Aim
Deep Learning Specialization builds strong skills in neural networks and modern deep learning workflows. Learn core theory, model training, and projects in computer vision, NLP, and generative AI with practical deployment basics.
Program Objectives
- Core DL: neural networks, backprop, optimization, regularization.
- Model Training: data pipelines, tuning, loss functions, metrics.
- Computer Vision: CNNs, transfer learning, image classification (intro).
- NLP: embeddings, transformers, fine-tuning (intro).
- Generative AI: diffusion and LLM workflows (overview).
- MLOps Basics: experiment tracking, versioning, deployment, monitoring.
- Capstone: build and present a deep learning project.
Program Structure
Module 1: Deep Learning Foundations
- Tensors, activations, and network building blocks.
- Forward/backward pass and gradient descent.
- Loss functions and metrics (classification vs regression).
- Overfitting, regularization, and validation strategy.
Module 2: Training Neural Networks (Practical Skills)
- Data loaders, batching, augmentation (overview).
- Optimizers: SGD, Adam; learning rate schedules.
- Initialization, normalization, dropout.
- Hyperparameter tuning and error analysis.
Module 3: CNNs for Computer Vision
- Convolutions, pooling, and feature maps.
- Image classification and transfer learning.
- Model evaluation and confusion matrix.
- Intro to detection/segmentation concepts.
Module 4: Sequence Models and NLP
- Word embeddings and text preprocessing.
- RNN/LSTM concepts (overview) and limits.
- Transformers and attention (high-level).
- Fine-tuning pretrained models (intro workflow).
Module 5: Generative Deep Learning (Overview + Workflow)
- Autoencoders and latent space intuition.
- GAN concepts and training instability (overview).
- Diffusion basics: denoising and sampling (high-level).
- LLM workflows: prompting, adapters, RAG basics (overview).
Module 6: Model Debugging and Reliability
- Common failures: leakage, imbalance, label noise.
- Calibration and threshold tuning concepts.
- Bias, fairness, and safe evaluation basics.
- Interpretability basics: saliency/feature importance (intro).
Module 7: Deployment and MLOps Basics
- Saving/loading models and reproducible environments.
- Serving: simple API and batch inference.
- Monitoring: drift, latency, and errors.
- Cost control: model size, quantization concepts (intro).
Module 8: Capstone Build Sprint
- Project planning: dataset, baseline, KPIs.
- Training + evaluation + iteration.
- Final report and presentation.
- Portfolio packaging: GitHub + demo + slides (optional).
Final Project
- Choose one track: vision, NLP, or generative AI.
- Deliverables: trained model + evaluation + inference demo + report.
- Optional: deploy as a simple app/API.
Participant Eligibility
- Students and professionals in AI/ML, engineering, or data science
- Basic Python required; ML basics helpful
- Anyone aiming for deep learning roles and projects
Program Outcomes
- Train and evaluate deep learning models.
- Build projects in vision/NLP/generative AI workflows.
- Apply tuning, debugging, and deployment basics.
- Deliver a capstone DL project for your portfolio.
Program Deliverables
- e-LMS Access: lessons, notebooks, datasets.
- DL Toolkit: training checklists, tuning sheets, project templates.
- Capstone Support: feedback and review.
- Assessment: certification after capstone submission.
- e-Certification and e-Marksheet: digital credentials on completion.
Future Career Prospects
- Deep Learning Engineer (Entry-level)
- Computer Vision Engineer (Entry-level)
- NLP Engineer (Entry-level)
- AI/ML Engineer
Job Opportunities
- Tech/IT: AI products, vision/NLP systems, automation.
- Healthcare/Pharma: imaging AI, text mining, prediction models.
- Finance: risk models, fraud detection, NLP for documents.
- Startups: generative AI apps and applied ML products.








