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Dev Ramesh

Did you know that AI-powered code completion tools can significantly accelerate coding tasks and enhance code quality?

This short course was created to help software engineers, developers, and coding enthusiasts use Generative AI for Code Completion.

By completing this course, you'll be able to:

- Understand the role of AI in code completion.

- Gain familiarity with basic and advanced usage of Generative AI tools for coding, such as ChatGPT and GitHub Copilot.

- Apply AI-driven code completion tools in real-world coding scenarios to enhance productivity and code quality.

Read more

Did you know that AI-powered code completion tools can significantly accelerate coding tasks and enhance code quality?

This short course was created to help software engineers, developers, and coding enthusiasts use Generative AI for Code Completion.

By completing this course, you'll be able to:

- Understand the role of AI in code completion.

- Gain familiarity with basic and advanced usage of Generative AI tools for coding, such as ChatGPT and GitHub Copilot.

- Apply AI-driven code completion tools in real-world coding scenarios to enhance productivity and code quality.

By the end of this course, you will be able to:

- Apply Large Language Models (LLMs) for both basic and advanced code completion to enhance coding efficiency and accuracy.

- Evaluate Generative AI tools to enhance productivity, creativity, and problem-solving capabilities in software development workflows.

This course is unique because it bridges AI technology with practical coding skills, equipping you to leverage AI-driven code completion tools effectively.

To be successful in this project, you should have basic programming knowledge and familiarity with coding.

Enroll now

What's inside

Syllabus

Generative AI for Code Completion
In this course, you will leverage AI powered completions tools to accelerate coding tasks, reduce errors, enhance code quality. You will also be able to assess and apply best practices in AI-driven code completion within their software development projects.
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Traffic lights

Read about what's good
what should give you pause
and possible dealbreakers
Designed for software engineers, developers, and coding enthusiasts, this course focuses on practical application of AI-driven code completion tools to enhance productivity and code quality
Provides hands-on experience in using the latest AI tools, such as ChatGPT and GitHub Copilot, for coding tasks
Leverages Large Language Models (LLMs) for efficient and accurate code completion, enhancing coding proficiency
Students should have basic programming knowledge and familiarity with coding concepts

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Reviews summary

Practical ai for code productivity

According to learners, this course provides a solid and practical introduction to leveraging Generative AI for code completion, particularly with tools like GitHub Copilot. It's often praised for its clear explanations and focus on real-world applications that significantly enhance productivity and workflow. While many find it highly valuable for quickly getting up to speed, some learners with more advanced programming backgrounds found the initial concepts a bit introductory, wishing for deeper dives into LLM architectures or advanced techniques. There are mentions of the course needing frequent updates to stay current, though recent reviews suggest it remains relevant.
Offers a solid introduction, great for beginners.
"A very good introduction to generative AI in coding. It covers the basics well and gives a decent overview of tools like ChatGPT and Copilot."
"It delivered exactly what it promised, a solid foundation."
"Very concise and practical. For anyone wanting to quickly get up to speed with AI code completion, this is it."
Well-structured with clear, concise explanations.
"The instructor was clear and concise."
"Excellent course! The content is well-structured and easy to follow."
"The pace was just right for me, and the explanations were clear. I appreciated the examples given."
Teaches hands-on use of AI for coding productivity.
"I loved how it focused on real-world applications of Generative AI for code completion, especially with GitHub Copilot."
"I gained practical skills using LLMs for code completion, which immediately improved my workflow."
"As a professional developer, I found the course immediately applicable. It cut straight to the chase and showed how to integrate AI tools efficiently."
Needs regular updates due to rapid AI advancements.
"My only minor critique is that some of the tool interfaces might change rapidly, which means the course might need updates often to stay current."
"Some of the information felt slightly outdated already given how fast AI is moving."
"The course did not provide new information, mostly just basic definitions easily found online. I encountered several broken links or outdated references."
May be too introductory for experienced users.
"I would have liked a bit more depth on advanced fine-tuning or custom model integration, but for a short course, it's comprehensive enough."
"The course felt a bit too introductory for me, even though I have some programming background."
"I expected more advanced techniques or a deeper dive into the underlying LLM architectures. It's fine, but not groundbreaking."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Generative AI for Code Completion with these activities:
Review Programming Fundamentals
Before starting the course, brush up on basic programming concepts to ensure a solid foundation for understanding AI-powered code completion.
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  • Review online resources or tutorials on core programming concepts such as data types, variables, operators, loops, and conditional statements.
  • Solve simple coding exercises to practice applying these concepts.
Explore AI Code Completion Tools
Familiarize yourself with the different Generative AI tools available for code completion, their features, and how to integrate them into your development environment.
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  • Watch online tutorials or read documentation on popular AI code completion tools such as ChatGPT, GitHub Copilot, or TabNine.
  • Install and set up the tools in your preferred development environment.
  • Experiment with the tools by completing simple coding tasks and observing the suggestions and completions provided.
Code Completion Challenges
Solve a series of coding challenges using AI-driven code completion tools to strengthen your understanding of syntax and best practices.
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  • Access online coding platforms or IDEs that offer AI-powered code completion tools.
  • Select a series of coding challenges or exercises that focus on areas you want to improve.
  • Attempt to solve the challenges using AI-driven code completion, paying attention to the suggestions and patterns provided.
  • Review your solutions and compare them to the suggested completions, noting the accuracy and efficiency of the AI tools.
Three other activities
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AI-assisted Code Review
Pair up with a peer and review each other's code using AI-driven code completion tools to identify potential improvements and best practices.
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  • Find a partner who is also taking the course or has experience with AI-powered code completion tools.
  • Exchange code samples that you want to review and provide feedback on.
  • Use AI-powered code completion tools to analyze the code, suggest improvements, and identify potential errors or inefficiencies.
  • Discuss the suggestions and insights generated by the AI tools and agree on the best course of action to enhance the code quality.
Code Refactoring Project
Refactor an existing codebase using AI-powered code completion tools to enhance readability, maintainability, and efficiency.
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Show steps
  • Choose an open-source project or a codebase that you have developed earlier.
  • Identify areas in the codebase that can benefit from code completion, such as repetitive blocks of code, complex logic, or error-prone sections.
  • Use Generative AI tools for code completion to suggest alternative and improved code structures, algorithms, or error handling mechanisms.
  • Implement the suggested changes, review the impact on code quality and efficiency, and document the process and the results in a project report.
Custom AI Code Completion Tool
Develop your own AI-powered code completion tool tailored to a specific domain or programming language to expand your understanding of the techniques and algorithms involved in code completion.
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Show steps
  • Define the scope and functionality of your custom AI code completion tool.
  • Gather a dataset of code snippets, documentation, and other relevant materials for training the AI model.
  • Choose and implement an appropriate machine learning model for code completion, such as a Transformer-based model or a language model.
  • Train the model on the collected dataset and evaluate its performance.
  • Integrate the trained model into a user-friendly interface or tool for easy access and use by developers.

Career center

Learners who complete Generative AI for Code Completion will develop knowledge and skills that may be useful to these careers:

Reading list

We've selected 50 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Generative AI for Code Completion .
Full-lifecycle AI coding workflows with GitHub Copilot span architectural planning, SQL query generation, automated test suites, and CI/CD scripting. Tom Taulli balances productivity gains with candid coverage of licensing risks, security scanning, and human code review.
Foundation model architecture, context window management, retrieval-augmented generation, and evaluation pipelines explain how coding assistants like GitHub Copilot operate under the hood. Chip Huyen equips engineers to build and audit production AI developer tooling.
Context structuring, few-shot exemplars, chain-of-thought reasoning, and deterministic output formatting directly improve GitHub Copilot Chat and inline code generation. Phoenix and Taylor provide battle-tested patterns for steering large language models in code-heavy tasks.
Side-by-side benchmarks pitting human problem-solving against GitHub Copilot and ChatGPT reveal exactly where AI coding assistants excel and where subtle bugs hide. David Mertz uses twenty-four tricky regex puzzles to sharpen developer verification and prompt refinement skills.
Provides a deep dive into the technical foundations and applications of ChatGPT. It is written by the leading researchers at OpenAI, the company that developed ChatGPT, and valuable resource for anyone who wants to understand the inner workings of ChatGPT.
Provides a practical guide to using generative AI, covering the different techniques and tools available. It is written by two leading experts in the field, Josh Patterson and Adam Gibson.
Offers a comprehensive overview of LLMs, covering their theoretical foundations, practical applications, and future directions.
Large language model APIs, function calling, and agentic tool execution share the exact capabilities powering GitHub Copilot Workspace and extensions. Caelen and Blete guide developers through building code-aware assistants and automated developer workflows.
Transformers are a key architecture in modern NLP and are heavily used in large language models that power advanced code completion. focuses on using the Hugging Face library, a popular tool for working with transformers. It's highly relevant for understanding and implementing the cutting-edge AI models used in code completion.
Visual mental models of commits, branches, staging areas, and remote pull requests enable developers to checkpoint and review AI-generated diffs with confidence. Anna Skoulikari provides the essential version-control foundation for collaborating on GitHub.
Distributed version control internals, interactive rebasing, git bisect debugging, and GitHub pull request workflows remain indispensable when integrating rapid Copilot changes. Chacon and Straub's authoritative reference teaches engineers how to maintain clean commit histories.
Provides a practitioner-focused view of generative AI applications, including code generation. It covers architectural patterns, deployment, and ethical considerations. It's a valuable resource for understanding how generative AI is applied in real-world scenarios like code completion and the practicalities involved.
This interactive book provides a hands-on introduction to deep learning with code examples. It's a great resource for gaining practical experience with deep learning models that can be applied to code completion tasks. The interactive nature makes it particularly useful for learners who want to experiment with the concepts.
Tactical programming that prioritizes speed over clean abstractions quickly buries teams in complexity—a danger amplified by uncritical use of AI autocomplete. John Ousterhout teaches developers how to design deep modules and clear interfaces before prompting for implementation.
Characterization tests, dependency-breaking seams, and sprout methods allow engineers to wrap untested code in safety harnesses before asking GitHub Copilot to refactor it. Michael Feathers provides the defensive testing playbook every AI-augmented developer needs.
Problem decomposition, specification writing, and systematic code reading replace rote syntax memorization when programming alongside GitHub Copilot. Computer science educators Leo Porter and Daniel Zingaro teach learners how to prompt, test, and debug AI-generated functions safely.
IDE integration, inline ghost-text completions, Copilot Chat slash commands, and unit test generation receive hands-on coverage across enterprise languages. Kurt Dowswell demonstrates how to engineer comment-driven prompts, refactor legacy logic, and enforce security guardrails.
Step-by-step exercises pair core programming fundamentals with GitHub Copilot completions, chat refactoring, and automated unit testing. Scott McCoy and Mary Delamater show students and working developers how to guide Copilot without surrendering code comprehension.
Securing codebases built with generative assistants requires defending against probabilistic failure modes, injected dependencies, and non-deterministic outputs. Stephen R. Jordan outlines modern application security controls tailored for AI-augmented engineering teams.
Provides a thought-provoking exploration of the future of generative AI, discussing its potential benefits and risks. It is written by Gary Marcus, a leading researcher in the field.
This book, often referred to as the 'Dragon Book', classic in the field of compiler design. It provides a strong foundation in the principles and techniques used in building compilers, which is highly relevant to understanding how IDEs perform tasks like parsing and static analysis for code completion. While not directly about code completion, it offers essential background knowledge on the underlying mechanisms.
Practical workflows for configuring GitHub Copilot in VS Code, translating between programming languages, and generating documentation help developers accelerate daily tasks. Chris Minnick walks readers through iterative prompting, bug diagnosis, and full-stack prototyping.
This comprehensive handbook includes a chapter on LLMs, providing a thorough overview of their history, evolution, and applications.
Provides a business-oriented perspective on generative AI, discussing its potential impact on industries and how companies can use it to gain a competitive advantage. It is written by three leading experts in the field, Thomas Davenport, Rajeev Ronanki, and Nitin Mittal.
Distinguishing accidental syntax hurdles from essential conceptual complexity explains why AI coding assistants accelerate typing yet cannot replace architectural judgment. Fred Brooks's classic essays offer timeless perspective on developer productivity and software design integrity.
This textbook offers a comprehensive and modern perspective on compiler construction. It covers both the theoretical foundations and practical aspects of building compilers, including topics like analysis and optimization. Understanding these concepts is crucial for comprehending how code completion tools analyze code to provide suggestions. valuable reference for those wanting to delve deeper into the implementation details.
Navigating the jagged frontier of large language model capabilities requires knowing when to delegate, when to verify, and how to prevent human skill atrophy. Wharton professor Ethan Mollick frames the cognitive habits that make pair programming with AI effective.
Part of a series covering compiler implementation in different languages, this book offers a practical approach to building compilers. It provides concrete examples and implementations, which can be helpful for understanding the practical challenges and techniques involved in the analysis and processing of code that underpins code completion features.
Delves into the foundational concepts of programming languages from a more practical perspective than some purely theoretical texts. It covers topics like semantics and type systems, which are directly relevant to the analysis performed by code completion tools. It provides a solid understanding of the principles behind language design and implementation.
Provides a comprehensive introduction to natural language processing (NLP). Given that code form of language, NLP techniques are highly relevant to code completion, particularly for understanding context and generating code suggestions. This book offers valuable insights into the linguistic aspects of code completion. While not solely focused on code, it provides crucial foundational knowledge for understanding how language models are applied.
Explores the relationship between generative AI and the creative process, discussing how generative AI can be used to enhance creativity. It is written by Margaret Boden, a leading researcher in the field.
This foundational machine learning book covers a wide range of techniques relevant to understanding patterns in data. Code completion tools that learn from vast codebases rely on such pattern recognition principles. provides a solid theoretical grounding in the statistical and algorithmic aspects of machine learning applicable to code analysis.
While a general algorithms book, CLRS fundamental text in computer science. The algorithms and data structures covered are essential for implementing many features found in IDEs and code completion tools, such as efficient searching, parsing, and data management. It provides the algorithmic backbone for building performant development tools.
Explores the design, implementation, and runtime behavior of programming languages. Understanding these aspects is beneficial for comprehending how code completion tools interact with different languages and provide context-aware suggestions. It bridges the gap between theoretical concepts and practical language implementation.
Foundational text in statistical NLP, covering techniques for processing and understanding human language. These statistical methods are highly relevant to modern code completion systems that use machine learning to predict and suggest code based on patterns learned from large code corpora. It provides a strong theoretical basis for statistical approaches to code analysis.
This comprehensive AI textbook provides a broad understanding of artificial intelligence principles and techniques. As code completion increasingly utilizes AI, particularly machine learning and natural language processing, this book offers valuable context on the AI landscape and relevant algorithms. It's a good resource for understanding the AI foundations behind modern code completion.
Provides a foundational understanding of the theoretical underpinnings of computation, including topics like automata, computability, and complexity. While abstract, these concepts are relevant to understanding the limits and capabilities of algorithms used in code analysis and completion. It's a more theoretical background text.
Explores the potential applications of generative AI in healthcare, discussing how it could be used to improve patient care and accelerate drug discovery. It is written by Eric Topol, a leading researcher in the field.
Offers timeless advice on improving as a programmer. It covers various aspects of software development practices, emphasizing efficiency and productivity. While not a technical deep dive into code completion, it provides a mindset and techniques that align with the goals of using such tools effectively. It's more of a complementary read on improving coding workflows.
Explores the philosophical implications of generative AI, discussing how it challenges our understanding of mind and consciousness. It is written by Daniel C. Dennett, a leading philosopher in the field.
Explores the potential applications of generative AI in climate change, discussing how it could be used to model climate change and develop solutions. It is written by Andrew Ng, a leading researcher in the field.
Explores the potential impact of generative AI on the law, discussing how it could be used to automate legal processes and improve access to justice. It is written by Ryan Abbott, a leading researcher in the field.
Explores the potential impact of generative AI on the economy, discussing how it could be used to create new jobs and improve productivity. It is written by two leading experts in the field, Erik Brynjolfsson and Andrew McAfee.
Explores the potential impact of generative AI on society, discussing how it could be used to solve social problems and improve quality of life. It is written by Kai-Fu Lee, a leading researcher in the field.

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