Entri Embedded Systems Software Engineering Course: Frequently Asked Questions

This course provides comprehensive, hands-on training in embedded C programming, microcontroller interfacing, RTOS, IoT firmware development, and Embedded Linux. It equips you with practical skills required to design and develop embedded software for real-world applications.

This program is ideal for students, electronics and computer science graduates, or professionals looking to transition into embedded systems, IoT, or firmware engineering roles.

No prior experience is required. The course begins with fundamental programming concepts in Embedded C before progressing to advanced modules like RTOS, IoT, and Embedded Linux.

You’ll gain hands-on experience with AVR Studio, STM32CubeIDE, GCC, and Git. These are industry-standard tools for developing, compiling, debugging, and version-controlling embedded software.

You’ll work with:

• AVR (ATmega328P) for foundational concepts
• STM32F4 (ARM Cortex-M4) for advanced bare-metal programming
• ESP32 for IoT and wireless firmware development

You’ll learn register-level programming, GPIO and PWM control, interrupt handling, and communication protocols like UART, I2C, and SPI - all without relying on external libraries.

This module covers the Cortex-M4 architecture, debugging with JTAG/SWD, and manual register-level programming. You’ll also complete a data acquisition system project.

Yes. You’ll explore the fundamentals of RTOS architecture, task creation, scheduling, semaphores, and inter-task communication, followed by a multitasking project implementation.

Yes! You’ll use ESP32 to build Wi-Fi and Bluetooth Low Energy (BLE) based applications, and learn secure IoT communication using MQTT and HTTP protocols.

Absolutely. You’ll get introduced to shell scripting, build systems, cross-compilation, and basic kernel module programming - essential skills for modern embedded developers.

Yes, advanced modules cover Edge AI integration and system-level performance optimization to help you stay ahead in the embedded technology landscape.

Definitely. You’ll work on Capstone Industry Projects such as:

The course is divided into Beginner, Intermediate, and Advanced stages, progressing from basic microcontroller concepts to complex real-time and IoT systems. 14. Is interview preparation part of the course? Yes. The course includes technical and HR interview preparation, mock sessions, and expert feedback to improve your confidence and employability.

By completion, you’ll be able to:

After completion, you can apply for roles like:

A PC with a stable internet connection is needed. For practice, it’s recommended to have boards like Arduino (ATmega328P), STM32F4 Discovery, or ESP32.

Unlike theory-based courses, Entri focuses on bare-metal coding, hands-on projects, and real-world applications, ensuring that you become job-ready with practical skills.

Yes. Upon successful completion of the course and projects, you’ll receive an industry-recognized certificate from Entri.

Yes, even if you’re from a non-embedded background, the structured curriculum helps you transition smoothly into the embedded domain by covering everything from the basics to advanced topics.

The course fee may vary based on offers and duration. You can check the latest fee details on the Entri App under the Embedded Systems Software Engineering Course section or contact Entri’s support team for updated pricing.

The Embedded Systems Software Engineering Course is typically designed to be completed in 6 months, depending on your learning pace and project involvement. Learners can progress flexibly with recorded lessons and mentor-led sessions.