AI-Powered Code Generation and Refactoring Understand the transformative integration of artificial intelligence into the software development lifecycle

  • Overview
  • Schedule Classes
  • What you'll learn
  • Curriculum
  • Feature
  • FAQs
Request Pricing
overviewbg

Overview

AI-powered Code Generation and Refactoring explores the transformative integration of artificial intelligence into the software development lifecycle. This course examines how AI tools are revolutionizing coding practices by automating repetitive tasks, enhancing code quality, and accelerating development processes. Participants will gain practical experience with leading AI coding assistants such as GitHub Copilot, ChatGPT, and other modern tools that are reshaping how developers write, review, and optimize code across various programming languages and environments.

The course is particularly relevant in today’s rapidly evolving software development landscape, where AI-assisted coding is becoming an essential skill for competitive developers. As organizations increasingly adopt these technologies to improve productivity and code quality, understanding how to effectively collaborate with AI coding tools has become a crucial competency. By mastering the techniques for prompt engineering, code generation, automated refactoring, and AI-assisted debugging, participants will significantly enhance their programming efficiency while maintaining high standards of code quality and security.

Cognixia’s AI-powered Code Generation and Refactoring training program is designed for developers with basic to intermediate programming knowledge who want to leverage AI to enhance their coding capabilities. This comprehensive course will equip teams with the knowledge and skills to effectively utilize AI coding assistants, implement AI-driven code optimization techniques, automate testing and documentation processes, and address the ethical considerations associated with AI-generated code, ultimately transforming their software development practices.

Schedule Classes


Looking for more sessions of this class?

Talk to us

What you'll learn

  • Effective prompt engineering techniques to generate high-quality, production-ready code using AI tools like GitHub Copilot and ChatGPT
  • Strategies for leveraging AI to identify code smells, reduce technical debt, and implement automated refactoring solutions
  • Methods for using AI to create comprehensive test suites and perform automated debugging of complex code issues
  • Approaches to integrate AI coding assistants into existing development workflows, version control systems, and CI/CD pipelines
  • Techniques for employing AI to generate clear, consistent documentation and insightful code comments
  • Best practices for addressing ethical considerations, licensing issues, and security concerns when working with AI-generated code

Prerequisites

  • Basic to intermediate programming knowledge (Python, JavaScript, Java, or any major language)
  • Familiarity with software development workflows and version control (Git/GitHub)
  • Basic understanding of AI and Large Language Models (LLMs) like ChatGPT, GitHub Copilot, and DeepCode

Curriculum

  • The role of AI in modern software engineering
  • Overview of AI-powered coding tools (ChatGPT, GitHub Copilot, Tabnine, CodeWhisperer)
  • Benefits and limitations of AI in code generation and refactoring
  • Understanding prompt engineering for code generation
  • Generating functions, classes, and modules with AI
  • AI-assisted test case generation
  • Best practices in code refactoring
  • How AI helps in code optimization and cleanup
  • Identifying and fixing code smells with AI (Cyclomatic complexity, redundant code, etc.)
  • AI-assisted bug detection and fixing
  • Automating code review with AI (Linting, security checks, best practices)
  • Leveraging AI for documentation and commenting
  • AI in pair programming: The future of collaborative development
  • Integrating AI into DevOps and CI/CD pipelines
  • Understanding AI-generated code licensing and security concerns
  • Mitigating bias and inaccuracies in AI-generated code
  • Future trends in AI-powered software development

Interested in this course?

Reach out to us for more information

+91-7227048672
Talk to us
inquiry@cognixia.com

Course Feature

Course Duration
Learning Support
Tailor-made Training Plan
Customized Quotes

FAQs

AI-powered code generation uses machine learning models (particularly Large Language Models) to automatically produce code based on natural language descriptions or partial implementations. These AI systems have been trained on vast repositories of code and can generate functions, classes, algorithms, and even entire modules across multiple programming languages. The technology enables developers to accelerate implementation by describing what they need in plain language rather than writing every line of code manually.
AI coding assistants can significantly enhance productivity by automating repetitive coding tasks, suggesting optimizations, generating boilerplate code, and identifying potential bugs before they cause issues. These tools can help maintain consistent coding standards, reduce errors, automate testing, and provide intelligent refactoring suggestions. By handling routine aspects of development, AI allows developers to focus on higher-level design decisions and complex problem-solving while reducing development time.
The AI-powered Code Generation and Refactoring course is primarily designed for software developers, engineers, and programmers who want to enhance their productivity and code quality by integrating AI tools into their development workflow.
No, participants don't need advanced AI knowledge. The course is designed for developers with a basic understanding of AI concepts. The focus is on the practical application of AI coding tools rather than the underlying AI technology. Basic to intermediate programming skills and familiarity with software development workflows are the main prerequisites for successful participation.
For this course, participants need to have basic to intermediate programming knowledge (Python, JavaScript, Java, or any major programming language), familiarity with software development workflows and version control (Git/GitHub), and a basic understanding of AI and LLMs like ChatGPT, GitHub Copilot, and DeepCode.