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Dive into the Comprehensive Rust for Embedded Systems course, a meticulously crafted 60-hour training designed to elevate your skills in Rust programming, focusing on real-world applications in embedded environments. Throughout this course, you'll gain a strong foundation in core Rust concepts, master asynchronous programming using Tokio and Futures, and integrate Rust with C through the Foreign Function Interface (FFI). Engage in hands-on projects like building a web server, creating chat applications via socket programming, and writing firmware for microcontrollers. By the end of your learning journey, you will adeptly optimize Rust code for performance, manage memory lifecycles, and implement error handling mechanisms to develop robust and efficient applications tailored for embedded systems. Equip yourself with the expertise to tackle modern challenges in system development with confidence.
Purchase This Course
USD
View Fees Breakdown
Flexi Video | 16,449 |
Official E-coursebook | |
Exam Voucher (optional) | |
Hands-On-Labs2 | 4,159 |
+ GST 18% | 4,259 |
Total Fees (without exam & Labs) |
22,359 (INR) |
Total Fees (with exam & Labs) |
28,359 (INR) |
♱ Excluding VAT/GST
You can request classroom training in any city on any date by Requesting More Information
♱ Excluding VAT/GST
You can request classroom training in any city on any date by Requesting More Information
To ensure your success in the Comprehensive Rust for Embedded Systems course, we recommend having the following prerequisites:
These prerequisites are designed to ensure you have the basic skills necessary to grasp the course content effectively and to maximize your learning experience.
The "Comprehensive Rust for Embedded Systems" course offers in-depth training on Rust programming tailored for real-time and embedded systems performance optimization. Ideal for developers aiming to enhance their expertise in low-level system programming.
Target Audience:
Introduction to the Course's Learning Outcomes
This course equips students with comprehensive skills in Rust for developing, optimizing, and debugging embedded system applications, emphasizing performance and memory management.
Learning Objectives and Outcomes