Artificial Intelligence, Advanced Python & SQL for Data Professionals
This program takes working professionals from competent data users to confident practitioners who can write production-grade Python, reason about complex SQL at scale, and apply modern machine learning and LLM techniques to real business problems. The emphasis is balanced and integrated: rather than teaching three separate subjects, each module connects Python, SQL, and AI as they appear together in real workflows.
The course is hands-on throughout. Every module ends with a lab tied to a realistic scenario, and the program culminates in a portfolio-ready capstone.
Who It’s For:
- Data analysts, business analysts, and BI professionals
- Engineers and scientists who use data but want stronger software and AI skills
- Anyone comfortable querying data who wants to move beyond dashboards
Course Content:
Module 1: Foundations & Modern Python Workflow
- Professional environment: virtual environments, dependency management, Git for data work
- Notebooks vs. scripts vs. modules when to use each
- Code readability, type hints, and linting as a habit
- Lab: Set up a reproducible project repo and refactor a messy script into a clean module
Module 2: Advanced Python Language Features
- Comprehensions, generators, and iterators for memory-efficient data work
- Decorators, context managers, and *args/**kwargs patterns
- Data classes and lightweight OOP for modeling data
- Error handling and defensive coding
- Lab: Build a small reusable data-utility library with tests
Module 3: Python for Data at Scale
- Pandas mastery: indexing, groupby, merge, reshaping, vectorization
- Numpy fundamentals and why vectorization matters
- Performance: when pandas breaks down, intro to polars/DuckDB
- Lab: Clean and analyze a messy multi-file dataset; profile and speed up a slow transformation
Module 4: Advanced SQL I Querying with Confidence
- Join types deep dive, set operations, subqueries
- Common Table Expressions (CTEs) and readable query structure
- Aggregation patterns and conditional logic
- Lab: Answer escalating business questions against a normalized sample database
Module 5: Advanced SQL II Windows & Performance
- Window functions: ranking, running totals, lag/lead, partitioning
- Indexes, query plans (EXPLAIN), and reasoning about performance
- Avoiding common anti-patterns
- Lab: Rewrite slow queries for performance and solve problems that require window functions
Module 6: Bridging Python and SQL
- SQLAlchemy Core and connection management
- Parameterized queries, safe interpolation, and avoiding injection
- Reading/writing between databases and Data Frames cleanly
- Building a simple, repeatable ETL pipeline
- Lab: Build a pipeline that pulls from a database, transforms in Python, and writes results back
Module 7: Data Wrangling & Feature Engineering
- Handling missing data, outliers, categorical encoding, scaling
- Dates, text, and joins for feature creation
- Reproducible preprocessing and leakage avoidance
- Lab: Engineer a feature set from raw data in preparation for modeling
Module 8: Machine Learning Foundations
- The ML workflow: train/validation/test, fitting, prediction
- Core algorithms with scikit-learn: regression, trees, ensembles
- Pipelines and avoiding common mistakes
- Lab: Build and tune a supervised model on the Module 7 features
Module 9: Evaluation, Interpretation & Unsupervised Learning
- Metrics that matter (and how they mislead): precision/recall, ROC/AUC, regression metrics
- Cross-validation, overfitting, and model interpretability basics
- Clustering and dimensionality reduction
- Lab: Evaluate competing models rigorously and present which to ship and why
Module 10: Modern AI LLMs, Embeddings & RAG
- How LLMs work at a practical level; tokens, context, limitations
- Calling LLM APIs from Python; structured outputs
- Embeddings and semantic search; building a small vector store
- Retrieval-augmented generation (RAG) end to end
- Lab: Build a question-answering tool over a document set using embeddings and an LLM
Module 11: AI in Practice Prompting, Integration & Responsibility
- Effective prompt design and evaluation
- Integrating AI into existing workflows natural-language-to-SQL, automated summaries
- Cost, latency, reliability, and when not to use an LLM
- Ethics, privacy, bias, and data governance for working professionals
- Lab: Add an AI feature to an earlier pipeline and critically assess its reliability
Module 12: Capstone & Presentation
- Dedicated build time with instructor support
- Code review and refinement
- Presentations and peer feedback
- Deliverable: A complete, integrated project see below
Tools & Stack:
| Language | Python 3.12+ |
| Environment | VS Code or JupyterLab, uv/venv, Git |
| Data | Pandas, NumPy, Polars (intro) |
| Database | PostgreSQL (primary), SQLite (local labs) |
| Python ↔ SQL | SQLAlchemy, Psycopg, DuckDB |
| Machine learning | Scikit-learn, basic PyTorch awareness |
| AI / LLM | An LLM API, sentence-transformers, a vector store |
| Delivery | GitHub for submissions, notebooks for labs |
Capstone Project:
Participants choose a problem their own work data, anonymized, is encouraged and deliver aproject that integrates all three pillars. Projects are submitted via GitHub and become portfolio pieces.
- SQL: Source and shape data from a real database with non-trivial queries.
- Python: Build a clean, documented, reproducible pipeline.
- AI: Apply a machine learning model and/or an LLM-based component.
- Communication: A short written summary and a live presentation explaining the approach, results, and limitations.
Learning Outcomes:
- Write clean, idiomatic, performant Python using advanced language features and good engineering practice.
- Manipulate and analyze data at scale with pandas, numpy, and the modern Python data stack.
- Author complex SQL window functions, CTEs, set operations and reason about query performance and optimization.
- Build reliable Python ↔ SQL data pipelines and small ETL workflows.
- Train, evaluate, and interpret classical machine learning models.
- Apply modern AI LLMs, embeddings, retrieval-augmented generation to practical tasks using APIs.
- Ship a complete, documented analytical or AI project end to end.
Prerequisites:
- Basic Python variables, loops, functions; can read a simple script
- Basic SQL SELECT, WHERE, simple JOIN
- Comfort working in a code editor or notebook
International Student Fee: 1300 USD
Flexible Class Options
- Corporate Group Training | Fast-Track
- Weekend Classes For Professionals SAT | SUN
- Online Classes-Live Virtual Class(L.V.C) Online Training
