Step into the future of data science with a game-changing 2-day course designed to supercharge your machine learning (ML) skills. "Mastering Machine Learning with Generative AI: Build, Optimize & Automate with Python" combines hands-on learning with cutting-edge AI tools—like ChatGPT, Gemini, Claude, DeepSeek, and Copilot—to teach you how to automate, accelerate, and optimize ML workflows using Python.
Whether you're a data scientist, Python developer, or an AI enthusiast, this course equips you to:
- Automate data preprocessing, feature selection, and model debugging
- Use AI-generated Python code to build real-world predictive models
- Leverage AI for hyperparameter tuning and performance optimization
- Deploy AI-assisted ML pipelines that save time and improve accuracy
Why should you or your company enrol?
Because in today’s high-speed tech landscape, manual ML processes are outdated. This training helps individuals and organizations achieve up to 40% faster development cycles and significantly improved model accuracy by harnessing AI to handle repetitive and error-prone coding tasks. With real-world datasets and live coding exercises, you’ll build projects that mirror what top data teams are doing today.
Training Duration: 2 Days
- Certificate Of Completion Available
- Group Private Class
- VILT Class Available
- SBL-Khas Claimable
Generative AI (GenAI) is revolutionizing how machine learning models are built, optimized, and deployed. From predictive modeling to hyperparameter tuning, AI-powered tools like ChatGPT, Gemini, DeepSeek, Claude, and Copilot are enhancing the efficiency and accuracy of ML workflows. This intensive two-day hands-on course will teach participants how to leverage GenAI to build, optimize, and fine-tune machine learning models using Python. Participants will explore how GenAI can assist in data preprocessing, feature engineering, model selection, and hyperparameter tuning. Through practical exercises, they will learn to automate repetitive tasks, improve model accuracy, and enhance workflow efficiency using AI-driven coding techniques.