Advanced Level6 Weeks DurationSelf-Paced with Mentor Support

AI & Machine Learning

Train, evaluate, and deploy production machine learning models and intelligent applications

Program Overview

Step beyond basic Jupyter notebooks. Learn practical data science, feature engineering, classical ML models, deep learning with PyTorch, and deploying models as production REST APIs.

Who Can Apply

Students with mathematics/statistics interest and prior Python programming background
Engineering students wanting to transition into AI Engineer, ML Engineer, or Data Scientist roles

What You Will Master

Exploratory data analysis, handling outliers, and robust feature engineering
Supervised and unsupervised algorithms with Scikit-Learn
Neural network architectures and deep learning with PyTorch
Working with pre-trained Transformer models from Hugging Face
Packaging ML models into inference APIs with FastAPI and Docker
Week-By-Week Structure

Curriculum & Roadmap

Progressive milestones designed to advance you from core foundational concepts to production-grade deployment.

Week 1~15 Hours Estimated

Mathematics, Data Wrangling & Feature Engineering

Perform clean data preparation, statistical validation, and feature scaling.

Key Topics & Tasks
  • NumPy array operations and linear algebra basics
  • Pandas data manipulation and missing data imputation
  • Feature encoding, normalization, and scaling
  • Data visualization with Matplotlib & Seaborn
Week 2~16 Hours Estimated

Classical Machine Learning with Scikit-Learn

Build, tune, and evaluate regression and classification models.

Key Topics & Tasks
  • Linear/Logistic regression and regularization (L1/L2)
  • Decision Trees, Random Forests, and Gradient Boosting (XGBoost)
  • Model evaluation metrics: ROC-AUC, F1-score, Confusion Matrix
  • Hyperparameter tuning with GridSearchCV
Week 3~17 Hours Estimated

Deep Learning Foundations with PyTorch

Build multi-layer perceptrons and training loops from scratch.

Key Topics & Tasks
  • Tensors, autograd, and GPU acceleration
  • Building Neural Networks with torch.nn
  • Loss functions, optimizers (Adam, SGD), and backprop
  • Overfitting prevention: Dropout, Early Stopping
Week 4~18 Hours Estimated

Applied NLP & Transformer Models

Leverage modern pre-trained models for text classification and summarization.

Key Topics & Tasks
  • Text preprocessing and tokenization
  • Word embeddings and semantic search
  • Fine-tuning Hugging Face Transformers
  • Evaluating language model outputs
Week 5~17 Hours Estimated

Model Serving & Inference API Development

Turn trained weights into a low-latency production API endpoint.

Key Topics & Tasks
  • Model serialization with ONNX and joblib
  • FastAPI inference endpoint with batching
  • Containerizing ML models with Docker
  • Tracking experiments with MLflow
Week 6~12 Hours Estimated

Model Evaluation, Defense & Certificate Issuance

Present model accuracy, latency trade-offs, and complete senior evaluation.

Key Topics & Tasks
  • Model drift monitoring concepts
  • Production documentation and architecture defense
  • Evaluation review by AI practitioners
  • Certificate validation
Portfolio Outcomes

What You Will Build

01

Customer Churn Prediction & Risk Scoring Pipeline

An end-to-end classification pipeline with feature importance analysis, threshold tuning, and real-time inference API.

PythonScikit-LearnXGBoostFastAPI
02

Intelligent Support Ticket Classifier (NLP)

A multi-class text classification system using fine-tuned DistilBERT to categorize and route incoming support requests.

PyTorchHugging FaceTransformersDocker
03

Computer Vision Defect Detection System

A convolutional neural network model trained to classify manufacturing surface anomalies with high precision.

PyTorchOpenCVFastAPINumPy

Performance Evaluation & Standards

Submissions are systematically checked by engineering reviewers. You receive written feedback and numerical rubric scores covering modularity, test quality, Git conventions, and deployment integrity.

Program Enrollment
[PROGRAM FEE]

Configurable fee covering curriculum, project reviews, and credential verification.

What's Included
Full 6-week progressive roadmap
3 industry-oriented practical projects
GitHub repository code review & scoring
Cryptographically verifiable certificate
Resume & LinkedIn portfolio framing guidance

Refund Policy: See our transparent terms on our Refund & Cancellation page.

Eligibility: Students & freshers with relevant domain interest.

Have Questions?

Reach out to our admissions team at birlasolutions.in@gmail.com.

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