Agentic Coding: Full-Stack Java Apps with Cursor and Copilot

• Course Overview

  • This essential course introduces a paradigm shift in software development: agentic coding, where human developers collaborate seamlessly with advanced AI tools. You will explore how to integrate artificial intelligence, specifically through the Cursor IDE and GitHub Copilot, directly into your full-stack Java application development workflow within IntelliJ IDEA. The curriculum is meticulously crafted to empower you to build, innovate, and deploy robust web applications with unprecedented efficiency, challenging traditional development methodologies and ushering in a new era of intelligent automation. This course serves as your definitive guide to understanding the evolving role of AI as a proactive partner in crafting sophisticated software solutions, ensuring you are at the forefront of modern engineering practices.
  • Dive deep into the philosophy and practical application of what’s often termed “vibe coding,” focusing on how to effectively prompt, guide, and orchestrate AI agents to generate high-quality, maintainable Java code. This goes beyond simple auto-completion; it’s about establishing a dynamic, iterative development cycle where AI anticipates your needs, suggests optimal solutions, and assists in complex problem-solving. Through practical examples and hands-on exercises, you will learn to leverage AI’s analytical capabilities for architectural decisions and code implementation, fundamentally transforming how you approach project conceptualization, development, and delivery within a full-stack context.
  • Designed for efficiency with a total length of 1.2 hours, this highly-rated course (4.79/5 from 2,003 students) provides concentrated, high-impact learning. The September 2025 update ensures all content and tools are current, reflecting the latest advancements in AI-assisted development for Java. It’s an investment in future-proofing your skills, offering a concise yet comprehensive pathway to mastering the tools and techniques that will define the next generation of software engineering.

• Requirements / Prerequisites

  • A foundational understanding of Java programming is essential to maximize your learning experience. Familiarity with core Java syntax, object-oriented programming (OOP) principles, and basic data structures will enable you to effectively interpret and critically evaluate the AI-generated code. While AI tools will assist significantly, a solid programming base ensures you can confidently debug, refactor, and customize solutions, transforming AI outputs into production-ready code. This prerequisite ensures you can engage deeply with the material and build upon existing knowledge.
  • Basic exposure to web development concepts, including HTML structure, CSS styling, and the fundamental mechanics of client-server communication, will prove highly beneficial. Understanding how web applications interact and the distinction between frontend and backend technologies will provide crucial context for building full-stack applications. This background knowledge will streamline your journey through constructing user interfaces and integrating them with robust Java backend services, allowing you to connect various components of a modern web application more intuitively.
  • A willingness to engage with new development paradigms and rapidly evolving AI tools is crucial. While familiarity with an IDE like IntelliJ IDEA is helpful, an open mind and enthusiasm for experimenting with AI-driven workflows are paramount. This course emphasizes practical application and learning by doing, so an eagerness to actively participate in hands-on coding and leverage intelligent assistants will significantly enhance your grasp of the material and your overall development capabilities.

• Skills Covered / Tools Used

  • You will develop advanced proficiency in **AI-driven development orchestration**, learning to guide and collaborate with intelligent agents to construct complex software solutions. This includes mastering prompt engineering techniques to elicit precise code, design patterns, and architectural suggestions from AI. You’ll gain expertise in leveraging AI for iterative development, allowing you to quickly prototype, refine, and test application features with unprecedented speed, moving beyond simple code generation to strategic AI-augmented project execution.
  • The course offers in-depth training on the Cursor IDE, focusing on its unique conversational coding capabilities, context-aware refactoring, and AI-powered debugging assistance that significantly streamlines problem-solving. Concurrently, you will master integrating and maximizing GitHub Copilot within your IntelliJ IDEA environment for intelligent code completion, test case generation, and efficient boilerplate reduction. This dual-tool mastery ensures you can strategically apply the best AI assistance for any development scenario, optimizing your workflow across the board.
  • You will acquire robust skills in building modern web applications using the Spring Boot framework, encompassing efficient API design, data persistence strategies, and secure backend implementation, all accelerated by AI. Alongside this, you will master creating dynamic and responsive user interfaces with Thymeleaf, a powerful server-side templating engine, using AI to assist in markup generation and component integration. This integrated approach emphasizes developing full-stack solutions where backend logic and frontend presentation work cohesively, intelligently driven by AI.
  • Beyond local development, the course equips you with the crucial skills for deploying your Java applications to production environments, making them accessible globally. This involves understanding cloud deployment strategies, configuring applications for various hosting platforms, and ensuring scalability and reliability. AI tools will also be utilized to help optimize deployment configurations, troubleshoot common issues, and even suggest improvements for application performance in live environments, providing a comprehensive understanding of the entire software lifecycle.

• Benefits / Outcomes

  • Graduates of this course will emerge as highly efficient and adaptable Java developers, possessing a unique, future-proof skillset that is invaluable in today’s tech landscape. Your ability to command and collaborate with AI development tools will dramatically accelerate your coding velocity, allowing you to tackle more ambitious projects and deliver high-quality software solutions in a fraction of the traditional time. This enhanced productivity translates directly into greater innovation and a reduced time-to-market for your applications.
  • You will secure a significant competitive advantage in the job market, distinguishing yourself as a forward-thinking professional proficient in the latest AI-driven development methodologies. Your portfolio will showcase modern, AI-assisted projects, demonstrating your capability to build robust and scalable applications with cutting-edge tools. This expertise positions you as a highly sought-after asset for organizations aiming to optimize their development pipelines and embrace the future of software engineering.
  • The course fosters a deeper, intuitive understanding of software architecture, design patterns, and best practices. By observing AI’s recommendations and generated code, you will refine your critical thinking, learn to identify optimal solutions for complex programming challenges, and make more informed design decisions. This continuous learning feedback loop, facilitated by AI, enhances your problem-solving abilities and cultivates an analytical eye for evaluating code quality and system resilience.
  • Ultimately, this program empowers you to confidently build virtually any type of application – from sophisticated enterprise systems to innovative prototypes – more efficiently and intelligently than ever before. You will transition from a traditional coder to an “agentic developer,” capable of orchestrating powerful AI tools to bring complex ideas to fruition with unparalleled speed and precision, unlocking new levels of creative freedom and technical prowess.

• PROS

  • Future-Proof Your Career: Equips you with indispensable skills for the rapidly evolving AI-driven software development industry.
  • Immediate Productivity Boost: Learn practical, actionable techniques that dramatically accelerate your coding efficiency from day one.
  • Hands-On Project Experience: Focuses on building and deploying real full-stack Java applications using AI tools.
  • Master Cutting-Edge Tools: Gain proficiency with industry-leading AI development assistants like Cursor IDE and GitHub Copilot.
  • Strategic Problem-Solving: Develop skills in orchestrating AI for complex design decisions and optimized code generation.
  • High-Impact Learning: Concise, highly-rated course delivers maximum value in a short timeframe.
  • Competitive Market Advantage: Differentiate yourself as an innovator capable of leveraging AI for superior software development.

• CONS

  • Requires Proactive Engagement: Successful mastery of agentic coding demands consistent practice, critical evaluation of AI outputs, and a willingness to actively learn beyond the structured course material for true expertise.

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