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01 //Training course

Java Full Stack

Learners do not merely study separate technologies; they progressively assemble a complete application stack.

Track
Programming
Duration
120 Days
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02 //Why this course

Why this course.

Java Full Stack is an end-to-end software development program designed to move a learner from Java programming fundamentals through backend engineering, databases, web development, frontend application development, security, testing, DevOps, and production-oriented project delivery.

The learning architecture uses Java as the core programming language, Spring/Spring Boot for backend engineering, SQL and relational database development for persistence, REST APIs for system integration, React for modern frontend development, Maven for build and dependency management, Git/GitHub for collaboration, and Docker plus CI/CD for deployment-oriented engineering practice.

03 //Learning outcomes

What you'll be able to do.

  • 01

    CODE

    Build a strong Java programming foundation.

  • 02

    MODEL

    Learn object-oriented design, collections, exceptions, generics and modern Java features.

  • 03

    DATA

    Work with SQL, relational modeling, JDBC and ORM.

  • 04

    BUILD

    Create backend services with Spring and Spring Boot.

  • 05

    CONNECT

    Design and consume REST APIs.

  • 06

    CREATE

    Build responsive frontend applications with HTML, CSS, JavaScript and React.

  • 07

    SECURE

    Add authentication, authorization, validation and secure API practices.

  • 08

    TEST

    Apply unit, integration and API testing.

  • 09

    SHIP

    Package applications with Maven and Docker and automate builds with CI/CD.

  • 10

    DELIVER

    Complete a full-stack capstone and prepare a technical portfolio.

04 //Curriculum

Course phases.

05 //Technology stack

The tools you'll work with.

  1. Language

    Core programming and backend engineering

    • Java

  2. JDK

    Stable course runtime

    • Java 25 LTS

  3. Build

    Dependencies, builds, tests and packaging

    • Apache Maven

  4. Backend

    Application architecture and web services

    • Spring Framework + Spring Boot

  5. Persistence

    Object-relational mapping

    • JPA + Hibernate

  6. Database

    Relational data storage

    • PostgreSQL

    • MySQL

  7. Frontend

    Modern web interfaces

    • HTML + CSS + JavaScript + React

  8. API

    Frontend/backend integration

    • REST + JSON

  9. Security

    Authentication and authorization

    • Spring Security

  10. Testing

    Code and service quality

    • JUnit + Spring testing + API testing

  11. Version control

    Collaboration and portfolio

    • Git + GitHub

  12. Containers

    Portable application packaging

    • Docker

  13. CI/CD

    Automated build/test pipeline

    • GitHub Actions

06 //Projects and practice

Learning by doing.

  1. 01

    CLI Expense Tracker

    Java fundamentals, methods, collections

  2. 02

    Library Management Core

    OOP, interfaces, collections, exceptions

  3. 03

    Student/Inventory Manager

    SQL, JDBC, transactions

  4. 04

    Responsive Admin Dashboard

    HTML, CSS, JavaScript, UI states

  5. 05

    Task/Project Dashboard

    Components, state, routing, API consumption

  6. 06

    Employee/Customer REST API

    Spring Boot, REST, validation, JPA

  7. 07

    Secure Account Service

    Authentication, authorization, protected APIs

  8. 08

    Full-Stack Business Module

    React + Spring + database

  9. 09

    Containerized Application

    Docker, Maven, CI

07 //Capstone

Capstone options.

  • 01

    Business Operations Platform

    Users, roles, dashboards, CRUD workflows, search, reports, audit-oriented activity and secure APIs.

  • 02

    Learning Management Platform

    Courses, learners, modules, assessments, progress tracking, role-based access and analytics.

  • 03

    E-Commerce Platform

    Product catalog, cart, orders, users, inventory, payment integration concepts and admin workflows.

  • 04

    Service Booking Platform

    Customers, service providers, availability, booking lifecycle, notifications and administration.

08 //Learning methodology

How the course is taught.

  • A structured, project-led full-stack development program.
  • Each phase produces a working artifact that feeds into the next phase, culminating in a full-stack capstone.
  • The proposed roadmap assumes approximately twenty-four learning weeks at five instructional days per week, and states that AIM HIGH can later adapt the daily cadence without changing the phase architecture.

09 //Assessment

How progress is checked.

  • Daily coding tasks and debugging exercises.
  • Weekly practical checkpoints.
  • Phase-end mini-projects.
  • SQL and API practice assessments.
  • Frontend and backend integration assignments.
  • Testing and security review checkpoints.
  • Git/GitHub workflow assessment.
  • Final capstone architecture review, implementation review and technical presentation.

10 //Learning journey

From foundation to capability.

How learning builds through a course. It describes the approach, not a promised outcome.

Foundation to capability

How learning builds

  1. Stage 01

    Foundation

    The core concepts, vocabulary and tools the rest of the course builds on.

  2. Stage 02

    Practice

    Guided exercises that turn concepts into working skills.

  3. Stage 03

    Application

    Applying those skills to realistic problems and project work.

  4. Stage 04

    Capability

    Using what you've learned with growing independence and judgement.

11 //Career preparation

Preparing to present the work.

  1. 01

    Documentation

  2. 02

    GitHub portfolio

  3. 03

    Technical presentation

  4. 04

    Interview preparation

12 //Questions

Frequently asked questions.

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