Master microcontrollers, ARM architecture, firmware development, IoT, real-time operating systems, and embedded Linux for next-generation connected devices.
Embedded systems power everything from smartphones to automobiles, IoT devices to industrial automation equipment. This course teaches you to program microcontrollers, develop firmware, work with real-time operating systems, and build connected embedded applications that run in the real world.
Through hands-on hardware labs and project-based learning, you'll gain practical experience with ARM Cortex-M processors, Arduino, ESP32, and embedded Linux. By graduation, you'll be ready to pursue careers as an Embedded Systems Engineer, Firmware Developer, or IoT Engineer at companies like Apple, Tesla, Intel, Qualcomm, and Bosch.
Our structured curriculum covers all core embedded engineering disciplines, building from hardware fundamentals through production-grade firmware and connected device development.
Learn ARM Cortex-M architecture, GPIO configuration, interrupts, timers, and core communication protocols.
Master C for embedded systems: pointers, memory management, bitwise operations, and hardware-level optimizations.
Study task scheduling, synchronization, semaphores, and build applications using FreeRTOS and Zephyr RTOS.
Build IoT projects using WiFi and Bluetooth, communicate with cloud platforms, and develop smart connected devices.
Work with embedded Linux systems, kernel programming, device driver development, and cross-compilation workflows.
Master debugging tools, JTAG debugging, unit testing frameworks, and hardware validation for embedded systems.
Design low-power embedded systems, implement sleep modes, and optimise battery life for wearable and IoT devices.
Implement firmware security, secure boot, cryptography on constrained devices, and embedded threat modelling.
Build an embedded hardware portfolio, craft a strong resume for firmware roles, and prepare for technical interviews.
ARM Cortex-M microcontroller programming
Embedded C & C++ development
FreeRTOS & real-time system design
IoT connectivity with WiFi & Bluetooth
Embedded Linux & device drivers
Hardware debugging & testing tools
Low-power embedded system design
Firmware security & secure boot
Graduates step into high-demand engineering roles across consumer electronics, automotive, defence, medical devices, and industrial automation worldwide.
Design and develop firmware for microcontroller-based products across consumer and industrial sectors.
Write low-level software that interfaces hardware and software in complex electronic products.
Build end-to-end connected device solutions with cloud integration and wireless communication stacks.
Develop safety-critical real-time systems for automotive, aerospace, and industrial automation applications.
Port, configure, and maintain Linux-based embedded platforms with custom kernel and driver development.
Secure connected devices and firmware, performing threat modelling and implementing hardware-rooted trust.
Electronics or computer science students who want to specialise in hardware-software co-design and firmware
Software developers looking to transition into embedded and systems-level programming roles
Hardware enthusiasts and makers who want to go beyond hobbyist projects and build professional embedded products
Engineers from adjacent fields (mechanical, electrical) aiming to add embedded programming to their skill set
Working professionals targeting roles at automotive, aerospace, IoT, and semiconductor companies