Mathematics for AI
Build the mathematical foundation needed for ML and DL.
- Calculus and optimization
- Linear algebra and vectors
- Gradient descent by hand
AI education for every student
Structured learning paths in Mathematics for AI, Machine Learning, Computer Vision and Generative AI for BCA, MCA and aspiring AI engineers.
Your learning dashboard
Build a system that detects vehicles, estimates traffic density and prepares a project report.
Choose your track
Every course page now includes the outcome, modules, tools, projects and weekly learning path.
Build the mathematical foundation needed for ML and DL.
Implement classical ML models and evaluate them properly.
Use real traffic, object detection and image workflows.
Build LLM apps, RAG systems and AI agents.
The iKrishi way
Students watch short lessons, practice skills, build real projects and showcase their portfolio on GitHub and LinkedIn.
Get launch updatesClear concept lessons in small learning blocks.
Guided notebooks, exercises and mathematical derivations.
Mini-projects and capstones based on real AI use cases.
Turn each project into portfolio proof.
AI roadmap
Completed programs and recognition
iKrishi is built on real teaching experience across AI, machine learning and agricultural applications.

Delivered a training session on AI and ML concepts, including decision-tree concepts such as Gini impurity and entropy.

Recognized during a training program at the University of Agricultural Sciences, Dharwad.

The uploaded appreciation certificate records a faculty and postgraduate program on theory and practical applications of Machine Learning.

About the founder
iKrishi is led by Dr. Abhishek V. Hukkerikar, an AI educator and researcher focused on helping students understand AI from fundamentals to real applications.
The University of Agricultural Sciences, Dharwad engaged Dr. Hukkerikar to deliver a faculty and postgraduate training program on the theory and practical applications of Machine Learning. The program included supervised and unsupervised ML, hands-on Python, MATLAB-based automated ML workflows, crop-yield prediction, satellite imagery applications and generative AI approaches for weather prediction.
The mission is simple: help students build strong foundations, meaningful projects and the confidence to solve real problems with AI.
Free resources
Derivatives, gradients and optimization explained visually.
Request notes →Vehicle detection, counting and traffic-density estimation roadmap.
View path →Retrieval augmented generation explained with a PDF chatbot example.
View path →Join the course waitlist
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