
In this introductory lecture, you’ll get an overview of what prompt engineering is and why it matters for professionals and businesses.
You’ll understand how AI can be guided using well-structured prompts to generate accurate, useful, and professional outputs.
This lecture sets the foundation for the hands-on prompts and real-world use cases covered throughout the course.
In this lecture, you’ll get a clear overview of the topics and practical use cases covered in this course.
You’ll understand how the course is structured and what skills you will build step by step.
This session helps you set the right expectations and learning path before diving into hands-on prompts.
In this lecture, you’ll learn what Artificial Intelligence is and how it works in simple terms.
We’ll explore real-world examples to understand how AI is used in everyday business and professional tasks.
This lecture builds the foundation needed to understand AI-driven tools used later in the course.
In this lecture, you’ll understand what Natural Language Processing (NLP) is and why it matters.
We’ll explain how AI understands, interprets, and generates human language using simple examples.
This lecture helps you see how tools like ChatGPT process language to deliver meaningful responses.
In this lecture, you’ll learn what Large Language Models (LLMs) are and how they work at a high level.
We’ll explain how LLMs generate human-like text using training data and patterns in language.
This lecture connects LLM concepts to tools like ChatGPT used throughout the course.
In this lecture, you’ll learn what Generative Pre-trained Transformer (GPT) means in simple terms.
We’ll explain how GPT generates human-like responses and understands context.
This lecture helps you clearly differentiate GPT from AI, NLP, and LLM concepts covered earlier.
This lecture introduces Generative AI and how it creates text, images, and code using advanced models.
Learn real-world applications
In this lecture, you’ll learn what a prompt is and why it plays a critical role in AI outputs.
We’ll explain how the quality of a prompt directly impacts accuracy, tone, and relevance of responses.
This lecture lays the foundation for effective prompt engineering used throughout the course.
In this lecture, you’ll understand the difference between a simple prompt and structured prompt engineering.
We’ll compare how each approach impacts clarity, accuracy, and output quality from AI.
This lecture shows why prompt engineering delivers more consistent and professional results.
In this lecture, you’ll see a practical comparison between a simple prompt and a well-engineered prompt.
We’ll analyze how prompt structure affects response depth, clarity, and usefulness.
This example clearly demonstrates why prompt engineering produces superior AI outputs.
In this lecture, you’ll learn the key elements that make an effective AI prompt.
We’ll break down components like clarity, context, role definition, and constraints.
This lecture helps you design prompts that consistently produce accurate and high-quality outputs.
In this lecture, you’ll learn different prompting techniques used to guide AI effectively.
We’ll cover methods like zero-shot, Few Shot, and Chain of Thought prompting approaches.
This lecture helps you choose the right technique to get accurate and high-quality AI responses.
In this lecture, you’ll understand what “temperature” means in AI and why it matters.
We’ll explain how temperature controls creativity, randomness, and response consistency.
This lecture helps you choose the right temperature setting for different prompt outcomes.
In this lecture, you’ll learn what Top-P (nucleus sampling) means in AI.
We’ll explain how Top-P controls response diversity and probability selection.
This lecture helps you fine-tune AI outputs for balance between creativity and accuracy.
In this lecture, you’ll learn what frequency penalty means in AI text generation.
We’ll explain how it reduces repetition and improves response variety.
This lecture helps you fine-tune prompts for more natural and engaging outputs.
In this lecture, you’ll understand the role of context in AI technical parameters.
We’ll explain how parameters like temperature, Top-P, and penalties work together.
This lecture helps you apply the right parameter settings to achieve desired AI outputs.
In this lecture, you’ll see how AI responses change with different technical parameter settings.
We’ll compare outputs by adjusting temperature, Top-P, and frequency penalty.
This lecture helps you understand how to tune settings for precise, creative, or consistent results.
In this lecture, you’ll learn how different AI technical settings align with specific use cases.
We’ll map temperature, Top-P, and penalties to real-world business and professional applications.
This lecture helps you choose the right settings based on task requirements and desired outcomes.
Learn how elemental-based prompts improve explanations of quantum computing for 10th-grade students, using simple language and real-life analogies to illustrate qubits, superposition, and entanglement.
Explore how prompt engineering shapes a LinkedIn post for a new productivity app for remote teams, using simple versus advanced prompts with word limits and call to action.
In this lecture, we discuss the key challenges of traditional email communication in professional settings.
You’ll understand how manual email writing leads to time loss, inconsistent tone, and errors.
This sets the foundation for using AI to create faster, clearer, and more professional emails.
In this lecture, you’ll learn how AI can draft a professional response to a various type of scenarios you faced in a Business or professional environment.
The prompt demonstrates how to control tone, structure, and clarity while avoiding legal risk.
You’ll see how a well-designed prompt produces a ready-to-send business email in seconds.
In this lecture, you’ll learn how to apply Prompt Engineering and ChatGPT to real-world job search and interview preparation scenarios.
You will see practical prompts that help you:
Improve your resume using AI
Customize CVs for different job roles
Prepare smart, structured interview answers
Practice mock interviews using ChatGPT
Identify skill gaps and improvement areas
This lecture bridges AI skills with career growth, showing how Prompt Engineering can deliver immediate professional impact.
In this lecture, you’ll learn how to navigate the ChatGPT interface with confidence.
We’ll cover key features, settings, and tools needed for effective and efficient usage.
By the end, you’ll be able to use ChatGPT smoothly for everyday professional tasks.
This lecture compares leading Large Language Models (LLMs) on capability, cost, accuracy, and real-world use cases. Learners will understand how to evaluate LLMs and confidently choose the right model for business, productivity, or AI-driven applications.
Understand the true capabilities and boundaries of prompting Large Language Models. By the end of this lecture, you’ll know when AI delivers value and when human judgment is essential.
In this lecture, you’ll get access to a curated library of ready-to-use AI prompts.
We’ll walk through how to use these prompts for common business and professional tasks.
This resource helps you save time and apply prompt engineering immediately in real work.
Also you can download additional documents regarding various scenario Prompts that can be utilized at ChatGpt. Please practice it once you complete the course.
Happy Learning
Welcome to the Prompt Engineering Full Course – GenAI, ChatGPT & Real-World Use Cases, your complete guide to mastering the art and science of crafting effective, structured, and optimized prompts for AI models such as ChatGPT, GPT-4, and other Large Language Models (LLMs).
In today’s GenAI-driven world, the quality of AI output depends directly on the quality of your input. This course is designed to help you move beyond simple questions and learn how to create prompts that deliver accurate, creative, reliable, and context-aware results.
Instead of trial-and-error prompting, you will learn proven frameworks, techniques, and real-world strategies that professionals use to get consistent and meaningful outputs from AI tools.
You will start by learning the core elements of a good prompt — clarity, context, role definition, and rules. Through real-world examples, you will see how a simple prompt can produce a generic answer, while an engineered prompt can deliver professional, tailored, and high-impact responses.
Next, you’ll explore advanced prompt engineering techniques, including:
Systematic frameworks (Temperature, Top-P, Frequency settings)
Role-based prompting (lawyer, teacher, marketer, developer, etc.)
Multi-step prompt chaining for complex tasks
Using prompts in business, academics, coding, and creative writing
Zero Shot, Few Shot and Chain of Thoughts Prompting Techniques
> Important GenAI Concepts Covered
AI hallucinations & how to reduce them
Bias and limitations of GenAI models
Prompt safety, ethics & responsible AI usage
Improving accuracy, consistency & control
By the end of this course, you’ll be able to design powerful, reusable prompts that can be applied in teaching, research, marketing, operations, and personal productivity.
This course is suitable for students, educators, professionals, and entrepreneurs who want to leverage AI tools effectively. No prior technical background is required — only curiosity and creativity!
Join today and unlock the real potential of AI through Prompt Engineering.
This course is brought to you by LeanForge Academy, specializing in AI, Lean Manufacturing, and Business Excellence.