
Advanced Prompt Engineering for Everyone Course
Master every layer of prompt engineering — from foundational model mechanics to enterprise-scale governance. This course equips you with battle-tested techniques for reasoning prompts, multi-step workflows, domain-specific applications, and responsible AI design. Whether you're an individual contributor or leading a team, you'll leave with a complete, professional-grade prompt engineering toolkit.
What you will learn:
Construct precise, well-structured prompts using a repeatable, professional framework.
Apply zero-shot, few-shot, and chain-of-thought techniques to real-world analytical tasks.
Design multi-step prompt chains that handle branching logic and recover from errors gracefully.
Manage context windows and system prompts to maintain coherent, controlled model behaviour.
Evaluate and optimise prompt performance using test suites, metrics, and automated scoring.
Adapt core prompting strategies to coding, data analysis, content creation, and customer-facing applications.
How you study in practice Advanced Prompt Engineering for Everyone Course
How you practise Advanced Prompt Engineering for Everyone Course
For companies looking to train their teams
With Dedika for businesses, the course includes exercises and examples tailored to your company and its specific needs.
Course content
8 Chapters • 39 LessonsDuration between 4 and 360 hours (you decide)
Chapter 1HideHide detailsSee detailsFoundations of Prompt Engineering
Foundations of Prompt Engineering
Lesson 1 • Anatomy of a Well-Formed Prompt
Breaks a prompt into its functional components: instruction, context, input data, and output format. Establishes a shared vocabulary used throughout the course.
Lesson 2 • Common Prompt Failure Modes
Catalogs the most frequent causes of poor model output: ambiguity, over-constraint, and missing context. Teaches diagnostic thinking before introducing fixes.
Lesson 3 • Setting Up a Practice Environment
Guides learners through selecting and configuring a model interface for hands-on exercises. Ensures every student can test prompts immediately after each lesson.
Lesson 4 • How Language Models Process Input
Explains tokenisation, context windows, and probability-based text generation. Grounds all later prompt techniques in accurate model behaviour rather than guesswork.
Chapter 2HideHide detailsSee detailsCore Prompting Techniques
Core Prompting Techniques
Lesson 1 • Instruction Tuning and Formatting
Explores how formatting choices—lists, headers, JSON—shape model output structure. Teaches systematic formatting decisions tied to downstream use cases.
Lesson 2 • Zero-Shot Prompting Strategies
Teaches how to elicit accurate responses without examples by optimising instruction phrasing. Demonstrates when zero-shot is sufficient and when it falls short.
Lesson 3 • Iterative Prompt Refinement
Introduces a structured edit-test-evaluate loop for improving prompts systematically. Builds the habit of evidence-based iteration over intuitive guessing.
Lesson 4 • Role and Persona Prompting
Assigns expert personas to shift model tone, depth, and domain focus. Connects persona design to audience needs and task requirements.
Lesson 5 • Few-Shot Prompting with Examples
Covers selecting, formatting, and ordering examples to guide model behaviour. Shows how example quality directly controls output consistency.
Chapter 3HideHide detailsSee detailsChain-of-Thought and Reasoning Prompts
Chain-of-Thought and Reasoning Prompts
Lesson 1 • Zero-Shot Chain-of-Thought Triggers
Demonstrates trigger phrases that activate reasoning without examples. Compares trigger effectiveness across task types using controlled experiments.
Lesson 2 • Few-Shot Chain-of-Thought Design
Builds annotated reasoning examples that teach the model a problem-solving pattern. Covers example diversity and step granularity for robust generalisation.
Lesson 3 • Self-Consistency and Voting Strategies
Generates multiple reasoning paths and aggregates answers to reduce variance. Applies majority-vote logic to improve reliability on high-stakes outputs.
Lesson 4 • Applying Reasoning Prompts to Real Tasks
Transfers CoT techniques to business analysis, troubleshooting, and decision support. Reinforces chapter skills through domain-specific practice scenarios.
Lesson 5 • Principles of Chain-of-Thought Prompting
Explains why explicit reasoning steps improve accuracy on logic and maths tasks. Establishes the theoretical basis before introducing implementation patterns.
Chapter 4HideHide detailsSee detailsPrompt Chaining and Workflow Design
Prompt Chaining and Workflow Design
Lesson 1 • Conditional and Branching Chains
Introduces logic gates that route workflow paths based on model output content. Enables adaptive pipelines that respond to variable inputs.
Lesson 2 • Workflow Orchestration Tools Overview
Surveys no-code and low-code tools for building and deploying prompt chains. Connects workflow design concepts to practical implementation environments.
Lesson 3 • Error Handling in Prompt Pipelines
Builds validation checkpoints and retry logic into multi-step workflows. Prevents silent failures from propagating through downstream chain steps.
Lesson 4 • Designing Sequential Prompt Chains
Teaches how to pass structured outputs from one prompt as inputs to the next. Covers data formatting contracts between chain steps.
Lesson 5 • Why Single Prompts Have Limits
Identifies task complexity thresholds where single prompts degrade in quality. Motivates chaining as a structural solution rather than a workaround.
Chapter 5HideHide detailsSee detailsSystem Prompts and Context Management
System Prompts and Context Management
Lesson 1 • Guardrails and Behavioural Constraints
Embeds safety, scope, and tone constraints directly into system prompts. Teaches constraint layering to prevent off-topic, harmful, or inconsistent outputs.
Lesson 2 • Memory Patterns for Long Sessions
Introduces external memory stores and in-prompt memory representations for extended interactions. Enables stateful behaviour beyond single-session context limits.
Lesson 3 • Injecting Dynamic Context
Covers techniques for inserting retrieved or computed data into prompts at runtime. Connects context injection to retrieval-augmented generation patterns.
Lesson 4 • Context Window Management Strategies
Teaches summarisation, truncation, and selective retention to fit long conversations into limited windows. Prevents context overflow from degrading response quality.
Lesson 5 • System Prompt Architecture
Defines the role and scope of system prompts versus user-turn prompts. Teaches layered instruction design for consistent, controllable model behaviour.
Chapter 6HideHide detailsSee detailsPrompt Optimisation and Evaluation
Prompt Optimisation and Evaluation
Lesson 1 • Automated Evaluation Techniques
Uses model-as-judge and rubric-based scoring to scale evaluation beyond manual review. Covers reliability and bias risks in automated scoring pipelines.
Lesson 2 • Defining Prompt Quality Metrics
Establishes measurable criteria for accuracy, relevance, format compliance, and tone. Replaces subjective judgement with quantifiable evaluation standards.
Lesson 3 • A/B Testing Prompt Variants
Runs controlled comparisons between prompt versions using consistent evaluation criteria. Teaches statistical thinking for interpreting small-sample prompt experiments.
Lesson 4 • Building a Prompt Test Suite
Designs a structured set of test cases covering edge cases, typical inputs, and adversarial examples. Enables repeatable benchmarking across prompt versions.
Lesson 5 • Regression Testing and Version Control
Tracks prompt changes over time and detects performance regressions after edits. Integrates prompt versioning into a professional development workflow.
Chapter 7HideHide detailsSee detailsDomain-Specific Prompt Engineering
Domain-Specific Prompt Engineering
Lesson 1 • Prompts for Code Generation and Review
Designs prompts that produce correct, readable, and well-documented code across languages. Covers code review, refactoring, and test generation use cases.
Lesson 2 • Prompts for Customer-Facing Applications
Builds prompts for chatbots, support agents, and FAQ systems with strict tone and accuracy requirements. Addresses escalation logic and user trust considerations.
Lesson 3 • Prompts for Data Analysis and Reporting
Structures prompts to extract insights, generate hypotheses, and format analytical outputs. Integrates structured data inputs with interpretive instruction design.
Lesson 4 • Prompts for Content and Writing Tasks
Applies persona, format, and style constraints to generate on-brand written content. Covers editing, summarisation, and tone transformation use cases.
Lesson 5 • Cross-Domain Prompt Adaptation
Teaches a transferable adaptation process for applying proven prompts to new domains. Reduces rework by identifying reusable structural patterns across use cases.
Chapter 8HideHide detailsSee detailsStrategic Prompt Engineering at Scale
Strategic Prompt Engineering at Scale
Lesson 1 • Collaborating on Prompts Across Teams
Introduces shared editing, commenting, and approval processes for cross-functional prompt work. Aligns technical and non-technical stakeholders on prompt design decisions.
Lesson 2 • Monitoring Prompts in Production
Tracks live prompt performance using output sampling, user feedback, and drift detection. Enables proactive maintenance before quality degradation affects users.
Lesson 3 • Prompt Governance and Quality Standards
Establishes review workflows, ownership policies, and quality gates for production prompts. Prevents unreviewed prompts from reaching end users in critical systems.
Lesson 4 • Building a Prompt Library
Designs a structured repository for storing, tagging, and retrieving reusable prompt templates. Reduces duplication and accelerates deployment across teams.
Lesson 5 • Adapting Prompts to Model Updates
Prepares prompt libraries for model version changes through impact assessment and regression testing. Builds organisational resilience against external model evolution.
Your valid completion certificate
This course is for you:
Marketing professionals: want consistent, on-brand AI-generated content at scale.
Operations managers: need reliable AI workflows to reduce manual team workload.
Software developers: ready to integrate structured prompting into their build process.
Freelance consultants: looking to offer AI prompt strategy as a billable service.
Career changers: entering the AI field and building a credible, practical skill set.
Educators and trainers: designing AI-assisted learning experiences for their students.
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