Prompt Engineering for Everyone Bootcamp
What you'll learn
- Understand what prompt engineering is and why it’s critical to effective AI use
- Explain how large language models (LLMs) like ChatGPT generate responses
- Use core prompting types: zero-shot, few-shot, chain-of-thought, role-based, and more
- Craft clear, structured, and context-rich prompts for a wide range of tasks
- Iterate, test, and refine prompts for improved accuracy and performance
- Recognize and reduce AI hallucinations through strategic prompting techniques
- Apply meta prompting to design better prompts with the help of the model itself
- Optimize prompts for different goals — summarization, content generation, coding, Q&A, etc.
- Apply best practices for ethical and responsible use of AI systems
Requirements
- This course is designed to be accessible to everyone — no coding or AI background required.
Description
Prompt engineering is one of the most in-demand and future-proof skills of the AI era — and this course will teach you how to master it.
This hands-on, tool-agnostic course is designed for professionals, educators, developers, analysts, and creatives who want to harness the full potential of large language models (LLMs) like ChatGPT, Claude, Gemini, and others. Instead of treating AI like a black box, you’ll learn how to collaborate with it by crafting structured, context-aware prompts that generate accurate, useful, and safe outputs.
The course starts with foundational concepts — what prompt engineering is, why it matters, and how different types of prompts (zero-shot, few-shot, chain-of-thought, role-based, etc.) impact outcomes. You’ll gain a working understanding of how LLMs generate language, what “tokens” are, and why they sometimes hallucinate or fail to follow instructions.
From there, we dive into real-world strategies for designing effective prompts. You’ll learn how to give the model the right amount of context, test and tune your prompts, and even use meta prompting — prompting the model to help you design better prompts. Each concept is reinforced with practical examples and guided exercises across domains like education, healthcare, legal, marketing, software development, and data science.
You’ll also explore advanced concepts like prompt tuning, hybrid prompting, and ethical AI use — including how to minimize bias, avoid harmful content, and ensure privacy. The course finishes with a capstone module on hallucination reduction, where you’ll learn how to prompt the model in ways that reduce false or fabricated outputs.
No programming background is required, though technically-inclined learners will find optional advanced modules on model architecture (e.g., Transformers) and prompt optimization techniques.
What You’ll Learn:
Core principles of prompt engineering
How LLMs work and why prompt structure matters
Types of prompting strategies and when to use them
How to iterate, test, and refine your prompts for better performance
Using meta prompting to build better prompt templates
Reducing hallucination and guiding the model toward factual accuracy
Ethical use of AI in real-world applications
Prompting for different modalities (text, code, image)
Who This Course Is For:
Professionals who want to automate tasks, improve workflows, or build AI-integrated tools
Educators designing personalized learning materials or AI-assisted content
Writers, marketers, and designers looking to collaborate with AI creatively
Developers and data analysts seeking reliable, repeatable prompts for technical work
Anyone who wants to use AI more safely, effectively, and intentionally
Who this course is for:
- Educators designing personalized content, study guides, or AI-powered tutoring
- Professionals looking to automate tasks, boost productivity, or improve communication with AI tools
- Developers and data analysts aiming to integrate prompting into their workflows
- Business teams using LLMs for knowledge management, customer support, and operations
- Students who want to use AI for studying, research, writing assistance, or academic productivity
- Anyone curious about how to talk to AI more clearly, effectively, and safely
Instructor
Welcome! I'm Navid Shirzadi, and I'm thrilled that you've taken the time to visit my profile.
As a research scientist, I hold a doctoral degree in engineering and boast over ten years of invaluable experience in the fascinating realm of controlling integrated energy systems. My expertise lies in employing mathematical optimization strategies to tackle complex challenges within this field.
I am well-versed in Python programming and proficient in developing cutting-edge machine learning and deep learning models for various applications. My contributions to the field have been recognized through numerous publications centered around the design and implementation of intelligent control strategies for energy systems, utilizing the power of machine learning, deep learning, and artificial intelligence.
In essence, my passion lies in the realm of Data Science and Machine Learning, and I find immense satisfaction in applying optimization techniques to solve real-world problems. I genuinely look forward to sharing my knowledge and experiences with you!