oven
Aspire Inc
E-22
Liquid Nitrogen Container
Thermo Scientific
Research Facilities
Class II Mammalian Cell Culture Facility
High Resolution Bioimaging Facility (Zeiss Axiovert 5)
Protein / DNA / RNA Quantification Facility (UVITech ChemiDoc)
Quantitative PCR Facility (HiMedia)
Biochemical Assay Facility (Microplate Reader)
Cell & Molecular Biology Facility — DNA/RNA & Protein Isolation
3D Bioprinting Facility (Alfatek Anga Pro Bioprinter)
Optical Microscope for Cell Visualization (LaboMed)
Freezer Facility — Liquid N₂ −80°C and −20°C
Nanobioengineering Facility — Probe Sonicator, Rotary Vacuum Evaporator
Industry Consultancy
Cutis Academy of Cutaneous Sciences
Protocol development for melanocyte isolation and purification for autologous transplantation in vitiligo patients.
Cutis Medi Apparels LLP
Fabrics functionalized with Carbon Quantum Dot–stabilized nanoparticles for advanced textile applications.
Ongoing & Completed Projects
01
Development, Optimization, and Antifungal Evaluation of Fabrics Functionalized with Carbon Quantum Dot–stabilized Nanoparticles for Textile Applications
02
Development and standardization of protocols for isolation, culture, characterization and purification of autologous melanocytes for transplantation in Indian vitiligo patients
03
Optimization and cost analysis of silver nanoparticles synthesis process for antimicrobial textile application
04
Investigation of the protective effects of AMPK activation against energy stress in cold-stored ex vivo donor corneal endothelium
05
Network center for research on glioblastoma stem cell-targeted T-Cell immunotherapy using non-genetically engineered mesenchymal stromal cells
06
Investigation of ferroptosis as the mechanism of hypothermia-induced cell death and barrier dysfunction in cold stored ex vivo corneal endothelium
07
Rescuing the hypothermia- and cytokine-induced damage to donor corneal endothelial functions by pre-treatment with microtubule stabilizers
08
Unraveling a new strategy of inhibition of Cholesteryl ester transfer protein by small molecule inhibitors through site directed mutagenesis and molecular dynamics simulation studies
09
CLeONs: High efficiency contact lens-coated oxygen nanosensors for eye clinics
10
Nanoparticle-based prophylactic drug delivery to the corneal endothelium
Faculty In-charge
Dr. Sudhir H Ranganath
Associate Professor & Founder — Bio-INvENT CoE
Department of Chemical Engineering
Siddaganga Institute of Technology, Tumakuru, Karnataka
Photographs
Nanotechnology
Center of Excellence
Advancing frontiers in nanomaterials, nanoelectronics, and nanomedicine to solve critical national challenges in energy, defence, health, and infrastructure.
The Center of Applied Research and Nanotechnology (CARN) has streamlined its R&D activities along three core pillars — nanomaterials, nanoelectronics, and nanomedicine — working towards tangible solutions for the nation’s most pressing challenges.
Nanomaterials
Nanoelectronics
Nanomedicine
Diagnostics & Biosensing
Renewable Energy
Active Research Areas
01. MATERIALS
Advanced Nano-materials
Developing nano-materials for flexible electronics, solar cells, solar collectors, solid-state displays, RF and millimetre wave communications.
02. SMART STRUCTURES
Shape Memory Alloys
Research into shape memory alloys and smart structural materials for adaptive engineering applications and next-generation infrastructure.
03. DEFENCE
Liquid Armor Composites
Engineering nano-composite materials for liquid armor systems, contributing to lighter and more effective personal and vehicle protection.
04. ENERGY
Solar Renewable Energy
Materials and device research for solar renewable energy technology, including inorganic and organic semiconductors for photovoltaics.
05. ELECTRONICS
GaN-based High-Power Devices
Gallium Nitride based devices engineered for high power and high frequency applications, pushing the limits of power electronics.
06. RF SYSTEMS
Passive RF Devices & Circuits
Design and development of passive RF devices, thin-film sensors, MEMS and NEMS for next-generation communication and sensing systems.
07. HEALTH
Affordable Diagnostic Devices
Development of affordable diagnostic and screening devices for clinical samples, improving healthcare access across India.
08. FOOD SAFETY
Pesticide Detection Methods
Novel detection method development for pesticide safety assessment in food and agricultural commodities using nano-biosensors.
09. AYURVEDA & MATERIALS
Herbal Bhasma & High-Purity Crystals
Standardization of Ayurvedic herbal-bhasma and development of monocrystalline high-purity alumina and silicon for electronic chip fabrication.
Research in Diagnostics
Affordable diagnostic devices and screening development for clinical samples
Standardization of Ayurvedic herbal-bhasma for viral and bacterial infections
Nano-bio sensors and nanobiotechnology for point-of-care diagnostics
Detection method development for pesticide safety in food and agricultural commodities
Development of monocrystalline high-purity alumina and silicon for electronic chip fabrication
Advanced thin-film sensors for environmental and biomedical monitoring
Mission Sub-Themes
1. Nano-electronics & Nano-photonics
3. Nano-bio Sensors & Nanobiotechnology
5. Nanotechnology Education & Outreach
2. Nano-systems, MEMS & NEMS
4. Advanced Nano-materials
Collaborate with Us
Interested in partnering on research, joint projects, or sponsored work?
Contact the Head, Center of Applied Research and Nanotechnology
Siddaganga Institute of Technology, Tumakuru
- Email: hodnano@sit.ac.in
M N Channabasappa Centre for Transformative Engineering in Circular Materials, Additive Manufacturing, Research & Education
MNC TE CARE
Center of Excellence
Fostering advancements in polymer science focused on sustainable materials — addressing environmental challenges through innovative materials, sustainable manufacturing practices, and cutting-edge additive manufacturing technologies.
About
The Multifunctional Polymer Research and Training Centre aims to foster advancements in polymer science, focused on sustainable materials. The centre addresses environmental challenges through the development of innovative materials, sustainable manufacturing practices, and cutting-edge additive manufacturing technologies.
Core Objectives
Environmental Solutions
Develop sustainable polymers and manufacturing practices that minimise environmental impact, driving circular material strategies for a greener future.
Additive Manufacturing
Advance the capabilities and applications of 3D printing and other additive manufacturing techniques using high-performance polymers for diverse industrial needs.
Material Innovation
Create novel multifunctional polymers with enhanced properties for diverse industrial applications, pushing the boundaries of what modern materials can achieve.
Key Research Areas
01 Sustainable Polymers
SP-01
Recyclable polymers — design, processing and end-of-life recovery strategies
SP-02
Life cycle analysis of polymer products for environmental impact assessment
02 Advanced Additive Manufacturing
AM-01
Development of polymer-based 3D printing materials with improved performance
AM-02
Optimization of additive manufacturing processes for enhanced structural performance
AM-03
Integration of nanotechnology in additive manufacturing for functional enhancements
02 Advanced Additive Manufacturing
HP-01
High-strength, lightweight polymers for structural and aerospace applications
HP-02
Functional polymers and polymer composites with improved sustainability profiles
Training & Education
Program 01
Workshops
Targeted workshops designed to disseminate knowledge and foster collaboration among researchers and students — bridging the gap between academic research and industrial application in polymer science and additive manufacturing.
Program 02
Hands-on Projects
Practical, hands-on projects integrated into training programs, allowing participants to work on real-world challenges in polymer materials — from ideation and material selection through prototyping and performance testing.
Equipment & Instruments
E — 01
Differential Scanning Calorimeter
PerkinElmer · Pyris DSC 9
Category
Thermal Analysis Instrument with Intra Cooler
Temp. Range
−70°C to 750°C
Heating Rate
0.01°C/min to 100°C/min
Make / Model
PerkinElmer / Pyris DSC 9
E — 02
Melt Flow Index Tester
Pacorr · CAMFIC-1
Category
Computerised MFI (CAMFIC-1)
Temp. Range
Up to 400°C
Standards
ISO 1133 & ASTM D 1238
Make
Pacorr Testing Instruments
E — 03
Granulator
Polymer Processing Equipment
Motor Power
0.37 kW, 50 Hz
Rotating Speed
26 rpm, 50 Hz
Teeth Cutter
Material: SKD11 · Staggered: 2 · Teeth: 3
Cutting Chamber
140 × 175 mm
Principal Investigator
Dr. Madhu H C
Principal Investigator & Centre In-charge
Assistant Professor
Department of Mechanical Engineering
Siddaganga Institute of Technology, Tumakuru
Chemistry Research Lab
Center of Excellence
Department of Chemistry · Siddaganga Institute of Technology, Tumakuru
Materials Chemistry · Energy Storage · Catalysis · Environmental Remediation · Nanotechnology
Centre Objectives
01
Advanced Research & Innovation
Promote advanced research and innovation in diverse areas of chemistry such as materials chemistry, energy storage, catalysis, environmental remediation, and nanotechnology to address contemporary scientific and societal challenges.
02
Interdisciplinary Collaboration
Facilitate interdisciplinary collaboration among chemists, physicists, biologists, and engineers to develop sustainable technologies, advanced functional materials, and efficient chemical processes.
03
Training & Capacity Building
Support training and capacity building by providing research infrastructure, mentorship, and skill development opportunities for students, scholars, and faculty to enhance scientific excellence and knowledge dissemination.
Workshops & Events
Two Days Workshop on Characterization Techniques for Nanomaterials and Applications to Lithium Ion Battery (CTNALB-2017)
March 10–11, 2017
2-DAY
One Day Workshop on “Analytical Techniques in Nanotechnology”
May 21, 2024 — Tuesday
1-DAY
One Day Workshop on “Hands on demonstration on synthesis of nanomaterials and its characterization”
January 09, 2025
1-DAY
One Day Workshop on “Crystal structure analysis using X-ray diffraction technique”
May 03, 2025
1-DAY
Four Week Training Programme on “Synthesis of metal oxide nanomaterials and its characterization techniques”
April 02, 2025 — May 01, 2025
1-WEEK
One Day Workshop on “Characterization of nanomaterials using XRD”
July 02, 2025
1-DAY
Equipment & Facilities
| NO. | EQUIPMENT | Funding Agency |
|---|---|---|
|
01 |
X-Ray Diffraction (XRD) |
DST-Nanomission |
|
02 |
Spectrofluorimeter |
DST-Nanomission |
|
03 |
UV-Visible Spectrophotometer |
DST-Nanomission |
|
04 |
HPLC (High Performance Liquid Chromatography) |
DST-Nanomission |
|
05 |
Battery Testing Unit |
DST-SERB |
|
06 |
FTIR Spectrometer |
SIT, Tumakuru |
|
07 |
Electrochemical Workstation (CH Instruments) |
SIT, Tumakuru |
|
08 |
Atomic Absorption Spectrometer (AAS) |
TEQIP Grant, SIT Tumakuru |
|
09 |
Rotavapour |
ISRO-RESPOND |
|
10 |
UV and Visible Source Photoreactor |
VGST-SMYSR |
|
11 |
Sputtering Unit |
DST |
Thin Films Lab
Center of Excellence
Advanced fabrication, characterisation, and testing of thin film–based sensors for real-world sensing solutions
Dept. of Electronics & Instrumentation Engineering · Siddaganga Institute of Technology, Tumakuru
15
Instruments
4
Faculty
1
Industry Partner
Objectives
The Thin Film Sensor Research Lab is established to advance innovation in sensor technology through research, industry collaboration, and hands-on training for students and faculty.
Develop and characterise advanced thin film–based sensors for diverse applications.
Promote research, innovation, and skill development in thin film materials and sensor technology.
Provide state-of-the-art facilities for fabrication, testing, and analysis of thin film devices.
Offer research facilities and training for students, researchers, and faculty in sensor technology.
Collaborate with industries and research organisations for real-time sensing solutions.
Support product development, testing, and technology transfer in sensor applications.
Provide consultancy services in thin film deposition, characterisation, and sensor development.
Salient Features
The lab is equipped and structured to serve the full lifecycle of sensor research — from deposition to testing to industry deployment.
Thin Film Deposition & Characterisation
Full facilities for depositing and characterising thin film materials using sputtering, e-beam evaporation, and spin coating.
Sensor Design & Testing
Dedicated support for sensor design, fabrication workflows, and rigorous performance evaluation.
Student Research Platform
Enables UG, PG, and PhD student projects with access to advanced instruments and expert mentorship.
Industry–Academia Collaboration
Active platform for joint projects, consultancy engagements, and technology transfer with industry partners.
Equipment Details
The lab houses 15 specialised instruments spanning thin film deposition, electrical characterisation, material analysis, and utility support systems.
Equipment inventory
| NO. | EQUIPMENT | Category |
|---|---|---|
|
01 |
Atomic Force Microscope (AFM) |
Characterisation |
|
02 |
RF/DC Planar Magnetron Sputtering Unit |
Fabrication |
|
03 |
E Beam Evaporation System |
Fabrication |
|
04 |
Keithley 6221 AC DC Current Source |
Measurement |
|
05 |
Keithley 2182 Nano Voltmeter |
Measurement |
|
06 |
Pressure Calibrator |
Measurement |
|
07 |
Vacuum Chamber with Four Probe System |
Characterisation |
|
08 |
Hioki IM3536 LCR Meter / Impedance Analyser |
Measurement |
|
09 |
Muffle Furnace 3.5 KW |
Fabrication |
|
10 |
Electronic Weighing Machine |
Utility |
|
11 |
Programmable Function Generator |
Measurement |
|
12 |
6½ Digital Multimeter |
Measurement |
|
13 |
Spin Coater Model 6000F-VP |
Fabrication |
|
14 |
Cold Water Circulator Unit |
Utility |
|
15 |
Ultrasonic Cleaner |
Utility |
Research Facilities & Consultancy
The lab actively engages with industry through consultancy projects, extending its expertise in sensor development to real-world commercial applications.
Industry Partner: Nanowatts Technologies Pvt. Ltd., Bangalore
Consultancy services provided by the Thin Film Sensor Research Lab have been utilised by Nanowatts Technologies Pvt. Ltd., Bangalore, for sensor development and related technical applications — demonstrating the lab’s capacity for impactful technology transfer.
Consultancy services available
Contact the Department of EIE to explore joint research, testing, or consultancy engagements.
Faculty In-Charge
The lab is led by a team of experienced faculty from the Department of Electronics & Instrumentation Engineering.
Dr. Latha H K E
Professor & Head of the Department
Dr. Kalpana H M
Professor
Dr. D Savitha
Assistant Professor
Dr. Chaitra C
Assistant Professor
Contact Us
Department of Electronics & Instrumentation Engineering
Siddaganga Institute of Technology, Tumakuru
- Email: eie@sit.ac.in
