Research and Development (R&D)
Driving Research and Innovation for a Sustainable Future
Research & Development
Vishwakarma Institute of Technology is a well-recognized and highly appreciated Institute imparting quality technical education since last three decades. For accomplishment of the Vision & Mission of the Institute laying foundation for high quality research and inculcating research culture among all the stake holders of the institute is necessary. The objective of Research & development initiatives undertaken by Vishwakarma Institute of Technology is to establish research culture and facilitate development of faculty and students.
Improving high-quality scientific research is a necessary requirement for creating successful applications for society needs. All research and innovation of this Institute should aim to be of a high standard. The goal of creating technological and social innovations has emerged alongside R&D-based activities. Our relentless effort is always to foster research to contribute towards societal benefits.
Dean’s Statement
Dr. Swati Shilaskar
Dean of Research and Development
dean.research@vit.edu
VIT Pune envisions a research ecosystem where curiosity, interdisciplinary collaboration, and project-centric learning drive sustainable technological innovation. The institute strives to translate research into scalable solutions addressing societal, industrial, and environmental challenges.
Statistics
5000+
Research Publications
1800+
Patents
100+
Funded Research Projects
Research Ecosystem
The Research Ecosystem at VIT Pune is structured to promote innovation, interdisciplinary research, industry collaboration, and societal impact. The institute fosters a strong research culture focusing on resource mobilization, innovation ecosystem, research productivity, and outreach activities.
Resource Mobilization for Research
Active encouragement for faculty to secure research funding from government and non-government agencies
Institutional support for proposal writing, submission, and project management
Consultancy projects and industry-funded research initiatives
Availability of advanced infrastructure and laboratories to support funded research
Innovation Ecosystem
- Establishment of multiple Centers of Excellence (CoEs) in emerging domains such as AI, ML, IoT, AR/VR, VLSI, and Industrial Automation
- Industry-supported laboratories promoting real-world problem solving
- Support for innovation, product development, and prototyping
- Encouragement for startups, entrepreneurship, and incubation activities
- Organization of workshops, hackathons, and technical events to foster innovation
Center of Excellence in Artificial Intelligence
The Center of Excellence in Artificial Intelligence focuses on advanced AI technologies to develop intelligent systems, predictive analytics models, and autonomous decision-making frameworks. It serves as a collaborative platform bridging academia, industry, and society to deliver scalable and impactful AI-driven solutions.
Key Domains
- Machine Learning and Deep Learning
- Natural Language Processing (NLP)
- Computer Vision
- Data Science and Big Data Analytics
- Robotics and Intelligent Automation
- AI for Healthcare and Finance
- Cybersecurity and Ethical AI
- Generative AI and Large Language Models
Applications / Impact Areas
- Healthcare: Disease prediction, medical imaging, patient monitoring
- Smart Cities: Traffic management, surveillance, waste management
- Agriculture: Crop prediction, soil analysis, precision farming
- Education: Personalized learning and student analytics
- Cybersecurity: Threat and anomaly detection
- Finance: Fraud detection and decision support systems
- Sustainability: Climate analysis and energy optimization
Infrastructure & Resources
Hardware Resources
- High-performance systems with up to 14th Gen Intel® Core™ i7 processors
- Up to 64GB DDR5 RAM (4800 MHz)
- NVIDIA RTX GPUs with CUDA support
- Dedicated NVIDIA RTX GPUs
- Edge AI devices (Raspberry Pi, Jetson Nano)
- Cloud-enabled AI computing support
Software Resources
- Windows 11 Pro operating system
- Large visual storage and Lenovo Vantage utilities
- Machine Learning libraries
- Microsoft Office and AI tools
- Smart Connect and system management tools
Industry & Academic Engagement
- Industry collaborations, research partnerships, and academic interactions
- Training programs, workshops, and certification initiatives
- Support for innovation, entrepreneurship, and startup development
Outcomes
- <Development of AI-based solutions across multiple domains
- Interdisciplinary research and innovation projects
- Skill development aligned with industry and societal needs
Center of Excellence in Machine Learning & Deep Learning
The Center of Excellence in Machine Learning & Deep Learning is established to strengthen Outcome-Based Education (OBE) by providing a robust platform for advanced learning, research, and innovation in intelligent systems. It supports experiential learning, interdisciplinary projects, and research activities aligned with NBA and NAAC frameworks.
Key Domains
- Supervised and Unsupervised Learning Techniques
- Deep Learning Architectures (CNNs, RNNs, Transformer Models)
- Model Optimization and Performance Tuning
- Feature Engineering and Data Preprocessing
- Large-Scale Data Processing and Analytics
Applications / Impact Areas
- Forecasting and predictive analytics
- Anomaly detection
- Pattern recognition and intelligent decision systems
Infrastructure & Resources
Infrastructure & Resources
- High-performance computing systems: Intel Core i7 desktops (16–32 GB RAM, up to 1 TB storage, GPU-enabled systems)
- Software environment: Ubuntu 22.04 LTS, Python, MySQL, JDK, Visual Studio Code
High-End Facilities
- GPU-enabled systems for deep learning model training and experimentation
- Infrastructure for large-scale data analytics and high-performance computing
- High-speed internet for cloud integration and dataset access
- Facilities supporting research, consultancy, and student innovation projects
Outcomes
- Research-driven projects aligned with Program Outcomes (POs) and Program Specific Outcomes (PSOs)
- Enhanced student participation in AI/ML innovation and interdisciplinary research
Center of Excellence in Cognitive Computing
The Center of Excellence in Cognitive Computing focuses on developing intelligent systems that simulate human reasoning, learning, and decision-making. It integrates knowledge graphs, reasoning engines, and context-aware computing to build advanced AI solutions. The center promotes interdisciplinary research by combining artificial intelligence with cognitive science to address complex real-world challenges.
Key Domains
- Knowledge Graphs and Reasoning Systems
- Conversational AI and Sentiment Analysis
- Cognitive Automation
Infrastructure & Resources
Infrastructure & Resources
- Computing systems: Intel Core i5 (12th Gen) and i3 configurations with 8–16 GB RAM
- Operating systems: Windows 10/11 and Ubuntu 22.04 LTS
- HP LaserJet Pro MFP M128FN printer
- Development environment: Python, MySQL, JDK, Visual Studio Code
- Networked systems supporting collaborative development and experimentation
High-End Facilities
- GPU-enabled systems for deep learning and cognitive model training
- Infrastructure for large-scale data analytics and high-performance computing
- High-speed internet for cloud integration and dataset access
- Facilities supporting research, consultancy, and student innovation projects
Outcomes
- Development of cognitive AI solutions and intelligent systems
- Interdisciplinary research and innovation in human-like computing
Center of Excellence in Generative AI (In Collaboration with Accio Labs)
The Center of Excellence in Generative AI is established in collaboration with Accion Technologies Pvt. Ltd. to promote industry-driven learning, research, and innovation in advanced AI technologies. The center provides a platform for hands-on training, real-world project development, and skill enhancement aligned with industry requirements.
Key Domains
- Generative AI and Large Language Models
- Applied AI and Intelligent Systems
- Industry-Oriented AI Solutions
Applications / Impact Areas
- AI-based product development and automation
- Industry-driven problem solving using GenAI
- Research and innovation in emerging AI technologies
Infrastructure & Resources
Infrastructure & Resources
- High-performance computing systems (Intel i7, 32GB RAM, GPU-enabled – RTX 4060)
- Dedicated GenAI laboratory facility
- Printer and supporting infrastructure for academic and project activities
Industry Collaborations
- GPU-enabled systems for deep learning and cognitive model training
- Infrastructure for large-scale data analytics and high-performance computing
- High-speed internet for cloud integration and dataset access
- Facilities supporting research, consultancy, and student innovation projects
Outcomes
- 60+ industry projects involving 250+ students and 25+ faculty members
- 26 GenAI-based live industry projects
- Internship opportunities for students
- Placement outcomes with PPOs (up to ₹5 LPA)
- Faculty development and industry training programs
- Workshops on advanced topics such as Graph RAG and LangGraph
- Joint publication in Springer Scopus-indexed conference (ICT4SD 2025)
- Participation in industry events and curriculum development
- Industry experts involved as examiners and advisory members
Center of Excellence in Software Development
The Center of Excellence in Software Development promotes Outcome-Based Education (OBE) by bridging the gap between academic learning and evolving industry requirements. It focuses on advanced software engineering practices and emerging technologies to enable experiential learning, interdisciplinary projects, and innovation-driven development aligned with NBA and NAAC frameworks.
Key Domains
- Full-Stack Development
- Microservices Architecture
- DevOps and CI/CD Practices
- Cloud-Native Application Development
Applications / Impact Areas
- Enterprise and cloud-based application development
- Automation of software deployment pipelines
- Scalable and distributed system design
- Industry-oriented software solutions
Core Competencies
- Scalable System Design
- API Development and Integration
- CI/CD Pipeline Implementation
- Containerization and Orchestration (Docker, Kubernetes)
Infrastructure & Resources
Infrastructure & Resources
- High-performance computing systems (Intel i7/i3 configurations)
- AR/VR devices (Microsoft HoloLens, Oculus Meta Quest) for immersive development
- Development environment: Ubuntu, Python, JDK, CodeBlocks, Visual Studio Code
- Database systems: MySQL
- LCD projector-enabled smart learning environment
High-End Facilities
- Dedicated infrastructure for full-stack and cloud-based development
- DevOps ecosystem supporting CI/CD pipelines and automation
- High-speed networking for real-time collaboration and deployment
- Facilities supporting research, consultancy, and student innovation projects
Outcomes
- Industry-ready skill development in modern software technologies
- Enhanced student participation in project-based learning and innovation
- Strengthened industry collaboration and practical problem-solving skills
NVIDIA Visual Computing Laboratory
The NVIDIA Visual Computing Laboratory provides a high-performance environment for advanced computing, enabling research and development in parallel processing, deep learning, and high-performance computing (HPC). It supports applications in computer vision, simulation, and real-time rendering, facilitating large-scale AI model training
Key Domains
- Parallel Computing and High-Performance Computing (HPC)
- Deep Learning and Artificial Intelligence
- Computer Vision and Simulation
- Real-Time Rendering
Applications / Impact Areas
- Large-scale AI/ML model training
- Computer vision and image processing
- Simulation and visualization systems
- Real-time data processing and analytics
Infrastructure & Resources
- GPU-enabled workstations (NVIDIA RTX series, including RTX 4060 Ti)
- AI/Deep Learning servers with multi-GPU support
- CUDA-enabled computing platforms
- Software ecosystem: NVIDIA Omniverse, CUDA Toolkit, TensorFlow, PyTorch
- Access to NVIDIA Deep Learning Institute (DLI) certified courses
High-End Facilities
- GPU clusters for multi-node AI/ML training
- Dedicated deep learning servers for high-performance workloads
Outcomes
- Support for advanced AI research and development
- Hands-on training in GPU computing and deep learning frameworks
- Enablement of high-performance and scalable computing solutions
iMac Computing Lab
The iMac Computing Lab provides a high-performance macOS-based environment for UI/UX design, iOS/macOS application development, and multimedia processing. It supports tools such as Xcode, Swift, and creative design suites, enabling cross-platform and human-centric software development
Key Domains
- UI/UX Design and Human-Centered Applications
- iOS/macOS Application Development
- Multimedia and Creative Computing
Applications / Impact Areas
- Cross-platform software development
- Mobile and desktop application design
- Creative and multimedia solutions
Infrastructure & Resources
- Apple iMac systems with M1 chip and 4.5K display (25 units)
- RICOH Printer (IM 2701 PCL 6)
- BenQ LCD Projector
Outcomes
- Enhanced student capabilities in design and application development
- Industry-relevant skills in Apple ecosystem and UI/UX technologies
Liquid Galaxy Lab
The Liquid Galaxy Lab at Vishwakarma Institute of Technology, Pune (established in 2025) provides an immersive geospatial visualization environment using Google Earth and open-source technologies. It enables multi-display visualization for spatial data analysis, virtual navigation, and simulation, supporting applications in urban planning, environmental monitoring, and geospatial analytics.
Key Domains
- GIS and Spatial Data Visualization
- Geospatial Analytics and Simulation
- Immersive Visualization Systems
- Virtual Navigation and 3D Mapping
Applications / Impact Areas
- Smart city planning and urban analysis
- Environmental modelling and monitoring
- Disaster management and land-use analysis
- Real-time geospatial data interpretation
- Interactive GIS-based application development
Infrastructure & Resources
Hardware Resources
- ThinkCentre Neo 50t Gen 5 (Intel) Tower systems
- HP Pro Tower 280 G9 Desktop PCs
- LG 43” LED display with height-adjustable stand
Software Resources
- Operating System: Microsoft Windows 11 (64-bit)
- Development tools: VS Code
- Databases and tools: MongoDB, MySQL
- Compiler tools: MinGW-w64
High-End Facilities
- Multi-display panoramic visualization system
- 360° immersive geospatial visualization environment
- High-resolution display setup for simulations and virtual tours
Industry Collaborations
- Based on Google Open-Source Liquid Galaxy platform
- Supports collaborative research and academic applications in geospatial technologies
Outcomes
- Development of GIS-based applications and visualization models
- Enhanced capabilities in geospatial data analysis and simulation
- Support for interdisciplinary research and student innovation projects
Center of Excellence in Human-Computer Interaction (HCI)
The Center of Excellence in Human-Computer Interaction (HCI) focuses on designing user-centric digital systems through advanced research in usability, interaction design, and human-centered AI. Established in 2018, the center promotes innovation in creating intuitive, accessible, and trustworthy computing solutions.
Key Domains
- User Interface (UI) and User Experience (UX) Design
- Usability Evaluation and User-Centered Design
- Human-Centered AI and Accessibility Computing
- Recommendation Systems and Digital Trust
- Chatbot Development and IoT-based Interactions
Applications / Impact Areas
- Interactive and user-friendly digital systems
- Accessibility solutions for diverse users
- Intelligent recommendation and conversational systems
- Trustworthy and ethical user interface design
Outcomes
- 50+ research publications and 8 book publications
- 5 funded research projects and 3 patents published
- 4 Best Research Paper Awards
- 5 international workshops organized
- 18 travel grants and participation in 10+ countries
- Mobile application development (apps published on Play Store)
Center of Excellence in Augmented Reality & Virtual Reality
The Center of Excellence in Augmented Reality & Virtual Reality (AR/VR) provides a platform for experiential learning and research in immersive technologies, supporting Outcome-Based Education (OBE). It enables students to design and develop interactive AR/VR applications with real-world relevance across multiple domains.
Key Domains
- 3D Modeling and Visualization
- Simulation Environment Development
- Immersive User Experience Design
- Virtual Training and Interactive Systems
Applications / Impact Areas
- Virtual learning and education systems
- Healthcare simulation and training
- Industrial visualization and smart manufacturing
Infrastructure & Resources
- High-performance computing systems (Intel i7/i3 configurations)
- AR/VR devices: Microsoft HoloLens and Oculus Meta Quest
- Development platforms: Unity, Unreal Engine, and XR technologies
- Software environment: Windows, Ubuntu, Python, JDK, VS Code, MySQL
- LCD projector-enabled smart learning environment
High-End Facilities
- Dedicated systems for real-time rendering and simulation
- Infrastructure for immersive application development and testing
- High-speed internet for collaboration and cloud integration
- Facilities supporting research, consultancy, and student innovation projects
Outcomes
- Development of AR/VR-based applications and projects
- Interdisciplinary research and innovation
- Contribution to Program Outcomes (POs) and skill enhancement aligned with industry requirements
Center of Excellence in Industrial Automation
The Center of Excellence in Industrial Automation focuses on advanced training, research, and implementation of automation technologies including PLC, SCADA, DCS, and industrial robotics. It enables the development of smart manufacturing solutions and cyber-physical systems aligned with Industry 4.0
Key Domains
- PLC, SCADA, and DCS Systems
- Industrial Robotics and Motion Control
- Process Automation and Control Systems
- Industry 4.0 and Smart Manufacturing
Applications / Impact Areas
- Industrial process automation and monitoring
- Smart manufacturing and control systems
- Real-time industrial system integration
- Cyber-physical systems and intelligent control
Infrastructure & Resources
Factory Automation Lab
- Mitsubishi PLC training setups (Q, FX, R series)
- HMI systems (G14 series)
- Inverters, motion controllers, and servo systems
- I/O simulators and X-Y table setups
- Variable frequency drives and industrial PLC platforms
Process Instrumentation Lab
- PLC platforms: Allen Bradley, Siemens, Omron
- SCADA systems: InduSoft, RSView
- HMI systems and industrial software tools
- Process loop components: transmitters, valves, controllers
- Electrical systems: relays, switches, timers, contactors
- Motors and drives: DC, AC, servo, stepper motors
- Pneumatic systems and motion control setups
- Sensors and transducers for displacement, pressure, temperature, flow, and level
- Measurement and calibration instruments
DCS Training Centre
- Advanced process instrumentation systems (level, temperature, radar-based sensors)
- DeltaV DCS workstations and monitoring systems
- Fieldbus and industrial communication devices
Process Control Lab
- PID controllers and process trainers
- Flow, pressure, and level control systems
- Coupled tank and temperature control setups
- Data acquisition systems (NI USB DAQ)
Experimental Setups
- Multi-process control loops (flow, pressure, temperature, level)
- Industry-supported setups (e.g., Forbes Marshall funded systems)
Software Resources
- MATLAB for simulation, modelling, and control system analysis
Outcomes
- Hands-on training in industrial automation systems
- Industry-ready skill development in control and instrumentation
- Practical exposure to real-time industrial processes and systems
VLSI Design Laboratory
The VLSI Design Laboratory provides a comprehensive platform for training, research, and innovation in semiconductor chip design under the Chips to Startup (C2S) Programme. It enables students and faculty to gain hands-on experience across the complete analog and digital design flow, from RTL design to GDSII implementation.
Key Domains
- Analog and Digital VLSI Design
- Semiconductor Device Modeling and Fabrication
- Design Verification and Physical Design
- Advanced Semiconductor Technologies
Applications / Impact Areas
- Chip design and development
- Process simulation and device characterization
- Exploration of advanced technologies such as FinFETs and nanoscale devices
Infrastructure & Resources
- Industry-standard EDA tools: Cadence, Synopsys, Siemens (Mentor Graphics)
- TCAD tools: Synopsys Sentaurus for device and process simulation
- High-performance computing systems and secure servers
- Networked environment for resource-intensive design and simulation
Industry Collaboration
- Supported under the Chips to Startup (C2S) initiative by the Ministry of Electronics and Information Technology
Outcomes
- Hands-on training across complete VLSI design flow
- Faculty Development Programs (FDPs) and student projects
- Skill development aligned with semiconductor industry requirements
IFM Industrial Automation CoE Lab
The IFM Industrial Automation Center of Excellence, established in collaboration with ifm electronic GmbH at the Department of Electronics and Telecommunication Engineering, provides a hands-on platform for advanced learning in industrial automation and control systems. The center focuses on bridging the gap between academic knowledge and real-world industrial practices through experiential learning and industry-supported training.
Key Domains
- Industrial Automation Systems
- Embedded and Programmable Control Systems
- Sensor-Based Monitoring and Control
- Industry 4.0 Technologies
Applications / Impact Areas
- Real-time industrial automation and control
- Smart manufacturing and process optimization
- Industry-oriented skill development and training
Infrastructure & Resources
- Ecomat Display Units (CR1204, CR1102, CR1203, CR1077, CR1140)
- Programmable Controllers (CR710S, CR0708, CR413S)
- Interface Adaptors and Cable Connectors
- Industrial communication and connection cables
- Operator control panels and push-button systems
- Integrated automation training setups for hands-on experimentation
Industry Collaboration
- Funded and supported by ifm electronic GmbH
- Industry-led training sessions conducted by domain experts
Outcomes
- Student internships and placements
- Increasing student participation in industry-oriented courses
Center of Excellence for AI in Civil Engineering
The Center of Excellence fir AI in Civil Engineering focuses on leveraging Artificial Intelligence and Machine Learning techniques to address complex challenges in Civil Engineering. It promotes research, capacity building, and technology transfer by integrating AI across domains such as water resources, structural, environmental, transportation, and geotechnical engineering. The CoE is built on sustained research activities, funded projects, academic courses, and interdisciplinary collaboration.
Key Domains
- Artificial Intelligence and Machine Learning in Civil Engineering
- Data-driven modelling (ANN, Deep Learning, Genetic Programming, SVM, Random Forest, Fuzzy Logic)
- Water Resources, Structural, Environmental, Transportation, and Geotechnical Engineering
- Climate modelling, forecasting, and predictive analytics
Applications / Impact Areas
- Rainfall-runoff modelling and streamflow forecasting
- Water quality and environmental monitoring
- Structural behaviour prediction and infrastructure analysis
- Climate change impact assessment
- Smart decision-making systems for civil engineering problems
Infrastructure & Resources
- AI-based modelling and simulation tools
- Computing facilities supporting data-driven analysis
- Academic courses and training modules in AI (including ANN-based courses)
- Research ecosystem supported by funded projects, publications, and student research (UG/PG/PhD)
Industry Collaboration
- Funded research projects with organizations such as INCOIS, AICTE, and SPPU
- Workshops and training programs conducted across multiple institutions
- Collaboration with academic and research institutions for knowledge dissemination
Outcomes
- 3+ sponsored research projects with government agencies
- 50+ journal and conference publications in AI applications in civil engineering
- 2000+ students and 100+ faculty trained through workshops
- Multiple awards and recognitions in AI-based civil engineering research
- Active involvement of UG, PG, and PhD students in research and development
- Development of academic courses and hands-on training programs in AI for civil engineering
Center of Excellence in Piping Engineering
The Center of Excellence in Piping Engineering focuses on advanced design, analysis, and optimization of piping systems for industrial applications. It provides specialized training, research, and consultancy support in process plant engineering, ensuring alignment with industry standards and safety practices.
Key Domains
- Piping Design and Layout Engineering
- Stress Analysis and Structural Integrity
- CAD/CAE-based Modelling and Simulation
- Process Plant Design and Safety Standards
Applications / Impact Areas
- Industrial process plant design and optimization
- Fluid transport and distribution systems
- Stress evaluation and safety compliance in piping networks
Infrastructure & Resources
- Industry-standard 3D modelling software: E3D, SP3D, AutoPlant 3D
- Stress analysis tools: CAESAR-II
- Computing systems for design, simulation, and analysis
Industry Collaboration
- Consultancy services for industry in piping layout design, stress analysis, and material selection
Outcomes
- Training in layout specific 3D modeling softwares e.g. E3D, SP3D, Autoplant 3D
- Training in Stress analysis for piping on software CAESAR-II.
- Consultancy to industry for training in Layout and Stress analysis and material.
Center of Excellence in Internet of Things
The Center of Excellence in Internet of Things (IoT) provides a structured, hands-on platform for learning, research, and innovation in IoT architecture, embedded systems, and real-time applications. It enables students to engage in industry-aligned projects, internships, and deployment-oriented problem-solving, while fostering product prototyping, startup incubation, and advanced skill development for industry and R&D roles.
Key Domains
- IoT Architecture and Embedded Systems
- Real-Time Data Acquisition and Processing
- Sensor Networks and Edge Computing
- Product Prototyping and Innovation
Applications / Impact Areas
- Smart devices and automation
- Industry-oriented IoT solutions
Infrastructure & Resources
- Arduino EK Minima-based kits and embedded system platforms
- Dedicated laboratories for applied electromechanics and IoT experimentation
Industry Collaboration
- Collaborative initiative between Vishwakarma Institute of Technology, Vishwakarma University, and Arduino (Italy) through Robu (MACFOS) India
- Sponsored infrastructure including Arduino-based development kits
Outcomes
- Faculty Development Program on Arduino-based applications
- Student workshops and hands-on training sessions
- Industry-aligned projects and skill development initiatives
Fluid Control CoE Lab
The Fluid Control Center of Excellence Lab supports skill development, research, and innovation in fluid mechanics and mechanical systems through CSR-funded infrastructure. It provides hands-on exposure to modern industrial technologies and advanced manufacturing systems.
Key Domains
- Fluid Mechanics and Control Systems
- Automation and Mechatronics
Applications / Impact Areas
- Industrial process control
- Advanced manufacturing systems
Infrastructure & Resources
- SCARA Robot
- CV Test Setup
- Hydrogen Fuel Cell System
- 3D Printer
- Surface Roughness Tester
- Hardness Testing Machine
- Salt Spray Testing Chamber
Outcomes
- Hands-on training and project-based learning
Atlas Copco Center of Excellence Lab
The Atlas Copco Center of Excellence Lab facilitates applied industrial research and hands-on training in mechanical and fluid systems, enabling students to gain practical exposure to real-world engineering applications.
Key Domains
- Industrial Systems and Analysis
Applications / Impact Areas
- Industry-oriented project demonstrations
Infrastructure & Resources
- Fatigue Testing Machine: Servo-controlled system (≈100 kN capacity) for cyclic loading with digital control for fatigue life analysis
- Friction and Wear Testing Machine: Pin-on-disc tribometer (up to ≈200 N load, 100–2000 RPM) for measuring friction and wear characteristics
- Flywheel Test Setup: Motor-driven rotational system for analysing torque, speed, and energy storage in mechanical systems
Outcomes
- Industry interaction and applied research exposure
Centers of Excellence (CoEs)
Center of Excellence in Artificial Intelligence
Read MoreCenter of Excellence in Machine Learning & Deep Learning
Read MoreCenter of Excellence in Cognitive Computing
Read MoreCenter of Excellence in Generative AI (in collaboration with Accion Labs)
Read MoreCenter of Excellence in Software Development
Read MoreNVIDIA Visual Computing Laboratory
Read MoreiMac Computing Lab
Read MoreLiquid Galaxy Lab
Read MoreCenter of Excellence in Human-Computer Interaction (HCI)
Read MoreCenter of Excellence in Augmented Reality & Virtual Reality
Read MoreCenter of Excellence in Industrial Automation
Read MoreVLSI Design Laboratory
Read MoreIFM Industrial Automation CoE Lab
Read MoreCenter of Excellence for AI in Civil Engineering
Read MoreCenter of Excellence in Piping Engineering
Read MoreCenter of Excellence in Internet of Things
Read MoreFluid Control CoE Lab
Read MoreAtlas Copco Center of Excellence Lab
Read MoreResearch Publications and Awards
Promotion of high-quality research publications in reputed journals (Scopus / Web of Science indexed)
Encouragement for interdisciplinary and collaborative research
Recognition of faculty and students through awards, grants, and fellowships
Participation in national and international conferences and symposiums
Outcomes & Impact
Increased number of funded research projects & consultancy assignments
Growth in quality publications and intellectual property (patents, copyrights)
Development of innovative solutions addressing
real-world and societal challenges
Sponsored Research
RGSTC, Mumbai
2025-26
Department
Computer Engineering
scheme
RGSTC Assistance for S&T Applications
Investigators
- Dr. Priyanka More
- Dr. Sachin Sakhare
AMOUNT SANCTIONED
₹ 59,37,000
National Supercomputing Mission with Walchand College of Engineering, Sangli
2025-26
Department
Computer Engineering
scheme
Faculty Development Program
Investigators
- Dr. Sandip Shinde
- Dr. Kaushalya Thopate
- Dr. Sheetal Phatangare
AMOUNT SANCTIONED
₹ 3,66,080
IEEE PUNE SECTION
2025-26
Department
Electronics and Telecommunication Engineering
scheme
SPONSORSHIP
Investigators
- Dr. Medha Vyawahare
- Dr. Archana Ratnaparkhi
- Dr. Arti Bang
- Prof. Vrinda Parkhi
AMOUNT SANCTIONED
₹ 10,000
MUHS
2025-26
Department
Information Technology Engineering
scheme
SIP-2025
Investigators
- Dr. Shalini Wankhade
- Dr. Parikshit Mahalle
AMOUNT SANCTIONED
₹ 8,501
Crompton Greaves Consumer Electricals Limited
2024-25, 2025-26
Department
Computer Science and Engineering – Data Science
scheme
CG-2024
Investigators
- Dr. Ratnmala Bhimanpallewar
- Dr. Mangesh Chaudhari
- Dr. Sandeep Kore
AMOUNT SANCTIONED
₹ 4,00,000
Techknowgreen Solutions Limited, Pune
2024-25
Department
Computer Science and Engineering – Data Science Engineering
scheme
Data Analytics for Sustainability
Investigators
- Dr. Rupali Atul Mahajan
- Dr. Parikshit Mahalle
- Dr. Vivek Deshpande
AMOUNT SANCTIONED
₹ 13,00,832
Whirlpool India Ltd
2024-25
Department
Mechanical Engineering
scheme
Consultancy Project
Investigators
- Dr. Mangesh Chaudhari
- Dr. Umesh Chavan
- Prof. Mangate
- Prof. Hulwan
AMOUNT SANCTIONED
₹ 13,15,700
Tata Group Associate
2024-25
Department
Electronics and Telecommunication Engineering
scheme
Consultancy
Investigators
- Dr. Shripad Bhatalawande
- Dr. Swati Shilaskar
- Dr. Jyoti Madake
AMOUNT SANCTIONED
₹ 5,00,000
Dassault Systemes Foundation
2024-25
Department
Mechanical Engineering
scheme
Industry Projects
Investigators
- Dr. Dattatray Hulwan
- Dr. Avadhoot Rajurkar
- Dr. Umesh S. Chavan
AMOUNT SANCTIONED
₹ 4,00,000
Villoo Poonawalla Foundation
2024-25
Department
Electronics and Telecommunication Engineering
scheme
CSR
Investigators
- Dr. Rahul S. Pol
- Dr. Manasi Ghamande
- Dr. Arti Bang
- Dr. Vijaya Aher
AMOUNT SANCTIONED
₹ 2,00,000
Trimurti Die and Pattern
2024-25
Department
Mechanical Engineering
scheme
Research grant
Investigators
- Dr. Ganesh Narkhede
AMOUNT SANCTIONED
₹ 2,50,000
Atlas Copco
2024-25
Department
Mechanical Engineering
Investigators
- Dr. Umesh Chavan
- Prof Ashok Mache
AMOUNT SANCTIONED
₹ 2,28,000
ARAI
2024-25
Department
Mechanical Engineering
Investigators
- Dr. Umesh Chavan
AMOUNT SANCTIONED
₹ 1,00,000
Progenous Solution Pvt Ltd
2024-25
Department
Civil
scheme
Industry Research Project
Investigators
- Dr Archana Girish Tanawade
AMOUNT SANCTIONED
₹ 50,000
Techknowgreen Solutions Limited, Pune
2023-24
Department
Computer Engineering
scheme
Data Analytics for Sustainability
Investigators
- Dr. Rupali Atul Mahajan
- Dr.Parikshit Mahalle
- Dr.Vivek Deshpande
AMOUNT SANCTIONED
₹ 14,75,000
Yukti Innovation Challenge 2023
2023-24
Department
Civil
scheme
AICTE
Investigators
- Dr Archana Girish Tanawade
AMOUNT SANCTIONED
₹ 5,00,000
B G Shirke Innovation Challenge
2023-24
Department
Civil Engineering
scheme
Consultancy
Investigators
- Dr Shrikant Shinde
AMOUNT SANCTIONED
₹ 2,95,000
AICTE
2023-24
Department
Computer Engineering
scheme
ATAL FDP
Investigators
- Dr. Sandip Shinde
- Prof. Swati V Jadhav
AMOUNT SANCTIONED
₹ 3,50,000
AICTE
2023-24
Department
AIML
scheme
AICTE ATAL FDP
Investigators
- Dr. Premanand Ghadekar
- Prof. Pankaj Kunekar
AMOUNT SANCTIONED
₹ 3,50,000
Progenious solution Pvt Lt
2023-24
Department
Civil
scheme
Research Project Sponsor by Industry
Investigators
- Dr Archana G Tanawade
AMOUNT SANCTIONED
₹ 50,000
Science and Engineering Research Board (SERB)
2022-23
Department
Civil Engineering
scheme
SERB POWER Grant
Investigators
- Dr. Shilpa Patil
- Dr. Sheetal Sahare
AMOUNT SANCTIONED
₹ 23,28,395
AICTE
2022-23
Department
AIML
scheme
AICTE ATAL FDP
Investigators
- Dr. Premanand Ghadekar
- Prof. Pankaj Kunekar
AMOUNT SANCTIONED
₹ 3,00,000
SERB
2021-22
Department
Computer Engineering
scheme
Core Research Grant
Investigators
- Dr. Sandip Shinde
- Dr. Pushkar S. Joglekar
AMOUNT SANCTIONED
₹ 32,39,498
AICTE
2021-22
Department
AIML
scheme
AICTE ATAL FDP
Investigators
- Dr. Premanand Ghadekar
AMOUNT SANCTIONED
₹ 93,000
Dassault Systemes Foundation
2020-21
Department
Electronics and Telecommunication Engineering
scheme
Industry Consultancy
Investigators
- Dr. Jyoti Madake
- Dr. Shripad Bhatlawande
AMOUNT SANCTIONED
₹ 8,54,000
Nyati Group
2022-23
Department
Civil Engineering
Investigators
- Dr. Shrikant T Shinde
AMOUNT SANCTIONED
₹ 63,956
Whirlpool Corporation
2022-23
Department
Mechanical Engineering
Investigators
- Dr. Umesh Chavan
- Dr. Mangesh Chaudhari
AMOUNT SANCTIONED
₹ 14,83,260
Irrigation Department Govt of Maharashtra
2022-23
Department
Civil Engineering
Investigators
- Dr. Shrikant T Shinde
AMOUNT SANCTIONED
₹ 45,548
BITS BioCyTiH Foundation
2025-26
Department
Electronics and Telecommunication Engineering
scheme
ART 5
Investigators
- Dr. Shripad Bhatalawande
- Dr. Swati Shilaskar
- Dr. Jyoti Madake
AMOUNT SANCTIONED
₹ 20,00,000
Dassault Systèmes Foundation
2025-26
Department
Electronics and Telecommunication Engineering
scheme
Corporate Social Responsibility (CSR)
Investigators
- Dr. Minal Deshmukh
AMOUNT SANCTIONED
₹ 14,50,000
Eikasia Esports & Entertainment Private Limited
2025-26
Department
Computer Science and Engineering – Data Science
scheme
Data Analytics for Sustainability
Investigators
- Dr. Rupali Atul Mahajan
- Dr. Parikshit Mahalle
- Dr. Vivek Deshpande
AMOUNT SANCTIONED
₹ 12,18,780
Dassault System
2025-26
Department
Mechanical Engineering
scheme
La Foundation Research Grant
Investigators
- Dr. Atul Kulkarni
- Dr. Ganesh Korwar
- Dr Prashant Anerao
- Prof Dattatraya Nalawade
- Prof Ketki Shirbhavkar
- Dr Mangesh Chaudhari
AMOUNT SANCTIONED
₹ 12,60,000
Villoo Poonawalla Charitable Foundation
2025-26
Department
Electronics and Telecommunication Engineering
scheme
CSR Funds
Investigators
- Dr. Rahul S. Pol
- Dr. Manasi Ghamande
- Dr. Arti Bang
- Dr. Vijaya Aher
- Dr. G. V. Ghule
AMOUNT SANCTIONED
₹ 1,00,000
Dassault Systèmes Foundation
2025-26
Department
Electronics and Telecommunication Engineering
scheme
CSR
Investigators
- Dr. Rahul Pol
AMOUNT SANCTIONED
₹ 11,00,000
Dassault Systèmes Foundation
2025-26
Department
Electronics and Telecommunication Engineering
scheme
CSR
Researchers
- Dr. Rahul S. Pol
AMOUNT SANCTIONED
₹ 7,14,951
IEEE Foundation
2024-25
Department
Try Engineering
scheme
CSR
Investigators
- Prof. Dipti Pandit
AMOUNT SANCTIONED
₹ 1,71,240
Whirlpool Corporation
2025-26
Department
Mechanical Engineering
Investigators
- Dr. Mangesh Chaudhari
- Dr. Umesh Chavan
AMOUNT SANCTIONED
₹ 13,15,000
Institution’s Innovation Council (IIC)
IPR Ecosystem
Vishwakarma Institute of Technology is a well-recognized and highly appreciated Institute imparting quality technical education since last three decades. For accomplishment of the Vision & Mission of the Institute laying foundation for high quality research and inculcating research culture among all the stake holders of the institute is necessary. The objective of Research & development initiatives undertaken by Vishwakarma Institute of Technology is to establish research culture and facilitate development of faculty and students.
Dedicated IPR Cell / Research & Development Cell
Participation in national initiatives such as the KAPILA Scheme (AICTE)
Mentorship for prior art search, patent drafting, and filing
Financial and administrative support for IP filing
IPR Vision & Objectives
- Promote awareness and creation of Intellectual Property among students and faculty
- Encourage patent filing, copyrights, and design registrations
- Facilitate conversion of research outcomes into commercially viable technologies
- Strengthen industry-academia collaboration through IP-driven innovation
Key IP Activities
Patent filing workshops and awareness programs
IP audit and identification of patentable research
Support for drafting, filing, and prosecution of patents
Encouragement for interdisciplinary and industry-linked patents
Facilitation of technology transfer and licensing
IPR Cell Supports Students
The IPR Cell at VIT Pune plays a proactive role in nurturing student innovation and guiding them through the complete Intellectual Property lifecycle. It ensures that student ideas are systematically transformed into protected and impactful innovations.
Regular workshops, seminars, and expert sessions on patents, copyrights, trademarks, and design rights
Support in identifying patentable ideas from academic and project work, guided by faculty and IP experts
Helping students assess novelty using standard patent databases
Assistance in preparing specifications, claims, and documentation
Institutional and scheme-based support (e.g., KAPILA) for patent filing
Encouraging conversion of student projects and hackathon ideas into patent filings
TEAM RESEARCH
Dr. Swati Shilaskar
Professor and Dean Research and Development
Dean.research@vit.edu
Dr. Rakhi Bhardwaj
Associate Dean Research and Development
Rakhi.bhardwaj@vit.edu
Dr. Pallavi Deshpande
Associate Dean Research and Development
Pallavi.Deshpande@vit.edu
Dr. Jyoti Madake
Associate Dean Research and Development
Jyoti.madake@vit.edu
Dr. Ganesh Bhutkar
Assistant Head Research
Department of Computer Engineering
Ganesh.Bhutkar@vit.edu
Dr. Ganesh
Pise
Assistant Head Research
Department of IT Engineering
Ganesh.Pise@vit.edu
Dr. Shrinivas Chippa
Assistant Head Research
Department of Mechanical Engineering
Shrinivas.Chippa@vit.edu
Dr. Jyoti Kanjalkar
Assistant Head Research
Department of CSE AIML Engineering
Jyoti.Kanjalkar@vit.edu
Dr. Shital
Pawar
Assistant Head Research
Department of E&TC Engineering
Shital.raut@vit.edu
Dr. Archana Chaudhari
Assistant Head Research
Department of Instrumentation Engineering
Archana.Chaudhari@vit.edu
Dr. Vaishali Rajput
Assistant Head Research
Department of AIDS Engineering
Vaishali.Rajput@vit.edu
Dr. Anuradha Yenkikar
Assistant Head Research
Department of CSE AI Engineering
Anuradha.yenkikar@vit.edu
Dr. Rupali Mahajan
Assistant Head Research
Department of CSE DS Engineering
Rupali.Mahajan@vit.edu
Prof. Amol Suryawanshi
Assistant Head Research
Department of CSE IOT CSBCT Engineering
Amol.Suryawanashi@vit.edu
Dr. Varsha Jadhav
Assistant Head Research
Department of CSE SE Engineering
Varsha.Jadhav@vit.edu
Dr. Pradnya Dixit
Assistant Head Research
Department of Civil Engineering
Pradnya.Dixit@vit.edu
Dr. Satchindanand Satpute
Assistant Head Research
Department of Chem Engineering
Satchindanad.Satpute@vit.edu
Prof.
Kalpesh
Joshi
Associate Head Academics and Research
Kalpesh.Joshi@vit.edu
Prof. Bhausaheb Dane
Associate Head Academics and Research
Bhausaheb.Dane@vit.edu
Research Forum
The Research Forum serves as a dynamic platform to foster innovation, collaboration, and academic excellence within the institution. It encourages faculty and students to engage in impactful research, enhance their skills, and contribute to technological and scientific advancements. Through various initiatives, the forum supports the development of a strong research culture and promotes participation in national and international funding opportunities.
Research & Development
Promotes applied and basic research, technology development, and innovation initiatives.
Faculty & Skill Development
Supports faculty through Ph.D. deputation, research skill development, and training programs.
Research Programs
Organizes conferences, workshops, and Short Term Training Programs (STTPs) to enhance research capabilities.
Funding & Proposals
Encourages submission of research proposals to agencies like AICTE, UGC, and DST.
Government Collaborations
Collaborates with organizations such as ISRO, DRDO, CSIR, and RGSTC for advanced research.
Institutional Partnerships
Works with Savitribai Phule Pune University and other institutions to strengthen research ecosystems.
RESEARCH ACTIVITIES
Governance & Mentorship
- Institutional committees
- Mentoring systems
- Well-defined research policies
Innovation & IPR
- Patents & copyrights
- Technology transfer
- Intellectual property generation
Research Funding
- Government-funded projects
- Non-government funding
- Grant acquisition
Publications & Collaboration
- Scopus/Web of Science journals
- MoUs & joint research
- Research institute collaboration
Entrepreneurship & Ecosystem
- Incubation support
- Startup ecosystem
- Innovation initiatives
Capacity Building
- FDPs & training programs
- Faculty development
- Deputation programs
Events & Outreach
- IConferences & seminars
- Workshops & STTPs
- Knowledge dissemination
Student Engagement
- Research participation
- Project-based learning
- Innovation involvement
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