AI+ Engineer

Innovate Engineering: Leverage AI-Driven Smart Solutions

Beginner Self-Paced 🌐 en
 AI+ Engineer

Highlights

Full AI Stack: Learn AI architecture, LLMs, NLP, and neural networks
Tool Proficiency: Includes Transfer Learning with Hugging Face and GUI design
Deployment Focus: Build real AI systems and manage communication pipelines
Level
Beginner
Modules
12
Delivery
SelfPaced

About this course

  • Full AI Stack: Learn AI architecture, LLMs, NLP, and neural networks
  • Tool Proficiency: Includes Transfer Learning with Hugging Face and GUI design
  • Deployment Focus: Build real AI systems and manage communication pipelines
  • Practical Mastery: Gain the skills to engineer scalable AI solutions for innovation

This course includes

📊 Beginner level 🌐 en 🎓 Self-Paced ✓ Instructor-led OR Self-paced course ✓ Official exam ✓ Digital badge

Course curriculum

12 chapters · 40 lessons

Course Introduction Preview

🔒 Course Introduction Preview

1.1 Introduction to AI Preview 1.2 Core Concepts and Techniques in AI Preview 1.3 Ethical Considerations

🔒 1.1 Introduction to AI Preview
🔒 1.2 Core Concepts and Techniques in AI Preview
🔒 1.3 Ethical Considerations

2.1 Overview of AI and its Various Applications Preview 2.2 Introduction to AI Architecture Preview 2.3 Understanding the AI Development Lifecycle Preview 2.4 Hands-on: Setting up a Basic AI Environment

🔒 2.1 Overview of AI and its Various Applications Preview
🔒 2.2 Introduction to AI Architecture Preview
🔒 2.3 Understanding the AI Development Lifecycle Preview
🔒 2.4 Hands-on: Setting up a Basic AI Environment

3.1 Basics of Neural Networks Preview 3.2 Activation Functions and Their Role Preview 3.3 Backpropagation and Optimization Algorithms 3.4 Hands-on: Building a Simple Neural Network Using a Deep Learning Framework

🔒 3.1 Basics of Neural Networks Preview
🔒 3.2 Activation Functions and Their Role Preview
🔒 3.3 Backpropagation and Optimization Algorithms
🔒 3.4 Hands-on: Building a Simple Neural Network Using a Deep Learning Framework

4.1 Introduction to Neural Networks in Image Processing 4.2 Neural Networks for Sequential Data 4.3 Practical Implementation 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

5.1 Exploring Large Language Models 5.2 Popular Large Language Models 5.3 Practical Finetuning of Language Models 5.4 Hands-on: Practical Finetuning for Text Classification

🔒 5.1 Exploring Large Language Models
🔒 5.2 Popular Large Language Models
🔒 5.3 Practical Finetuning of Language Models
🔒 5.4 Hands-on: Practical Finetuning for Text Classification

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

🔒 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

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

🔒 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

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

🔒 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

9.1 Overview of GUI-based AI Applications 9.2 Web-based Framework 9.3 Desktop Application Framework

🔒 9.1 Overview of GUI-based AI Applications
🔒 9.2 Web-based Framework
🔒 9.3 Desktop Application Framework

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

🔒 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

1. Understanding AI Agents 2. Case Studies 3. Hands-On Practice with AI Agents

🔒 1. Understanding AI Agents
🔒 2. Case Studies
🔒 3. Hands-On Practice with AI Agents

AI Tools Used

TensorFlow TensorFlow
Hugging Face Transformers Hugging Face Transformers
Jenkins Jenkins
TensorFlow Hub TensorFlow Hub

Prerequisites

AI+ Data Practitioner™ or AI+ Developer™ course should be completed, basic math, computer science fundamentals, Python familiarity

Exam Details

50 questions, 70% passing, 90 minutes, online proctored exam

Mode of Learning

Delivery: SelfPaced

  • ✓ Instructor-led OR Self-paced course
  • ✓ Official exam
  • ✓ Digital badge