Engineer intelligent embedded systems from bare-metal C to 32-bit ARM Cortex-M.
Master bare-metal Embedded C, circuit reverse engineering, microcontroller architectures (8051, PIC16F877A, ARM7 LPC21xx, STM32 ARM Cortex-M), bus communication protocols (UART, SPI, I2C, CAN), sensor interfacing, and FreeRTOS multitasking.
Get Course Syllabus & Fee Details
How You'll Progress Through This Program
Foundations & Syntax
Understand core concepts, architecture patterns, and algorithmic thinking.
Hands-on Exercises
Construct isolated modules, APIs, pipelines, and component units in live labs.
Integration & DB
Tie together databases, third-party APIs, authentication, and state stores.
Docker & Cloud
Package code into production containers with automated test suites.
Portfolio Capstone
Publish complete codebases with clean Git history for technical interviews.
A curriculum built around real engineering
Embedded C Programming & Core Logic Building
Master the C language foundational syntax, bitwise memory manipulation, pointers, dynamic memory, and algorithms tailored for microcontrollers.
What You Will Learn
- Introduction to C, history, features, execution flow, compilers, cross-compilers, and translators
- C program structure, keywords, tokens, identifiers, constants, variables, and data types
- Standard input/output functions (printf, scanf), qualifiers, modifiers, and escape sequences
- Operators: arithmetic, relational, logical, assignment, increment/decrement, ternary, bitwise, and sizeof
- Decision-making: simple if, if-else, nested if, if-else ladder, and switch-case statements
- Control structures: while, for, do-while loops, break, continue, and goto statements
- Arrays: 1D arrays, 2D matrices, linear search, and sorting algorithms
- String handling: custom string manipulation functions, reversing, and palindrome verification
- Functions: user-defined functions, built-in functions, call by value vs call by reference, and recursion
- Storage classes: auto, static, extern, and register memory scopes
- Pointers: pointer types, void pointers, null pointers, wild/dangling pointers, and pointer arithmetic
- User-defined data types: structures, unions, enumerations (enum), and typedef
- Dynamic memory allocation: malloc, calloc, realloc, and free memory management
Write 25+ C programs including bitwise registers, a menu-driven calculator, dynamic matrix operations, and a student database using structures.
How the engineering stack connects
You won't learn isolated tools. You'll understand how databases, APIs, client interfaces, and cloud deployments operate as a unified system.
Keil µVision IDE
Industry-standard IDE and C/C++ compiler for 8051 and ARM microcontroller firmware development
STM32CubeIDE & CubeMX
Graphical clock and pinout configuration tool with integrated Eclipse-based C/C++ compiler
Proteus Design Suite
Schematic capture and interactive SPICE simulation of microcontrollers, sensors, and actuators
MPLAB X IDE
Microchip's official development environment and XC8 compiler for PIC16F microcontrollers
EasyEDA
Web-based schematic capture and circuit reconstruction tool for reverse engineering
FreeRTOS
Open-source real-time operating system kernel for multitasking, queues, and task scheduling
Saleae Logic Analyzer
Digital signal sniffing and protocol decoding for UART, I2C, and SPI communications
Multimeter & Oscilloscope
Hardware measurement tools for voltage, current, signal waveforms, and PWM duty cycles
Build. Deploy. Prove.
Every project you complete at AIRA follows the exact engineering workflows expected in top tech organizations.
Clean Git & Test Suites
Feature branch workflows, automated unit tests with pytest, strict linting, and meaningful commit messages.
Containerized Environments
Multi-stage Dockerfiles and Docker Compose files ensuring zero environment mismatches between local and cloud.
Live Cloud Deployments
Automated continuous deployment to cloud infrastructure providing live demonstration URLs for interviewers.
Capstone projects you will ship
Concrete codebases solving authentic technical requirements.
Electric Vehicle (EV) Battery Management System (BMS)
Multi-cell battery pack monitoring unit built on STM32 measuring cell voltages, pack temperatures, and executing thermal cutoff protection.
Non-blocking multi-channel ADC reading with DMA buffer preventing CPU latency during fault events.
Real-Time GPS & GSM Vehicle Tracking System with Telematics
Vehicle tracking unit engineered on ARM7 LPC2148 parsing NMEA GPS coordinates and broadcasting telemetry via GSM SMS and HTTP.
Dual UART interrupt handler concurrently receiving GPS NMEA strings and issuing AT commands to GSM module.
FreeRTOS-Based Quadcopter Flight Controller Core
Multi-tasking flight stabilization firmware on STM32 managing IMU sensor fusion, PID motor calculations, and radio receiver decoding.
Preemptive task priority architecture preventing sensor starvation during high-frequency motor updates.
Target technical roles
Embedded Software Engineer
Develops low-level firmware in Embedded C, device drivers, and communication protocol stacks for microcontrollers.
Firmware Development Engineer
Architects bare-metal and RTOS-based firmware for IoT devices, automotive ECUs, and consumer electronics.
Embedded Hardware & Systems Engineer
Bridges schematic design, component selection, board bring-up, and peripheral integration for hardware products.
All-Inclusive Program Fee
Complete industry curriculum, live 1:1 mentorship, capstone project evaluations, and placement support.
Embedded Systems
3 Months structured curriculum with all project labs & mentorship.