Embedded Systems

Embedded systems are the unsung heroes of the modern world. These specialized computing systems, hidden within everyday devices, empower our interconnected lives.

They’re tailored to execute specific functions efficiently, often in real-time, from washing machines and medical devices to automotive control units and IoT gadgets.

Unlike general-purpose computers, they’re dedicated to their tasks, offering reliability and responsiveness. Embedded systems are compact and energy-efficient, a necessity in battery-powered devices.

Their firmware and software orchestrate precise operations, crucial for critical applications like aerospace and healthcare. In essence, embedded systems are the silent enablers that seamlessly integrate technology into our routines, often imperceptible but omnipresent.

Curriculum:

• Module 1: Introduction to Embedded Systems
•               •  Definition and Characteristics
•               •  Historical Perspective
•               •  Applications in Everyday Life
• Module 2: Microcontrollers and Microprocessors
•               • Hardware Components
•               • Architecture (e.g., ARM, AVR, PIC)
•               • Memory Hierarchy
• Module 3: Embedded System Development Tools
•               • Integrated Development Environments (IDEs)
•               • Debugging Tools
•               • Programming Languages (C, Assembly)
• Module 4: Embedded System Design
•               • Design Methodology
•               • Real-time Constraints
•               • Power Management
• Module 5: Programming Embedded Systems
•               • Firmware Development
•               • Input/Output Programming
•               • Interrupt Handling
• Module 6: Embedded Operating Systems
•               • Real-time Operating Systems (RTOS)
•               • Task Scheduling
•               • Inter-Process Communication
• Module 7: Sensors and Actuators
•               • Types of Sensors
•               • Data Acquisition
•               • Control of Actuators
• Module 8: Communication Protocols
•               • Serial Communication (UART, SPI, I2C)
•               • Wireless Communication (Wi-Fi, Bluetooth)
•               • Network Protocols (MQTT)
• Module 9: Embedded System Interfacing
•               • Display Technologies (LCD, OLED)
•               • User Interface Design
•               • Data Storage (EEPROM, Flash)
• Module 10: Embedded Systems in IoT
•               • IoT Architecture
•               • Sensor Networks
•               • Cloud Integration
• Final Project