Bansilal Ramnath Agarwal Charitable Trust's

Vishwakarma Institute of Technology,Pune

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Home | MRS. PALOMI SANDEEP GAWLI

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MRS. PALOMI SANDEEP GAWLI

Designation:

Assistant Professor

Department:

Artificial Intelligence and Data Science

Email :

palomi.gawli@vit.edu

Phone :

9326881991

 



Personal

Educational Qualification :

University Degree Year
Vishwakarma University Phd 2024
Savitribai Phule Pune University ME 2019
Rashtrasant Tukadoji Maharaj Nagpur University BE 2013


Date of Joining : 15/12/2022


Total Experience : 11 year:2 month

Experience :

Sr. No Organisation Designation From Date To Date Years of Experience
1 Girme Collage Asstt.Prof. 19-Jun-2018 31-May-2019 0
2 SAE Kondhwa Asstt.Prof. 28-Feb-2020 - 6
3 Vishwakarma Institute of Technology Assistant Professor 16-Dec-2022 - 3

Professional Contribution :

  1. class teacher Of ET_A division

  2. class teacher Of IT_A division

  3. class teacher Of AIDS_B division

  4. Departmental Reasponsibility_SY_Common

  5. Departmental Reasponsibility_AIDS

  6. NBA Criteria Incharge

  7. classteacher Of Btech A,B,C division

  8. NBA Work

  9. Class Teacher

  10. Department Portfolio


Invited Talks :

Sr. No Name Description Type Role From Date To Date
1 Deep learning to agentic Ai in oragnizing commitee FDP organizing member 23-Mar-2026 05-Apr-2026
2 Workshop on converting Idea into Working App The workshop focused on providing practical, hands-on guidance to students for transforming innovative ideas into fully functional applications. The expert shared insights into idea validation, application development processes, and real-world implementation strategies. The session was interactive and exclusively conducted for VIT students, aiming to enhance their technical, problem-solving, and application development skills. Workshop Coordinator 10-Feb-2026 10-Feb-2026
3 IPR and Patenting: An Academic Perspective Intellectual Property Rights (IPR) refers to the legal protection given to creations of the mind such as inventions, designs, literary works, trademarks, and innovations. In academics, IPR encourages researchers, faculty, and students to protect and manage their original work. FDP Participated 26-Aug-2025 31-Aug-2025
4 Enterpreneuraship developement Entrepreneurship development is the process of improving skills, knowledge, and abilities required to start and manage a successful business. It encourages innovation, leadership, risk-taking, and self-employment opportunities. FDP Participated 06-Aug-2025 06-Aug-2025
5 UGC_Sponsored NEP Orientation & Sensitilization Programme FDP Participated 21-Apr-2025 30-May-2025
6 Next Gen AI Skills FDP co-convenor 24-Mar-2025 28-Mar-2025
7 Next Gen AI Skills:A Practical Approach for Educators Department of Artificial Intelligence & Data Science, Vishwakarma Institute of Technology, Pune FDP co-convenor 24-Mar-2025 28-May-2025
8 "Academia-Idustry Synergy:Leveraging Expertise for Mutual Growth” Department of Artificial Intelligence & Data Science FDP Participated 20-Jan-2025 24-Jan-2025
9 icial Intelligence and Generative Models" O FDP Participated 02-Dec-2024 06-Dec-2024
10 IBM Introduction to Machine Learning Course Certificates Completed Exploratory Data Analysis for Machine Learning Supervised Machine Learning: Regression Supervised Machine Learning: Classification Unsupervised Machine Learning Industry Training Participated 01-Oct-2024 16-Dec-2024
11 Machine learning Bootcamp FDP Participated 01-Jul-2024 05-Jul-2024
12 Empowering Educators:Advancement in computer pedogogy Advancement in computer pedogogy FDP co-convenor 12-Feb-2024 17-Feb-2024
13 Artificial Intelligence and Generative Models" Artificial Intelligence and Generative Models" FDP Participated 15-Jan-2024 19-Jan-2024
14 AI Evolution AI evolution from foundation to Generative AI FDP Participated 09-Jan-2024 13-Jan-2024

Book Chapter:

  1. AI-Powered Auto-Grading Mechanism for Efficient and Transparent Evaluation of Student Learning Outcomes ,null,126
  2. VIRTUAL REALITY CHAPTER 22 ,NA,126
  3. VIRTUAL REALITY CHAPTER 31 ,null,126
  4. VIRTUAL REALITY CHAPTER 6 ,null,126

International Conference:

  1. Smart IOT Based dustbin and west monitoring system ,Manav Rachna International Institute of Research and Studies ICAICCIT,123
  2. IOT Based AIr Quality Monitoring system ,Manav Rachna International institute of Research and Studies ICAICCIT,123
  3. IOT Based Smart Glasses with Real-Time Speech to Text ,2025 4th International Conference on Sentiment Analysis and Deep Learning (ICSADL),125

International Journal:

  1. APAH: An autonomous IoT driven real-time monitoring system for Industrial wastewater ,Digital Chemical Engineering,125
  2. PREDICTION OF LUNG CANCER ,YMER,123
  3. Developing a Smart Irrigation System Using NodeMCU ,European Chemical Buletin,123
  4. DocGenie: A Retrieval-Augmented Generation Chatbot for Interactive PDF Exploration ,ICEARS 2025,125
  5. Gesture and Voice Controlled Wheelchair ,ICSADL 2025,125
  6. Smart Errigation System ,International Journal of Internet of Things and Web Services,124
  7. Visualizing Covid-19 ,bulletin for technology and history journal,123
  8. Security system using PIR sensor , International Journal of Innovative Research in Technology,123
  9. Developing a Smart Irrigation System Using Node MCU ,IJSREM,123
  10. Mall Customer SEgmentation ,INTERNATIONAL JOURNAL OF CREATIVE RESEARCH THOUGHTS - IJCRT,123
  11. F1 Car Monitoring and Tracking System ,Mukt Shabd Journal,125
  12. Advanced Seatbelt Detection System Integrated with Sensor Technology and Machine Learning ,Mukt Shabd Journal,125

National Conference:

  1. HashEasy: A User-Centric GUI for Cryptographic Hashing and Performance Benchmarking ,2026 International Conference on Emerging Smart Computing and Informatics (ESCI),126


Research Grant / Funded Projects :

  1. Industry Readiness Platform for Studens
  2. An autonomous IoT driven real-time monitoring system for Industrial wastewater
  3. Hybrid Database system
  4. Web site developement Project
  5. Intelligent Space Design Ecosystem using AIML and AR
  6. Auto SRS Generator Using Agentic AI
  7. Performance and Production Challenges of Chickpea Varieties
  8. tomated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Automated Disease Detection in Medical Images using Segmentation and Feature Extraction TechniquesExtraction TechniquesExtraction Techniques Extraction TechniquesExtraction Techniques Extraction TechniquesExtraction TechniquesExtraction TechniquesExtraction TechniquesExtraction TechniquesExtraction Techniques Extraction TechniquesExtraction TechniquesExtraction TechniquesExtraction TechniquesExtraction TechniquesExtraction
  9. FinVision AI: Smart Financial News & Investor Insights
  10. AI INNOVATION CHALLENGE 2025

Patents :

  1. ANALYZING THE IMPACT OF LEARNING STYLES ON ESL/EFL COMMUNICATION STRATEGIES THROUGH MACHINE LEARNING
  2. AI-DRIVEN AUTOMATED EMPLOYEE PERFORMANCE PREDICTION SYSTEMS FOR ENHANCED HR MANAGEMENT TO IMPROVE ORGANIZATIONAL GROWTH
  3. MACHINE LEARNING AND GRAPH THEORY FOR ATTACK DETECTION AND ROUTE OPTIMIZATION IN RF NETWORKS
  4. USING MACHINE LEARNING TO RECOMMEND VOCABULARY FOR ESL LEARNERS IN HIGHER EDUCATION
  5. IoT-Enabled Real-Time Mountaineering Safety and Rescue System
  6. Automotive safety and emergency response



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