AI-Powered Coding Bootcamp

• Front-End Foundations

  Unit 1

  Get started with web development by setting up your software development environment, exploring Git for version control, and learning the core front-end languages—HTML, CSS, and JavaScript—along with responsive web design principles to build interactive and engaging websites.

  Technologies

  • CSS

  • Git

  • HTML

  • JavaScript

  • Visual Studio Code

  Concepts

  • Configure Your Development Environment

  • Manage Code Efficiently with Git Version Control

  • Build Structured Web Pages Using HTML

  • Apply Styles with CSS

  • Enhance User Experience with JavaScript Interactivity

  • Develop Responsive and Mobile-Friendly Website

• Essentials of Generative AI

  Unit 2

  Explore generative AI and large language models (LLMs), from how prompt engineering works to optimizing models.

  Technologies

  • ChatGPT

  Concepts

  • Understand the Fundamentals of Generative AI and Large Language Models (LLMs)

  • Build Skills in Prompt Engineering

  • Discover and Experiment with Various GPT Models

• Front-End Development

  Unit 3

  Develop interactive and dynamic web applications using JavaScript concepts, including control flow, conditionals, functions, loops, arrays, events, promises, test-driven development, and Document Object Model (DOM) manipulation.

  Technologies
  

  • Git

  • JavaScript

  • Visual Studio Code

  • HTML

  • CSS

  Concepts

  • Explore Advanced JavaScript Concepts

  • Control Program Flow and Handle Events

  • Manipulate the DOM

  • Implement Test-Driven Development (TDD)

• Front-End Libraries

  Unit 4

  Develop complex and scalable user interfaces with React, focusing on component-based architecture, state management, data fetching, and routing through hands-on experience.

  Technologies

  • Node.js

  • React

  • Visual Studio Code

  • Git

  • JSON Web Token

  Concepts

  • Learn React Components and JSX (JavaScript XML)

  • Manage Component State and Props Effectively

  • Fetch and Display Data with React Hooks

  • Implement Routing

  • Handle Global State Management

• Designing Applications With Generative AI

  Unit 5

  Explore how generative AI enhances application design by improving UI/UX, accelerating architectural planning, and generating initial code drafts.

  Technologies

  • Figma

  • Framer

  • Microsoft Designer

  • Uizard

  Concepts

  • Incorporate Generative AI into UI/UX Design Workflows

  • Leverage Generative AI for Efficient Architectural Planning

  • Enhance User Flows with Generative-AI-Driven Insights

  • Explore Generative AI Tools for Code Generation

• Back-End Development

  Unit 6

  Gain hands-on experience developing robust, scalable server-side applications with Node.js, Express, and SQL, including API creation, database design, user authentication, and build secure server-side logic.

  Technologies

  • Node.js

  • Express.js

  • JSON Web Tokens

  • PostgreSQL

  • Visual Studio Code

  • bcrypt

  • Git

  Concepts

  • Develop RESTful APIsDesign and Implement SQL Databases

  • Implement User Authentication

  • Understand Server-Side Architecture and Best Practices

• Smart Coding and Testing With Generative AI

  Unit 7

  Understand how generative AI can revolutionize your development and testing workflows with generative AI-assisted code generation, migration, optimization, and testing.

  Technologies

  • ChatGPT

  • GitHub Copilot

  • Microsoft Copilot (JWT)

  • Mostly AI

  • testRigor

  Concepts

  • Utilize Generative AI for Code Generation

  • Apply Generative AI for Code Migration

  • Optimize Code with Generative AI

  • Automate Testing Processes Using Generative AI

• Algorithms and Data Structures

  Unit 8

  Unlock the power of algorithms and data structures—the building blocks of efficient code. This unit covers algorithm analysis, data structures, and essential algorithms (searching, sorting, recursion).

  Technologies

  • Git

  • JavaScript

  • Node.js

  • Visual Studio Code

  Concepts

  • Grasp Algorithm Analysis Fundamentals

  • Create and Implement Data Structures

  • Apply Searching and Sorting Algorithms

  • Explore Concepts in Graph Algorithms

• Full-Stack Development Capstone Project

  Unit 9

  Apply your full-stack skills to develop a real-world web application, gain practical experience, and build a portfolio-ready project that demonstrates your proficiency to employers.

Software Engineering Immersive Tools and Technologies

• Why should I choose the Software Engineering Bootcamp at Fullstack Academy?

  No matter where you are in your coding journey, you can hone the skills, knowledge, and practical experience of a professional web developer with Fullstack Academy. As a trusted trailblazer in tech education, we’ve helped over 13,000+ students graduate job-ready with the skills, drive, and portfolio to build lasting, thriving careers in tech.

• Why does Fullstack Academy teach Full Stack JavaScript?

  The future of web development has moved toward sophisticated, responsive, and dynamic single-page applications running in the browser. Apps like Gmail, Asana, Trello, Facebook, and Google Maps have redefined what users expect from web applications and what developers need to deliver.
  

  After observing these trends, plus conducting lots of research and conversations with industry experts, we’ve come to the conclusion that full stack JavaScript is the future of web development. Consequently, it is what we primarily immerse our students in at Fullstack Academy.
  

  What about Ruby on Rails, Python, or other engineering languages? Why are other schools teaching these-or a combination of these- instead?
  

  Ruby on Rails has been instrumental in consolidating many best practices in back-end web development–making it easier for developers to build large sites in an organized way. Meanwhile, Python has completely revolutionized the way sites record and use data—and we do teach Python foundational skills in our Data Analytics bootcamps.
  

  Primarily, though, research and use cases show that today’s web runs on highly interactive and responsive experiences that don’t require a page refresh at every step. As a result, single-page applications (SPAs) written in JavaScript using frameworks like React or Vue.js make JavaScript one of the best programming languages to learn.
  

  JavaScript also offers professional advantages over other languages. Fullstack Academy graduates are well-rounded coders with both a thorough understanding of the full stack and programming concepts in general. We’ve learned through years of tech education that students may more easily understand and master other coding languages once they’ve learned full stack JavaScript. This gives our graduates a more in-demand skill set that separates them from the competition and widens the range of coding job types they’re qualified for.

• What is the remote study experience like in the Software Engineering Bootcamp?

  All our coding bootcamps are thorough, comprehensive, immersive, and rigorous. We’re backed by multi-year experience in online tech training to deliver consistent, in-demand coding curricula and digital learning tools in a remote environment.

  Specifically, the Full-Time Software Engineering Bootcamp is designed to support you in leveling up your coding skills, building a robust portfolio, and launching a career in tech.

• How does the Software Engineering Immersive compare to self-led, online coding resources?

  There are a great number of online resources available and we encourage you to try them. Particularly for beginners, tools like Codecademy, Code School, and Team Treehouse can help you learn and practice in-demand coding concepts.

  At Fullstack Academy, learning and practicing coding concepts are only part of the equation. Our Software Engineering Immersive centers on ensuring students have everything they need to build a thriving career–all within an accelerated, guided, supportive, and career-focused environment for learning

  Additionally, the Software Engineering Immersive centers on active learning and competency-based evaluation metrics, so prospective students can effectively build practical coding skills with real-world application to become well-rounded software engineers.

• Can I reapply to the Software Engineering Immersive if I don’t get in the first time?

  If you apply to the Software Engineering Immersive and you don't get in, you are welcome to reapply in six months and work on improving your skills in the meantime.