Convolutional Neural Networks Course

SKU: M2203
9 Lesson
|
5 Hours
Convolutional Neural Networks (CNNs) sit at the heart of modern computer vision and AI. This igmGuru course gives you a practical, hands-on path to building, training, and deploying CNN models. Whether you want to classify images, detect objects, or run medical imaging tasks, this training covers everything you need to move from theory to real-world output confidently.

Overview

CNNs have reshaped industries from healthcare to autonomous vehicles. In this training, igmGuru walks you through the full CNN lifecycle- layers, filters, pooling, backpropagation, and transfer learning. You will work with leading frameworks like TensorFlow and PyTorch, tackle curated datasets, and graduate with a portfolio of projects that showcase actual, deployable skills rather than textbook theory.

Prerequisites

  • Basic Python programming (functions, loops, data structures)
  • Foundational knowledge of linear algebra - matrices, vectors, dot products
  • Elementary statistics - mean, variance, probability distributions
  • Familiarity with machine learning concepts such as supervised learning and loss functions
  • Working knowledge of NumPy and data manipulation using pandas
  • Any exposure to neural network fundamentals is a plus, though not mandatory

Course Objectives

  • Understand the mathematical and architectural foundations of Convolutional Neural Networks
  • Build CNN models from scratch using TensorFlow and PyTorch
  • Implement convolution, pooling, batch normalisation, and dropout layers correctly
  • Apply modern CNN architectures such as VGG, ResNet, Inception, and EfficientNet
  • Use transfer learning to fine-tune pre-trained models on custom datasets
  • Design solutions for image classification, object detection, and semantic segmentation
  • Deploy trained CNN models to production environments and cloud platforms
  • Interpret model behaviour using Grad-CAM and other explainability techniques

What You Will Learn

After completing this course, you will get the following skills.

  • CNN Architecture and Core Concepts
  • Advanced Architectures
  • Transfer Learning and Fine-Tuning
  • Object Detection and Segmentation
  • Model Optimisation and Deployment

Who Is This Course For?

This training is designed for anyone who wants to build and apply CNNs in professional or research settings.

  • Software developers moving into machine learning or AI roles
  • Data scientists who want to add computer vision to their skill set
  • Machine learning engineers building image-based products
  • Research professionals working in healthcare, satellite imaging, or robotics
  • Final-year students and postgraduates pursuing AI or data science careers
  • IT professionals and cloud engineers who manage AI pipelines
  • Entrepreneurs building computer vision products or SaaS tools

Tools and Technologies Covered

  • Python 3.x - primary programming language throughout the course
  • TensorFlow 2.x and Keras - for building and training deep learning models
  • PyTorch - hands-on model development and research experimentation
  • OpenCV - image preprocessing and augmentation pipelines
  • NumPy and Pandas - data handling and numerical computation
  • Matplotlib and Seaborn - visualising training metrics and results
  • Google Colab and Jupyter Notebooks - interactive coding environment
  • Hugging Face Transformers - vision transformer integration
  • ONNX and TensorFlow Lite - model export and edge deployment
  • AWS SageMaker / Google Vertex AI - cloud-based model training and deployment
  • Grad-CAM and SHAP - model interpretability and explainability
  • Weights and Biases (W&B) - experiment tracking and hyperparameter tuning

Career Outcomes

Completing this course positions you for:

  • Computer Vision Engineer
  • Deep Learning Engineer
  • Machine Learning Engineer
  • AI Research Scientist
  • Data Scientist (Vision Specialist)
  • Medical Imaging Analyst
  • Autonomous Systems Engineer
  • NLP + Vision Engineer

Why Choose igmGuru for This Training?

igmGuru has trained thousands of professionals worldwide with a curriculum that stays current with industry demands and real hiring trends.

  • Expert-led live training by certified AI practitioners
  • Hands-on projects aligned with industry hiring standards
  • Flexible batch timings for working professionals
  • Globally recognised certification upon completion
  • Lifetime access to updated course recordings
  • Dedicated placement assistance and mock interview prep

Key Features

Course Curriculum

1. What makes CNNs different from traditional neural networks
2. Biological inspiration: how the visual cortex informs CNN design
3. Perceptrons, activation functions, and forward propagation
4. The role of loss functions and gradient descent in learning
5. Setting up your Python environment with TensorFlow and PyTorch
1. Convolutional layers - filters, feature maps, stride, and padding
2. Pooling layers - max pooling, average pooling, and global pooling
3. Flattening and fully connected layers for classification
4. Batch normalisation and dropout for regularisation
5. Building your first CNN: handwritten digit recognition on MNIST
1. Data preprocessing - resizing, normalisation, and augmentation
2. Weight initialisation strategies - Xavier and He initialisation
3. Optimisers: Adam, SGD with momentum, RMSProp, and learning rate schedules
4. Overfitting, underfitting, and techniques to control model variance
5. Monitoring training with validation curves and early stopping
1. LeNet-5: the architecture that started it all
2. AlexNet and VGGNet: going deeper with convolutional blocks
3. GoogLeNet and Inception modules: width over depth
4. ResNet and skip connections: solving the vanishing gradient problem
5. MobileNet, EfficientNet, and lightweight architectures for edge devices
1. What transfer learning is and why it saves time and compute
2. Feature extraction vs fine-tuning: choosing the right strategy
3. Fine-tuning ResNet-50 and VGG-16 on custom datasets
4. Domain adaptation for specialised industries (medical, satellite, retail)
5. Hands-on project: building a plant disease classifier with transfer learning
1. Moving from classification to localisation and detection
2. Sliding window approach and anchor boxes
3. Faster R-CNN: region proposal networks in practice
4. YOLO (v5 / v8): real-time object detection for production systems
5. Evaluating detectors: IoU, mAP, precision-recall curves
1. Semantic segmentation vs instance segmentation vs panoptic segmentation
2. Fully Convolutional Networks (FCNs) and encoder-decoder architectures
3. U-Net for biomedical image segmentation
4. Mask R-CNN for instance-level segmentation
5. Project: segmenting tumours in histopathology slides
1. Autoencoders for representation learning and anomaly detection
2. Variational Autoencoders (VAEs): generating new image samples
3. Deep Convolutional GANs (DCGANs): adversarial image synthesis
4. Style transfer: blending artistic style with content images
5. Project: training a DCGAN to generate synthetic face images
1. Exporting models with TensorFlow SavedModel and ONNX format
2. Serving predictions via REST APIs using TensorFlow Serving
3. Deploying CNNs on AWS SageMaker and Google Vertex AI
4. Edge deployment with TensorFlow Lite and NVIDIA TensorRT
5. Experiment tracking and model versioning with Weights and Biases
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Course Fees

Online Class Room Program

US $ 199.00
100% Money Back Guarantee
  • Duration : 5 Hrs
  • Plus Self Paced

Classes Starting From

  • Fast Track Batch 13 Aug 2026
  • Weekday Batch 17 Aug 2026
  • Weekend Batch 15 Aug 2026

Corporate Training

Corporate Training
  • Customized Training Delivery Model
  • Flexible Training Schedule Options
  • Industry Experienced Trainers
  • 24x7 Support

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Convolutional Neural Networks Certification

After completing the Convolutional Neural Networks (CNN) Course, you will receive an igmGuru Course Completion Certification. This certification validates your understanding of convolutional neural networks, image classification, feature extraction, convolution and pooling layers, transfer learning, and deep learning techniques for computer vision. It demonstrates your practical knowledge of building, training, and evaluating CNN models, helping strengthen your profile for roles in Computer Vision, Machine Learning, Artificial Intelligence, Data Science, and Deep Learning.

Convolutional Neural Networks Certification

FAQ's

A Convolutional Neural Network is a specialised deep learning architecture designed to process structured grid data, particularly images. By learning spatial hierarchies of features - edges, textures, shapes, objects - CNNs power everything from smartphone face unlock to cancer detection in hospitals.

You do not need to own a GPU. All hands-on labs in this course run on Google Colab, which provides free access to GPU runtimes. For larger projects, cloud credits from AWS or GCP can be used. igmGuru guides you through every setup step.

The full course is 40 hours of instruction delivered across live sessions. Most learners complete it in 6 to 8 weeks attending 3 to 4 sessions per week. Lifetime access to recordings means you can revisit any topic at any time.

Yes. Upon successfully completing all modules and the capstone project, you receive an igmGuru Certification in Convolutional Neural Networks. This certificate is shareable on LinkedIn and recognised by hiring partners across the AI ecosystem.

You will build projects including an MNIST digit classifier, a plant disease detection system using transfer learning, a YOLO-based object detector, a U-Net medical image segmentation model, and a DCGAN image generation pipeline. Each project targets a specific domain and employer-valued skill.

Yes, with the right prerequisites. If you know basic Python, some linear algebra, and have heard of machine learning, you are ready. The course starts with neural network fundamentals before progressing to advanced CNN architectures, so no prior deep learning knowledge is required.

This training prepares you for roles like Computer Vision Engineer, Deep Learning Engineer, Machine Learning Engineer, AI Research Scientist, and Medical Imaging Analyst. These roles are in high demand globally, and completing this course gives you a portfolio that speaks directly to hiring managers in those fields.

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