Online Back End Software Engineer Bootcamp

In this introductory module, we'll provide an overview of the Learning Management System (LMS), Slack, OpenClass Assignments, and Available Student Resources. Additionally, we'll offer walkthrough videos to familiarize you with the platforms and resources available throughout the course. Get ready to embark on an exciting journey into back end coding!

In this module, students will gain proficiency in essential tools and concepts crucial for software development. They will start by mastering the Command Line Interface (CLI) for efficient file management and navigation. Additionally, students will receive an overview of source control using Git, learning basic commands and techniques for effective collaboration. They will then delve into uploading assignments to GitHub, focusing on commits, pushes, and pull requests. Moving forward, students will grasp the fundamental concepts of programming and its significance in software development. They will be introduced to the Java programming language, focusing on syntax, basic structures, variables, and data types for effective data manipulation. Moreover, students will understand basic operations in Java, including arithmetic and logical operations, setting a solid foundation for their journey in software development.

This module focuses on mastering fundamental programming concepts in Java. Students will learn about boolean operators for logical operations, applying conditionals such as if, else-if, and else for effective decision-making in programs. Additionally, they will explore loops including for, while, and do-while for executing repetitive tasks efficiently. Moreover, students will gain proficiency in implementing user input handling to create interactive Java applications, enhancing their practical programming skills.

This module delves into essential Java programming concepts, focusing on data manipulation and code organization. Students will understand and manipulate arrays for efficient data storage and retrieval. They will explore methods for code modularization and reusability, enhancing their programming practices. Additionally, students will delve into objects and JavaDocs for object-oriented programming and documentation. They will learn about object equality for comparing objects and values, ensuring precision in their code. Practical application is emphasized through developing a Menu App, allowing students to apply concepts in a cohesive project. Furthermore, students reinforce Git skills for version control and collaborative development, preparing them for real-world software engineering scenarios.

This module delves into advanced Java programming techniques for efficient data handling and manipulation. Students will explore StringBuilder for streamlined string manipulation, optimizing their coding practices. Additionally, they will learn about lists and the collections framework for dynamic data management. Through practical exercises, students will develop proficiency in utilizing lists and maps to handle diverse data structures effectively. Furthermore, students will apply these concepts to develop advanced menu applications, consolidating their understanding through real-world projects.

This module focuses on mastering core Object-Oriented Programming (OOP) concepts essential for Java development. Students will grasp concepts such as encapsulation, inheritance, abstraction, and polymorphism, laying a solid foundation for object-oriented design principles. Additionally, they will understand exceptions and exception handling techniques for building robust applications. Furthermore, students will learn about interfaces and their significance in Java programming, enhancing code flexibility and modularity. Practical application is emphasized through developing an OOP-driven menu application, allowing students to apply OOP concepts in a tangible project.

This unit focuses on honing essential skills for software quality assurance. Students will master debugging techniques to efficiently identify and resolve errors in code, ensuring smooth program execution. Additionally, they will learn about unit testing and its significance in maintaining code quality and reliability. Through practical exercises and hands-on application, students will develop proficiency in debugging and unit testing practices, equipping them with essential skills for software development.

In this module, students will receive an introduction to essential project management tools. They will create a Maven project, gaining proficiency in Java application management. Additionally, students will learn about working with data and connecting to databases, enabling them to develop robust data-driven applications. Through practical exercises and hands-on projects, students will acquire the necessary skills to efficiently manage Java applications and effectively work with databases.

This module provides an overview of MySQL data types and database design principles. Students will learn about creating tables and managing relationships between them, essential for structuring efficient databases. Additionally, they will understand entity relationship diagrams and indexes, optimizing database design for improved performance and scalability. Through practical exercises and hands-on projects, students will gain proficiency in MySQL data types and database design concepts, preparing them for real-world database development scenarios.

This section delves into advanced database interactions through transactions and JDBC in Java. Students will explore transaction management and JDBC techniques for seamless database interactions. Additionally, they will develop skills in creating tables and designing menu applications, applying database design principles effectively. Furthermore, students will learn about inserting data and preventing SQL injection, ensuring data integrity and security in database applications. Through practical exercises, students will practice adding recipes to a database application, consolidating their understanding of database interactions in real-world scenarios.

This module focuses on SQL fundamentals, covering simple selects, joins, and subqueries. Students will understand how to retrieve data efficiently and manage recipes in a database. Additionally, they will explore techniques for selecting current recipes from a database, enhancing their proficiency in SQL querying. Through practical exercises and hands-on application, students will gain a comprehensive understanding of SQL fundamentals, preparing them for data retrieval and manipulation tasks in real-world scenarios.

This unit delves into MySQL functions and their practical applications. Students will explore the functionalities of MySQL functions and learn how to implement them effectively. Additionally, they will code many-to-many relationships and utilize update and delete statements for data management. Furthermore, students will apply techniques for changing sort orders with streams, enhancing their proficiency in data manipulation. Through hands-on exercises and practical examples, students will develop a comprehensive understanding of MySQL functions and their role in database management.

This module focuses on exploring essential testing methodologies such as unit testing, test-driven development (TDD), and behavior-driven development (BDD). Students will learn to apply functional testing techniques to menu applications, ensuring the reliability and functionality of their code. Additionally, they will gain insights into best practices for handling testing failures and errors, equipping them with the skills needed to effectively troubleshoot and debug their applications. Through practical exercises and hands-on application, students will develop proficiency in testing methodologies, preparing them for real-world software development scenarios.

This module introduces students to the capstone project, which centers on developing a pet park application. They will begin by initiating a Maven project and designing the database schema essential for the application's functionality. Additionally, students will progress to developing table entities, populating data, and configuring Java Persistence API (JPA) to facilitate seamless interaction with the database. Furthermore, they will implement contributor operations within the application, laying the foundation for collaborative functionalities. Through hands-on project work, students will apply their acquired skills to build a fully functional pet park application, demonstrating proficiency in Java development and database management.

This module focuses on retrieving and managing contributors in the pet park application. Students will learn to implement features for handling contributors effectively, including global error handling and functionalities for updating and deleting contributor information. Additionally, they will create and manage locations within the pet park application, enhancing its functionality and usability. Through practical exercises and hands-on application, students will develop proficiency in implementing these features, ensuring the robustness and efficiency of the pet park application.

In this module, students embark on a new Maven project centered around a dog rescue application. They will initiate the project by creating a database schema, defining table entities, and configuring Java Persistence API (JPA) for seamless interaction with the database. Furthermore, students will develop functionalities to manage locations within the dog rescue application, facilitating effective organization and navigation. Through hands-on exercises and practical application, students will acquire the necessary skills to build and manage a fully functional dog rescue application, demonstrating proficiency in Java development and database management.

This module focuses on inserting and testing location data within the dog rescue application. Students will learn to efficiently insert location data into the application and conduct thorough testing to ensure data integrity and accuracy. Additionally, they will gain proficiency in retrieving, updating, and deleting location information, enabling effective management and maintenance of location data. Through practical exercises and hands-on testing, students will develop the skills necessary to handle location data effectively within the dog rescue application, ensuring its reliability and functionality.

In this final module, students will delve into the process of uploading, saving, and retrieving images in web applications. They will explore techniques and best practices for managing image data within the context of web development. Additionally, students will investigate Java Persistence API (JPA) as an alternative to JDBC for interacting with databases, gaining insights into its advantages and use cases. Finally, the course will conclude with a review of key takeaways and overviews of advanced topics, providing students with a comprehensive understanding of image handling in web applications and equipping them with valuable insights for future development projects.