
Master how Python lists store multiple values, are mutable, use indexing and slicing to access 1D, 2D, and 3D structures, with append, pop, and sort to manage data.
Encapsulation protects data by bundling it with methods and exposing access via safe methods. Abstraction hides complexity by showing only what is necessary, with shape implementing the area interface.
Master prompt engineering to generate Python code faster and cleaner by using structured prompts with persona, context, task, constraints, and output format, and applying prompts for debugging and refactoring.
Use prompts to debug code with AI as an around-the-clock debugging assistant. Identify syntax, runtime, and logical errors, and craft prompts that explain and fix issues.
Explore broadcasting and vectorization in NumPy, showing how operations on entire arrays replace loops. Learn scalar broadcasting, shape rules, and image normalization to 0–1 values for faster AI learning.
Explore histograms to understand data distribution and scatterplots to reveal relationships, with practical visualization in matplotlib for AI data analysis and debugging.
Evaluate machine learning models using accuracy and F1 for classification and RMSE for regression, training on training data and evaluating on testing data.
Generative AI and Large Language Models (LLMs) are transforming how modern AI systems are built — and prompt engineering is now a core engineering skill, not just a trick.
This course is designed for AI engineers, ML practitioners, and developers who want to build real-world AI systems using prompt engineering, Python, machine learning, deep learning, LLMs, RAG, and modern GenAI tools.
Instead of treating prompt engineering as an isolated concept, you’ll learn how to integrate prompts into end-to-end AI workflows — from Python automation and data processing to LLM-powered applications, vector databases, and production-ready systems.
What You’ll Learn
In this course, you will:
Understand prompt engineering fundamentals and mindset
Use prompts to generate, debug, and document Python code
Build ML and deep learning pipelines with prompt-assisted workflows
Work with Transformers, LLMs, and HuggingFace models
Design structured, few-shot, multi-step, and self-reflection prompts
Build Retrieval-Augmented Generation (RAG) systems using vector databases
Use FAISS, Chroma, and Pinecone for similarity search
Apply prompt engineering to data cleaning, feature engineering, and evaluation
Fine-tune models using LoRA and parameter-efficient techniques
Build and deploy production-ready AI applications
Apply MLOps practices with Git, Docker, and demo apps (Streamlit/Gradio)
Create a professional AI portfolio with real projects
Hands-On Projects You’ll Build
This course is project-driven, not theory-heavy. You’ll build:
Prompt-assisted Python automation scripts
Data analysis & visualization workflows using prompts
Machine learning & deep learning models
NLP systems like sentiment analyzers
Computer vision classifiers using CNNs and transfer learning
LLM applications using HuggingFace Transformers
A RAG-based AI assistant using vector databases
Prompt libraries for reusable AI workflows
End-to-end GenAI systems ready for deployment
The final section focuses on capstone portfolio projects, such as:
AI medical assistant
AI resume analyzer & job matcher
AI customer support agent
Multimodal AI systems (text + images)
Why This Course Is Different
Most courses either:
Teach prompt engineering in isolation, or
Teach AI/ML without showing how LLMs and prompts fit into real systems
This course bridges that gap.
You’ll learn:
When to use prompts vs code
How prompts improve productivity for AI engineers
How to combine LLMs, ML models, vector databases, and automation
How modern AI systems are actually built in practice
Who This Course Is For
This course is ideal for:
Aspiring AI Engineers
Machine Learning & Deep Learning practitioners
Python developers moving into Generative AI
Data scientists working with LLMs
Software engineers building AI-powered products
Prerequisites
Basic Python knowledge is helpful (a fast-track Python section is included)
No prior experience with LLMs or prompt engineering is required
By the End of This Course
You’ll be able to:
Design effective prompts for real engineering tasks
Build LLM-powered AI systems end to end
Confidently work with modern GenAI tools
Showcase multiple AI projects in your portfolio
Apply prompt engineering as a professional AI engineering skill