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Telusko Edutech and Hyder Abbas

This course is a beginner-friendly crash course on Apache Maven, designed to teach you the fundamentals and core concepts without going too deep into advanced topics.

We start from scratch, explaining what a build tool is and why Maven exists, then move on to installation and setup on Windows and Linux (AWS EC2). You’ll get hands-on experience creating Java projects with Maven, first as a JAR app and later as a Web app.

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This course is a beginner-friendly crash course on Apache Maven, designed to teach you the fundamentals and core concepts without going too deep into advanced topics.

We start from scratch, explaining what a build tool is and why Maven exists, then move on to installation and setup on Windows and Linux (AWS EC2). You’ll get hands-on experience creating Java projects with Maven, first as a JAR app and later as a Web app.

You’ll learn about Maven goals, dependencies, repositories, plugins, and the pom.xml file in a clear and practical way. We also explore how Maven integrates with IntelliJ IDEA and Eclipse IDE, so you can work in whichever environment you prefer.

To make it more practical, we demonstrate unit testing with Maven and finally build a Spring Boot application managed by Maven — giving you real-world confidence to apply Maven in your projects.

By the end of this course, you’ll have a solid understanding of Maven fundamentals. The knowledge you gain here is good enough to start using Maven effectively in your daily development work. We’ve also added Maven notes to help you quickly revise the concepts.

This crash course is perfect for Java beginners, students, developers and DevOps engineers who want a quick yet comprehensive introduction to Maven.

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What's inside

Learning objectives

  • Understand what a build tool is and why apache maven is widely used in java projects
  • Install and configure maven on windows and linux (aws ec2) environments
  • Create and manage java projects with maven (jar applications and web applications)
  • Work with maven goals and phases like compile, test, package, install, and deploy
  • Add and manage dependencies using maven and explore repositories (local, central, remote)
  • Understand the structure and purpose of the pom.xml file and effective pom
  • Use maven inside popular ides like intellij idea and eclipse for seamless project development
  • Build and run a spring boot application using maven for real-world experience

Syllabus

By the end of this section, students will be able to explain what a build tool is, why it’s needed in software development, and how Maven solves common problems in building and managing Java projects.
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In this video, you’ll learn what the mvn install command does and why it’s an important part of the Maven build lifecycle. We’ll explore how Maven installs your project’s artifacts into the local repository and how this helps in managing dependencies across different projects.

In this video, you’ll learn about the mvn site command and how it generates project documentation and reports. We’ll walk through the process of creating a Maven site, explore the types of reports it provides, and understand how it can help in project tracking and analysis.

In this video, you’ll learn how a Maven multi-module project is organized. We’ll go step-by-step to see how different modules are connected, how the parent POM works, and how to structure a clean and maintainable multi-module setup.

In this video, we’ll discuss the advantages of using a Maven multi-module project. You’ll understand how this approach improves code reusability, scalability, project management, and build efficiency.

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Learners who complete Maven for Absolute Beginners: Build & Manage Java Projects 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 Maven for Absolute Beginners: Build & Manage Java Projects.
A short, but very good book on how to write object-oriented code using tests. encourages test-driven development and teaches how to test the design of object-oriented systems. It also provides strategies for writing maintainable tests.
A classic book on test-driven development (TDD). It explains the fundamentals of TDD and shows how to use it to improve code quality and reduce defects. It also provides a number of case studies that demonstrate how TDD can be used in practice.
Addresses the critical and contemporary topic of software supply chain security, where dependency management plays a vital role in identifying and mitigating risks. It provides a comprehensive look at security risks throughout the software supply chain and offers practical controls. This is highly relevant for understanding the security implications of dependencies and timely reference for professionals.
Written by the core Maven team, this official guide offers authoritative information on all aspects of Maven. It provides detailed explanations of Maven's concepts, features, and best practices.
Considered a seminal work in the field, this book extends the concepts of CI to Continuous Delivery (CD). It provides a comprehensive guide to the principles and technical practices needed for rapid, incremental, and reliable software releases. This must-read for anyone looking to deepen their understanding of automating the entire software delivery pipeline.
Based on extensive research, this book provides data-driven insights into the practices that predict high performance in software delivery, including continuous integration and delivery. It helps solidify the understanding of why build automation and related practices are critical for organizational success. It's particularly valuable for professionals and graduate students interested in the business impact of DevOps practices.
A guide to developing cloud-native Java applications, covering topics such as microservices, serverless computing, and reactive programming.
A classic book on Java best practices, covering topics such as object-oriented design, concurrency, and performance.
Is foundational for understanding the core principles of Continuous Integration (CI), a key component of build automation. It explains how to make integration a regular, low-risk activity in software development, covering practices and techniques applicable across different languages and platforms. It's valuable for gaining a broad understanding and serves as a solid reference for implementing CI effectively.
Provides a deep dive into the concept of Dependency Injection (DI), a fundamental software design pattern closely related to dependency management at the code level. It covers the principles, practices, and patterns of DI, offering valuable insights into how to design loosely coupled and testable software. While focused on DI in .NET, the principles are broadly applicable to object-oriented programming in general.
A practical guide to unit testing. It covers the basics of unit testing, such as how to write effective tests and how to organize your tests. It also covers more advanced topics, such as how to test legacy code and how to use unit tests to improve code coverage.
A comprehensive book on unit testing patterns. It presents a collection of patterns that can be used to improve the design and maintainability of unit tests. The patterns are organized into several categories, such as test organization, test design, and test execution.
A comprehensive book on test-driven development with Go. It covers the basics of test-driven development, such as how to write effective tests and how to organize your tests. It also covers more advanced topics, such as how to test legacy code and how to use test-driven development to improve code coverage.
Aimed at both beginners and experienced users, this guide delves into the powerful features of IntelliJ IDEA, including debugging, refactoring, and performance tuning. It's structured to build skills incrementally and serves as a valuable reference for unlocking the IDE's full potential.
Focuses specifically on dependency and package management within the Python ecosystem. It covers essential tools like pip, pipenv, and Poetry, which are crucial for managing dependencies in Python projects. This book is highly relevant for those working with Python and provides practical guidance on using the tools mentioned in the course descriptions.
IntelliJ IDEA is renowned for its extensive keyboard shortcuts that significantly enhance productivity. practical reference dedicated to mastering these shortcuts, a key aspect of becoming an efficient IntelliJ IDEA user. It's a useful tool for solidifying understanding of efficient navigation and command execution within the IDE.
Addresses the increasing importance of software transparency for supply chain security. It explores how understanding the components and dependencies within software is crucial for managing risk in today's interconnected world. This highly relevant book for understanding the contemporary challenges and importance of visibility in dependency management.
Provides a solid introduction to IntelliJ IDEA specifically for Java developers. It covers installation, configuration, working with source code, and building applications. It's a good starting point for those with some Java background looking to get up to speed with the IDE's core features.
Authored by one of the co-authors of the seminal 'Continuous Delivery' book, this resource likely offers updated perspectives and deeper insights into building and optimizing continuous delivery pipelines. It would be particularly valuable for those looking to advance their understanding beyond the foundational concepts.
Explores dependency injection specifically within the Go programming language. It delves into various DI methods and how to leverage them to write clean, loosely coupled, and testable Go code. For those interested in dependency management in Go, this book provides practical, code-focused examples.
Effective vulnerability management is intrinsically linked to dependency management, as vulnerabilities often reside in third-party libraries and components. provides a guide to managing risk in a vulnerable digital landscape, offering insights that are directly applicable to identifying and addressing security vulnerabilities introduced through dependencies.
While not solely focused on IntelliJ IDEA, this book is written by members of the Kotlin team at JetBrains and is highly relevant for those using IntelliJ IDEA for Kotlin development. It provides deep insights into the Kotlin language, which is tightly integrated with the IDE. It's a must-read for professional Kotlin developers using IntelliJ IDEA.
Provides a broad overview of the DevOps movement, of which build automation crucial part. It covers the cultural, automation, lean, measurement, and sharing aspects of DevOps, offering insights into how high-performing technology organizations operate. It's an excellent resource for understanding the context and benefits of build automation within a larger organizational strategy.
Focuses on Kotlin Coroutines, a contemporary topic in Kotlin development. It explicitly mentions using IntelliJ IDEA or Android Studio for the projects, making it highly relevant for users of the IDE interested in asynchronous programming with Kotlin.
Authored by Google engineers, this book focuses on the intersection of security and reliability. Secure dependency management key aspect of building secure systems, and this book provides best practices for incorporating security throughout the system development lifecycle. It's a valuable resource for understanding the security dimensions of managing dependencies.
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Focused specifically on Jenkins 2, a leading automation server, this book guides readers in designing and implementing continuous delivery pipelines. It covers key features like Pipeline-as-Code and integration with other technologies, making it a practical guide for those using or planning to use Jenkins for build automation and CI/CD.
This handbook explores the ecosystem of tools used in Python development, including those for managing dependencies and packaging. It provides an overview of tools like Poetry, uv, and Hatch, offering practical guidance on improving the Python development workflow through effective toolchain management, which is directly relevant to dependency management in Python.
Delves into the concept of managing infrastructure through code, a practice that is increasingly intertwined with build automation and deployment in cloud environments. It provides patterns and practices for automating infrastructure provisioning and management, which is vital for creating reproducible build and deployment environments.
As a follow-up to 'The Phoenix Project', this handbook provides practical guidance on implementing DevOps principles. Dependency management critical technical practice within DevOps, and this book frames it within the broader context of organizational and cultural change needed for high-performing IT. It's an excellent resource for understanding how dependency management fits into a larger strategy for improving the software delivery lifecycle.
Serves as a comprehensive guide to the essential features of IntelliJ IDEA. It covers topics from basic workspace navigation to advanced features like version control integration and build tools. While slightly older, it offers a good overview of the IDE's capabilities for developers looking to deepen their understanding.
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Delves into the Eclipse Modeling Framework (EMF), a powerful tool for creating and managing models in Eclipse, making it a valuable resource for developers working in model-driven development or domain-specific languages.
A guide to using Spring Data JPA for data access, covering topics such as entity mapping, relationships, and performance tuning.
IntelliJ IDEA has excellent support for the Spring framework. leading resource for learning Spring. For developers using IntelliJ IDEA for Spring development, this book provides the necessary domain knowledge to effectively utilize the IDE's Spring-specific features.
While not solely about dependency management tools, this book focuses on software design principles in C++, with a strong emphasis on managing dependencies and abstractions. It helps experienced C++ developers understand how design choices impact maintainability and extensibility, which is directly related to managing dependencies effectively at a structural level.
Provides an in-depth look at how Google approaches the reliability of large-scale systems. Dependency management is crucial for maintaining the stability and reliability of complex systems, particularly in understanding and mitigating the impact of failures. While a broad SRE book, it offers valuable context on how robust dependency management contributes to overall system health.
Provides a practical, in-depth guide to Scala development, covering various libraries and frameworks. For those using IntelliJ IDEA for more advanced Scala projects, this book offers valuable knowledge that complements the IDE's capabilities.
For advanced Java developers using IntelliJ IDEA, this book deep dive into concurrent programming. While not an IDE book, mastering concurrency is crucial for building robust applications, and IntelliJ IDEA provides excellent tools for debugging and analyzing concurrent code.
This seminal work on code refactoring aligns perfectly with one of IntelliJ IDEA's strongest features: its powerful refactoring capabilities. Understanding the principles in this book will allow developers to make the most of the automated refactoring tools in the IDE.
For those working with Amazon Web Services (AWS), this book provides specific guidance on implementing DevOps practices, including build automation and CI/CD, within the AWS ecosystem. It covers relevant AWS services and how to leverage them for effective automation.
This influential book offers practical advice on a wide range of software development topics, including managing complexity and avoiding technical debt. Effective dependency management key strategy for managing complexity in software projects. provides timeless wisdom that is applicable to making informed decisions about dependencies and their impact on a project's health.
This influential book focuses on writing readable, maintainable, and testable code. While not tied to IntelliJ IDEA, the practices advocated align perfectly with the refactoring and code analysis tools available in the IDE, making it a valuable companion for improving code quality using IntelliJ IDEA.
Emphasizes the cultural and human aspects of DevOps, which are essential for successful build automation implementation. It explores how to foster collaboration and build effective teams that can leverage automation tools efficiently. It provides valuable context for the 'why' behind build automation practices.
Covers various aspects of Eclipse IDE, including code navigation, debugging, testing, and refactoring, making it a useful resource for Java developers who want to improve their productivity using Eclipse.
A beginner-friendly guide to Java 9, covering the new features and benefits of Java 9, which is the language used by Spring Boot.
Specifically aimed at beginners, this book provides a step-by-step guide to implementing CI/CD using Jenkins. It's a practical resource for those new to build automation and Jenkins, offering a hands-on approach to learning the fundamentals of setting up automated pipelines.

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