Master AI Prompts: Elevate Your Engineering Skills

The AI+ Prompt Engineer Certification Program introduces learners from diverse backgrounds and levels of expertise to the fundamental principles of artificial intelligence and prompts engineering. Covering the history, concepts, and applications of AI, machine learning, deep learning, neural networks, and natural language processing, the program also delves into best practices for designing effective prompts that harness the capabilities of AI models to their fullest potential.

Key Benefits

The AI+ Prompt Engineer Certification Program provides essential skills and knowledge to master AI and prompt engineering. This seven-module course covers foundational AI concepts, advanced prompt engineering techniques, and practical applications, empowering you to generate actionable results effectively.

Comprehensive AI Knowledge

Understand AI fundamentals, including machine learning, deep learning, and natural language processing.

Advanced Prompt Engineering

Master key principles and advanced techniques to craft effective prompts and troubleshoot issues.

Practical AI Tools and Models

Gain hands-on experience with cutting-edge AI tools, text, and image generation models like GPT-4 and DALL-E 2.

Ethical AI Practices

Learn about AI ethics, including data security, privacy, and regulatory compliance to ensure responsible AI use.

Prerequisites

  • Understanding AI basics and practical applications without needing technical expertise.

 

  • Being open to creative approaches for generating new ideas and using AI tools to achieve goals.

Exam Details

Modules

7

Examination

1

Minutes

90

Passing score

70%

Modules

1.1 Introduction to Artificial Intelligence

1.2 History of AI

1.3 Machine Learning Basics

1.4 Deep Learning and Neural Networks

1.5 Natural Language Processing (NLP)

 

1.6 Prompt Engineering Fundamentals

2.1 Introduction to the Principles of Effective Prompting

2.2 Giving Directions

2.3 Formatting Responses

2.4 Providing Examples

2.5 Evaluating Response Quality

2.6 Dividing Labor

2.7 Applying The Five Principles

 

2.8 Fixing Failing Prompts

3.1 Understanding AI Tools and Models

3.2 Deep Dive into ChatGPT

3.3 Exploring GPT-4

3.4 Revolutionizing Art with DALL-E 2

3.5 Introduction to Emerging Tools using GPT

3.6 Specialized AI Models

3.7 Advanced AI Models

3.8 Google AI Innovations

3.9 Comparative Analysis of AI Tools

3.10 Practical Application Scenarios

 

3.11 Harnessing AI’s Potential

4.1 Zero-Shot Prompting

4.2 Few-Shot Prompting

4.3 Chain-of-Thought Prompting

4.4 Ensuring Self-Consistency in AI Responses

4.5 Generate Knowledge Prompting

4.6 Prompt Chaining

4.7 Tree of Thoughts: Exploring Multiple Solutions

4.8 Retrieval Augmented Generation

4.9 Graph Prompting and Advanced Data Interpretation

4.10 Application in Practice: Real-Life Scenarios

4.11 Practical Exercises

5.1 Introduction to Image Models

5.2 Understanding Image Generation

5.3 Style Modifiers and Quality Boosters in Image Generation

5.4 Advanced Prompt Engineering in AI Image Generation

5.5 Prompt Rewriting for Image Models

5.6 Image Modification Techniques: Inpainting and Outpainting

5.7 Realistic Image Generation

5.8 Realistic Models and Consistent Characters

 

5.9 Practical Application of Image Model Techniques

6.1 Introduction to Project-Based Learning in AI

6.2 Selecting a Project Theme

6.3 Project Planning and Design in AI

6.4 AI Implementation and Prompt Engineering

6.5 Integrating Text and Image Models

6.6 Evaluation and Integration in AI Projects

6.7 Engaging and Effective Project Presentation

 

6.8 Guided Project Example

7.1 Introduction to AI Ethics

7.2 Bias and Fairness in AI Models

7.3 Privacy and Data Security in AI

7.4 The Imperative for Transparency in AI Operations

7.5 Sustainable AI Development: An Imperative for the Future

7.6 Ethical Scenario Analysis in AI: Navigating the Complex Landscape

7.7 Navigating the Complex Landscape of AI Regulations and Governance

7.8 Navigating the Regulatory Landscape: A Guide for AI Practitioners

 

7.9 Ethical Frameworks and Guidelines in AI Development

What you will learn

Prompt Engineering Mastery

Students will learn how to write AI system prompts. This includes learning to build prompts that get AI models to respond, optimize prompt structure and language for specific tasks and datasets, and troubleshoot and adjust prompts to increase model performance and output quality.

Developing AI Architectural skills

Students will learn about AI tools and models used in prompt engineering and associated tasks. This includes AI architectures, algorithms, and frameworks to help them choose and implement AI solutions for varied applications.

Mastering Picture Model Techniques

Participants will learn to preprocess image data, fine-tune pre-trained image models, understand model predictions, and maximize model performance for image classification, object identification, and image synthesis.

Project-Based Learning skills

Participants will master prompt engineering and AI concepts to real-world tasks. This includes implementing AI in many domains and situations through collaborative project work, improving their problem-solving, communication, and cooperation skills.

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