Dr. Pavinder Yadav

Dr. Pavinder Yadav

Portfolio

Teaching & Education

Transforming AI education through experiential learning, industry relevance, and research-led instruction.

3+
Years Teaching
8+
Courses Taught
1200+
Students Mentored
15+
Teaching Awards

Teaching Philosophy

My approach to education blends rigorous theoretical foundations with practical, hands-on implementation. I aim to cultivate critical thinking and problem-solving skills, preparing students not just to use AI tools, but to understand their underlying mechanics and innovate upon them.

  • Experiential Learning

    Bridging theory and practice through real-world projects and coding assignments.

  • Industry Relevance

    Updating curriculum with the latest advancements in Deep Learning and computer vision frameworks.

  • Research-Led Teaching

    Integrating ongoing research challenges into classroom discussions to spark innovation.

Teaching Classroom

Courses

Year 1 • B.Tech CSE

Introduction to Programming (CS101)

Foundations of programming, algorithmic thinking, and problem-solving using Python/C++.

Year 2 • B.Tech CSE

Data Structures & Algorithms (CS201)

Core data structures, algorithm analysis, sorting, and graph algorithms.

Year 2 • B.Tech CSE

Database Management Systems (CS301)

Relational algebra, SQL, normalization, and modern NoSQL databases.

Year 3 • B.Tech CSE

Machine Learning Fundamentals (CS401)

Supervised/unsupervised learning, linear models, decision trees, and model evaluation.

Year 3 • B.Tech CSE

Artificial Intelligence (CS402)

Search algorithms, knowledge representation, expert systems, and AI applications.

Year 4 • B.Tech CSE

Computer Vision Lab (CS501L)

Hands-on implementation of image processing and CNN models using OpenCV and PyTorch.

Year 1 • M.Tech AI

Advanced Machine Learning (MCS501)

Ensemble methods, probabilistic graphical models, and advanced optimization.

Year 1 • M.Tech AI

Deep Learning & Neural Networks (MCS502)

RNNs, Transformers, Generative Adversarial Networks (GANs), and cutting-edge architectures.

Year 1 • M.Tech CSE

Research Methodology (MCS503)

Literature review, experimental design, technical writing, and ethics in AI research.

Year 2 • M.Tech AI

Advanced Computer Vision (MCS601)

3D vision, video analysis, state-of-the-art object detection (YOLOv8/v10), and segmentation.

Project Guidance

2024–25 • B.Tech Data Science (3rd Year, IBM)

Traffic Sign Recognition Model

Mentored a student team on developing a computer vision model for traffic sign recognition.

2024–25 • B.Tech CCVT (4th Year, IBM)

Meeting Summarizer

Guided a student team in developing a tool using AI and Natural Language Processing techniques.

2024–25 • B.Tech Data Science (3rd Year)

Customer Segmentation for Investment Services

Supervised an internship project focusing on data-driven customer segmentation.

2025–26 • MCA (Data Science)

Role-Based Personalized Learning Pathway Engine

Mentoring a final-year project to build a personalized learning recommendation engine.

2025–26 • B.Tech CSE (Data Science)

Farmer's Friend: Instant Plant Disease Detection

Mentoring a student team on building a plant disease detection system using Machine Learning and Deep Learning models.

2025–26 • B.Tech (DevOps)

Risk-Aware CI/CD Pipeline with Security Scoring

Mentoring 3rd Year student teams on integrating security scoring into CI/CD pipelines.

Join My Research Lab

Seeking motivated undergraduate and graduate students passionate about AI, computer vision, and building intelligent systems.

Contact for Openings