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Stream 02AI & Machine Learning

AI & Machine Learning: From Classical ML to Production Pipelines

Build intelligent systems from data preprocessing through model training, NLP transformers, and MLOps deployment.

25 March 2026
11 min read
PythonTensorFlowPyTorchScikit-learnHuggingFaceMLflowFastAPIDocker

Why AI & Machine Learning?

AI/ML engineers are among the most in-demand roles in tech. But most bootcamps teach theory without production context. SkillCred's AI & ML stream is different — you'll build real ML pipelines, train models on custom datasets, fine-tune transformers, and deploy everything with MLOps best practices.

What You'll Build

Solo Project 1 — Predictive Analytics Dashboard (Weeks 1–2)

Build an end-to-end ML pipeline: dataset selection, EDA, feature engineering, training 3+ algorithms, hyperparameter tuning with Optuna, SHAP explainability, and a Streamlit dashboard. Each student picks a different dataset and problem domain.

Solo Project 2 — Image Classification System (Weeks 3–4)

Build a CNN-based image classifier with custom dataset, transfer learning (ResNet/EfficientNet), data augmentation, training visualization, confusion matrix analysis, and a Gradio web interface.

Pair Project — NLP Text Intelligence Engine (Weeks 5–6)

Fine-tune a HuggingFace transformer for multi-class text classification with custom training pipeline, evaluation suite, and FastAPI endpoint. One partner handles data pipeline + model training, the other builds API + frontend.

Group Capstone Options (Weeks 7–8)

Choose from: Smart Attendance System (face recognition), Crop Disease Detector, Resume Screening Engine, Fake News Detector, or Medical Image Analyzer. All include MLflow tracking, Docker deployment, and production monitoring.

8-Week Curriculum Overview

WeekPhaseKey Topics
1Python for ML & MathNumPy, Pandas, Matplotlib, statistics, calculus intuition
2Classical MLRegression, Trees, SVM, KNN, K-Means, Scikit-learn pipelines
3Feature EngineeringSMOTE, GridSearch, Optuna, XGBoost, SHAP/LIME
4Deep LearningNeural networks, TensorFlow/PyTorch, CNNs, transfer learning
5NLP & TransformersTokenization, Word2Vec, RNNs/LSTMs, HuggingFace fine-tuning
6Advanced Deep LearningObject detection (YOLO), GANs, RL concepts, GPU optimization
7MLOps & ProductionMLflow/W&B, FastAPI serving, Docker, monitoring, drift detection
8Capstone Sprint & DemoPipeline assembly, quantization, edge deployment, live demo

Career Outcomes

Graduates are prepared for ML Engineer, Data Scientist, AI Developer, NLP Engineer, and MLOps Engineer roles.