
Installing Python, VS Code, Jupyter Notebook
Install Python, VS Code, Jupyter; virtual environments (venv/conda); Hello World program; variables, data types, and operators.
Comprehensive Gen AI curriculum: LLMs, prompt engineering, RAG systems, fine-tuning, and building intelligent AI applications with hands-on projects.

Install Python, VS Code, Jupyter; virtual environments (venv/conda); Hello World program; variables, data types, and operators.
Conditionals (if/else/match), loops (for, while), and string manipulation for program control and iteration.
Defining and calling functions, arguments, return values, default and keyword arguments, lambda functions, and recursion techniques.
Lists, tuples, sets, dictionaries with indexing, slicing, operations, comprehensions; practice with student grades manager and word frequency counter.
Reading and writing text files, working with CSV and JSON files, with open() usage, and logging basics for applications.
Try/except/finally for error handling, else cases in exceptions, and raising exceptions for robust, fault-tolerant code.
Installing packages with pip, using requests library, REST API basics, calling public APIs (weather, crypto), parsing JSON, and API error handling.
What is a Large Language Model, how LLMs are trained (tokens, datasets, parameters), capabilities (generation, summarization, translation, reasoning), limitations (bias, hallucinations, context length).
Difference between traditional AI and Generative AI, transformer architecture and attention mechanisms, common LLM tasks, token understanding, LLM strengths and weaknesses.
Setting up OpenAI account, generating and securing API keys with .env file, installing openai Python library, and making first API calls.
What is prompt engineering, rules of effective prompting, zero-shot and few-shot prompting, priming, context setting, tone, persona, avoiding hallucinations, formatting outputs, common pitfalls.
Using variables in prompts, f-strings and .format() methods, batch prompt generation, and building flexible, reusable prompt systems with Python.
Reusable templates with Python dictionaries, modularity in prompt design, and prompt chaining basics for complex workflows and multi-step processes.
Breaking down reasoning into steps, chain-of-thought prompting vs direct prompts, improving model accuracy through step-by-step logic and intermediate reasoning.
Why RAG matters, overcoming model memory limits, vector databases (ChromaDB, FAISS), embeddings, document search, and building knowledge bases for AI systems.
Getting structured responses from LLMs, parsing and validating JSON outputs, and handling errors with malformed or unexpected responses.
Chatbot architecture overview, single-turn chatbot with GPT, adding session-based memory, conversation history management, and deploying a functional chatbot application.
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