40 Hour Self-Paced Course or 5 Day Instructor-Led Training

40 Hour Self-Paced Course or 5 Day Instructor-Led Training

40 Hour Self-Paced Course or 5 Day Instructor-Led Training

AI+ Engineer™

AI+ Engineer™

AI+ Engineer™

Master AI Architecture, Neural Networks, NLP, and Generative AI for Engineering Applications.

Master AI Architecture, Neural Networks, NLP, and Generative AI for Engineering Applications.

Master AI Architecture, Neural Networks, NLP, and Generative AI for Engineering Applications.

Get the AI+ Engineer™ outline:

Course Prerequisites:

  • AI+ Data or AI Developer course should be completed Basic understanding of Python Basic Math: Familiarity with high school-level algebra and basic statistics Python Programming: Proficiency in Python is mandatory for hands-on exercises and project work.

  • Computer Science Fundamentals: Understanding basic programming concepts (variables, functions, loops) and data structures (lists, dictionaries).

Modules:

Module 1: Foundations of Artificial Intelligence

1.1 Introduction to AI

1.2 Core Concepts and Techniques in AI

1.3 Ethical Considerations

Module 2: Introduction to AI Architecture

2.1 Overview of AI and its Various Applications

2.2 Introduction to AI Architecture

2.3 Understanding the AI Development Lifecycle

2.4 Hands-on: Setting up a Basic AI Environment

Module 3: Fundamentals of Neural Networks

3.1 Basics of Neural Networks

3.2 Activation Functions and Their Role

3.3 Backpropagation and Optimization Algorithms

3.4 Hands-on: Building a Simple Neural Network Using a Deep Learning Framework

Module 4: Applications of Neural Networks

4.1 Introduction to Neural Networks in Image Processing

4.2 Neural Networks for Sequential Data

4.3 Practical Implementation of Neural Networks

Module 5: Significance of Large Language Models (LLM)

5.1 Exploring Large Language Models (LLMs)

5.2 Popular Large Language Models

5.3 Practical Finetuning of Language Models

5.4 Hands-on: Practical Finetuning for Text Classification

Module 6: Application of Generative AI

6.1 Introduction to Generative Adversarial Networks (GANs)

6.2 Applications of Variational Autoencoders (VAEs)

6.3 Generating Realistic Data Using Generative Models

6.4 Hands-on: Implementing Generative Models for Image Synthesis

Module 7: Natural Language Processing

7.1 NLP in Real-world Scenarios

7.2 Attention Mechanisms and Practical Use of Transformers

7.3 In-depth Understanding of BERT for Practical NLP Tasks

7.4 Hands-on: Building Practical NLP Pipelines with Pretrained Models

Module 8: Transfer Learning with Hugging Face

8.1 Overview of Transfer Learning in AI

8.2 Transfer Learning Strategies and Techniques

8.3 Hands-on: Implementing Transfer Learning with Hugging Face Models for Various Tasks

Module 9: Crafting Sophisticated GUIs for AI Solutions

9.1 Overview of GUI-based AI Applications

9.2 Web-based Framework

9.3 Desktop Application Framework

Module 10: AI Communication and Deployment Pipeline

10.1 Communicating AI Results Effectively to Non-Technical Stakeholders

10.2 Building a Deployment Pipeline for AI Models

10.3 Developing Prototypes Based on Client Requirements

10.4 Hands-on: Deployment