Mastering the Art of Prompt Engineering
Mastering the art of Prompt Engineering
Executive Education
Unlock the power of precision in AI with prompt engineering! The art of crafting the right prompts to guide large language models toward generating impactful, relevant, and actionable responses.
Overview
Step away from conventional lectures and immerse yourself in a dynamic, hands-on learning experience with our Practical Prompt Engineering Workshop. This workshop is designed to equip you with actionable skills and real-world strategies from the very start.
Led by industry experts, each session is crafted to empower you with the tools and techniques needed to engineer prompts effectively and optimize interactions with large language models (LLMs). From day one, you'll dive headfirst into interactive exercises, group activities, and peer reviews, gaining practical insights that go beyond traditional classroom teachings.
Through in-depth explorations of guiding principles, detailed case studies, and hands-on prompt design exercises, you'll master the art of crafting prompts that yield optimal results. You'll experiment with different domains, analyze outcomes, and refine your strategies alongside peers, fostering collaborative learning and real-world application.
Whether you're a seasoned AI practitioner or new to the field, this workshop caters to all skill levels, providing a supportive environment for learning, experimentation, and growth. You'll leave with more than just knowledge—you'll leave with the confidence and expertise to engineer prompts that make a tangible impact in AI applications.
“The next priority of the UAE is to increase the contribution of digital economy in the national economy, promote smart infrastructure, and enhance the digital readiness of the UAE government to ensure business continuity regardless of the circumstances.”
- H.H. Sheikh Mohammed bin Rashid Al Maktoum
Objectives and Outcomes
Program Objectives
Understand the fundamentals of prompt engineering and its significance in AI.
Learn and apply 26 guiding principles to enhance interactions with large language models.
Analyze and evaluate the impact of effective prompt design on LLM performance.
Learning Outcomes
Grasp the key concepts of prompt engineering for LLMs.
Skillfully apply principles to craft
effective prompts.
Analyze prompt effectiveness and refine strategies for optimal LLM interaction.
Gain insights into the latest trends and advancements in prompt engineering.
Program Schedule
The program spans three days, structured as follows:
- Day 1: Introduction to Foundations and Principles
- Day 2: In-Depth Exploration and Practical Application
- Day 3: Advanced Applications and Real-World Impact
Each day consists of two sessions, one in the morning and one in the afternoon, with each session lasting 3 hours.
Day 1: Foundations and Principles Introduction
Morning Session (3 hours)
Introduction to Prompt Engineering; Overview of Guiding Principles.
This session introduces the fundamental concepts of prompt engineering, setting a practical tone by diving into real-world applications and examples of guiding principles.
Afternoon Session (3 hours)
Methodology and Principles in Practice; Group Activities.
The afternoon session continues with practical application through group activities, encouraging participants to apply the principles learned in the morning session.
Day 2: In-Depth Exploration and Application
Morning Session (3 hours)
Detailed Examination of Principles; Real-World Examples and Case Studies.
This session delves deeper into the principles with real-world examples and case studies, providing practical insights and allowing participants to see the principles in action.
Afternoon Session (3 hours)
Hands-on Prompt Design Exercises; Peer Reviews and Discussions.
The afternoon session engages participants directly in prompt design exercises, facilitating peer reviews and discussions to reinforce learning through practical application and collaboration.
Day 3: Advanced Applications and Real-World Impact
Morning Session (3 hours)
Advanced Strategies and Applications; Experimenting with Different Domains.
This session introduces advanced strategies and encourages participants to experiment with different domains, fostering practical exploration and application of prompt engineering techniques.
Afternoon Session (3 hours)
Analyzing Results; Workshop on Prompt Optimization; Course Wrap-up and Future Outlook.
The final session focuses on analyzing results, conducting a workshop on prompt optimization, and wrapping up the course with future outlook discussions, ensuring participants leave with practical insights and actionable strategies.
Training Methodology
- Programs are delivered by international subject matter experts.
- Modules are designed to use the most practical approach to deliver the course, using the most effective learning techniques.
Participants will be involved in an interactive actual practice:
- Case studies discussion
- Class room activities
- Team learning techniques
- Project work
- Use of adept tools on various topics covered in the program
- Access to research tools on various repository on the subject
- Lecture modules delivered by subject matter experts
What to bring?
- A laptop with internet access and the capability to run language model tools
- A notebook and pen for taking notes and doing exercises
- Enthusiasm for learning and experimenting with new concepts
Subject Matter Expert
Dr. Ali Raza
Industry expert and visiting professor at RIT Dubai
Business owner, Author & International Speaker.
Dr. Ali Raza is a highly experienced industry expert with over 20 years in the field, including 10 years as a Professor of Computing Sciences.
He is known for his consultative work with government agencies in the Middle East and the UK, and his hands-on, accessible teaching style. Since 2014, he has been involved in teaching and research, while also working on projects across Europe and Asia. Previously employed at Motorola Inc., he now serves as a Principal technology consultant for governments and enterprises in the Middle East.
His research focuses on secure cognitive wireless network architectures, and he is committed to developing future technologies, particularly in education technology. Dr. Raza leads two research groups and advocates for project-based learning, creating platforms and tools to ease STEM education for younger generations.