Designed by Anirudha Gaikwad · Powered by RustBooks
RustBooks’ Rust Full-Stack Training Program equips students with cutting-edge skills in full-stack web development, using Leptos for reactive frontends and Actix Web for high-performance backends. Aligned with industry demands and India’s tech growth, this course prepares students for modern web development careers. Here’s why it’s a game-changer:
wasm-bindgen and Leptos for reactive frontends, and Actix Web for RESTful APIs, preparing them for roles like Full-Stack Developer or Web Engineer.RustBooks offers two flexible proposals for universities, colleges, and institutions to adopt our Rust full-stack training program. Choose the model that best suits your institution’s goals: integrate the course into your academic syllabus for long-term impact or launch an intensive 30-day training program for immediate skill-building.
| Proposal | Minimum Students | Duration | Key Benefits |
|---|---|---|---|
| Academic Syllabus Integration | 400 | Ongoing (curriculum-based) | Long-term curriculum enhancement, industry partnerships |
| 30-Day Training Program | 60 | 30 days (180 hours) | Immediate skill-building, hands-on full-stack development |
RustBooks offers universities, colleges, and institutions the opportunity to integrate our Rust full-stack development course, using Leptos for the frontend and Actix Web for the backend, into their academic syllabus as a credit-based course or elective. This program prepares students for high-performance web development, aligning with industry trends and India’s tech growth.
RustBooks offers universities, colleges, and institutions a comprehensive 30-day training program on Rust for full-stack development, using Leptos for reactive frontends and Actix Web for high-performance backends. This intensive, hands-on course equips beginners with skills to build scalable web applications, delivered offline in a multilingual format.
| 📅 Day | 📘 Topic | 📝 Description | 🎯 Outcome |
|---|---|---|---|
| 1 | Introduction to Rust | Install Rust, understand cargo, setup VS Code or preferred IDE | Compile and run basic Rust program |
| 2 | Variables, Data Types & Mutability | Learn about scalar & compound types, mutability | Use different types and control mutability effectively |
| 3 | Functions and Control Flow | Define and use functions, conditionals, loops | Write clean, modular Rust code |
| 4 | Ownership & Borrowing | Core Rust concept to manage memory | Avoid common bugs, understand lifetimes |
| 5 | References and Slices | Work with references, string & array slices | Prevent copying and manage memory safely |
| 6 | Structs and Methods | Define structs and implement methods | Model web app data with Rust structs |
| 7 | Enums and Pattern Matching | Use enum and match for logic control | Represent app states or user actions clearly |
| 8 | Collections: Vectors and HashMaps | Use dynamic collections to store data | Efficiently manage app data or state |
| 9 | Error Handling | Learn Result, Option, unwrap, ? operator | Write robust and safe web logic |
| 10 | Modules & Mini-Project | Organize code into modules, build a simple CLI tool | Apply Rust basics in a small project |
| 11 | Introduction to WebAssembly | Understand WASM, its benefits, and use cases | Grasp WASM’s role in web development |
| 12 | Setting Up wasm-bindgen | Install wasm-bindgen, configure Rust for WASM | Compile Rust code to WASM |
| 13 | JavaScript Interoperability | Use wasm-bindgen to interact with JavaScript and DOM | Manipulate web elements from Rust |
| 14 | Event Handling with wasm-bindgen | Handle browser events (e.g., clicks, inputs) in Rust | Create interactive web components |
| 15 | Introduction to Leptos Framework | Learn Leptos’ reactive model and setup | Build a simple Leptos component |
| 16 | Leptos Reactive Signals | Create and use signals for reactive state management | Implement dynamic UI updates |
| 17 | Leptos Components and Props | Build reusable components with props in Leptos | Design modular web UI elements |
| 18 | Routing in Leptos | Implement client-side routing with Leptos Router | Create multi-page web apps |
| 19 | Introduction to Actix Web | Learn Actix Web basics, setup a simple server | Create a basic REST API |
| 20 | Actix Web Routing and Handlers | Implement routes and handlers in Actix Web | Handle HTTP requests effectively |
| 21 | Database Integration with PostgreSQL | Connect Actix Web to PostgreSQL using sqlx | Store and retrieve app data |
| 22 | Building REST APIs with Actix Web | Create CRUD endpoints for a web app | Support full-stack app functionality |
| 23 | Mini-Project: Simple Full-Stack App | Build a basic full-stack app (e.g., task list) with Leptos and Actix Web | Integrate frontend and backend |
| 24 | Frontend-Backend Communication | Use reqwest in Leptos to fetch data from Actix Web | Enable seamless API integration |
| 25 | Authentication in Actix Web | Implement basic authentication (e.g., JWT) | Add secure user access to apps |
| 26 | Styling and Optimization | Apply CSS/Tailwind to Leptos, optimize WASM and backend | Create efficient, appealing apps |
| 27 | Deploying Full-Stack Apps | Deploy Leptos frontend to static server, Actix Web to cloud | Publish full-stack app online |
| 28–29 | End-to-End Final Project | Build a complete full-stack web app with Leptos and Actix Web | Deploy a working prototype |
| 30 | Recap, Optimization & Career Guidance | Summarize learning, optimize code, explore career paths | Prepare for industry or further studies |
wasm-bindgen for DOM updates| TOC Day | Learning Outcome | Project Contribution |
|---|---|---|
| 6–7 | Structs, Enums | Model task data and states |
| 10 | Modules & Mini-Project | Basic CLI tool for data handling |
| 13–14 | wasm-bindgen & JS Interop | DOM manipulation and event handling |
| 15–18 | Leptos Components & Routing | Build frontend UI and navigation |
| 19–22 | Actix Web & Database | Build backend API and data storage |
| 23–24 | Mini-Project & API Integration | Connect frontend to backend |
| 28–29 | Final Project | Build and deploy full-stack app |