Faculty Profile
Home | MR. SANTOSH DINESHWAR KUMAR

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MR. SANTOSH DINESHWAR KUMAR

Designation:

Assistant Professor

Department:

Artificial Intelligence and Data Science

Email :

santosh.kumar@vit.edu

Phone :

9970279566

Educational Qualification :

University Degree Year
Shivaji University Mtech 2010
K L University Phd 2026


Date of Joining : 29/07/2021


Total Experience : 15 year:3 month

Experience :

Sr. No Organisation Designation From Date To Date Years of Experience
1 Sandip Foundations SITRC Nashik Assistant Professor 15-Jul-2010 22-Feb-2020 9
2 SRIMST Delhi Assistant Professor 18-Nov-2020 29-Jul-2021 0
3 VIIT Assistant Professor 30-Jul-2021 - 5

Professional Contribution :

  1. Head, AI&DS, VIIT

  2. AI&DS Department - SPOC

  3. Assistant Head, Academics


Invited Talks :

Sr. No Name Description Type Role From Date To Date
1 AI FOR SUSTAINABLE DEVELOPMENT AI for Sustainable Development is a comprehensive learning program focused on applying Artificial Intelligence technologies to address global sustainability challenges and support innovative, data-driven solutions. The course explores AI applications in smart agriculture, climate monitoring, renewable energy optimization, healthcare, waste management, environmental conservation, and sustainable urban development. Participants learn how machine learning, data analytics, automation, and intelligent systems contribute to achieving Sustainable Development Goals (SDGs). The program also covers ethical AI practices, responsible innovation, and emerging trends in green technologies. FDP Participated 04-May-2026 08-May-2026
2 Artificial Intelligence in the era of Agents and Automation This training on Artificial Intelligence in the Era of Agents and Automation provides participants with a practical understanding of modern AI technologies, intelligent agents, and automated decision-making systems. The program covers core AI concepts, generative AI, autonomous AI agents, workflow automation, machine learning fundamentals, and real-world enterprise applications. Participants will explore how AI-driven systems improve productivity, optimize business operations, and support data-driven decision-making across industries. The training also introduces popular AI tools, ethical considerations, and future trends in intelligent automation. Through demonstrations and case studies, learners gain hands-on exposure to designing, deploying, and managing AI-enabled automated solutions for modern digital environments. FDP Participated 30-Mar-2026 03-Apr-2026
3 Microsoft Azure: Cloud Solutions Mastery Microsoft Azure: Cloud Solutions Mastery is a structured Coursera learning track comprising a total of 15 industry-oriented courses designed to develop expertise in Microsoft Azure cloud technologies and enterprise cloud solution deployment. The program covers Azure architecture, virtual machines, networking, storage, identity and access management, cloud security, monitoring, automation, DevOps integration, AI services, and data management. Participants gain practical experience using Azure Portal, Azure CLI, and cloud-native deployment tools through guided labs and real-world projects. The track emphasizes scalability, reliability, performance optimization, and secure cloud operations, preparing learners for modern cloud engineering, administration, and solution architecture roles in enterprise environments. Other Participated 12-Jan-2026 22-May-2026

Book Chapter:

  1. Unleashing Opportunities: Bridging Research Gaps in High-Performance Computing for Holistic Decision Support in Clinical Informatics ,null,125

International Conference:

  1. AI-Powered Student Learning Assistant ,2026 International Conference on Emerging Technologies and Future Innovations (ETFI),126
  2. AI Driven-Virtual Mouse Using Hand Gestures ,ICT4SD 2025),125

International Journal:

  1. Integrating multi-modal data for enhanced heart disease prediction: an HPC-based clinical decision support system ,Health Systems,126
  2. MIMIC-Eye: A Secure and Explainable Multi-Modal Deep Learning Approach for Clinical Decision Support ,International Journal of Computational Methods and Experimental Measurements,125


Research Grant / Funded Projects :

  1. FDP on Emerging Technologies in AI-Driven High-Performance Computing and Healthcare Systems
  2. Scalable and Parallel HPC Framework for Real-Time Clinical Decision Support across Heterogeneous Medical Data
  3. End-to-End Feature Module
  4. Enagelab AI
  5. Chatbot for Mitu Skillogies Website



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