Embedded Systems
This course provides a comprehensive introduction to embedded systems, covering the design, analysis, and implementation of real-time hardware–software solutions. It includes hands-on experience with industry-standard tools and platforms, such as Arduino and Raspberry Pi, and explores communication protocols, microcontroller programming, and system-level design. Students will learn to develop embedded applications, analyze system performance, and apply best practices in embedded system design. The course emphasizes practical skills through projects and labs, enabling students to create innovative solutions for real-world problems.
Curriculum
Introduction of Architecture of Microprocessor & Microcontroller30:25🔒
Application of embedded system Practical Examples Characteristics Types of Embedded Systems35:15🔒
Challenges in embedded computing design Co-design Process Why co-design Architecture130:25🔒
Arduino Boards, which Arduino is best? Memory map of Arduino, pin configuration ATmega328 features30:25🔒
Arduino C functions vs register commands145:30🔒
Proteus: know-how TinkerCAD introduction142:30🔒
LED interfacing in proteus and TinkerCAD Controlling LED with a Switch150:20🔒
LED with serial-port LED with switch + serial port150:20🔒
All on-off First four on-off Odd-Even Left-shift and right-shift Curtain effect: left and right Converge and Diverge150:20🔒
Concept and types of segments Interfacing with Arduino/ATmega Single-Digit, 2-digit and 4-digit Controlling each stripe of seven segment250:20🔒
Concept of LCD The internal architecture of LCD with pin configuration Internal registers of LCD Algorithm to send data and commands to LCD from Microcontroller Difference between 4-bit and 8-bit LCD operation250:20🔒
Displaying various patterns and Effects Process of creating custom characters on LCD Hex commands of LCD250:20🔒
Interfacing different types of motors with Arduino/ATmega50:20🔒
Interfacing LDR and displaying the light intensity data on LCD Designing a traffic light controller using LEDs and Seven Segment Interfacing temperature sensor and displaying the readings on LCD Interfacing LEDs, LCD and Motor: all the same time to Arduino/ATmega50:20🔒
Learning Outcomes:
- Upon Completing Learners will accquire knowledge on Embedded Systems gain the ability to design, analyze, and implement real-time hardware–software solutions using industry-standard tools, understand and apply communication protocols and microcontroller programming, and develop teamwork, communication, and lifelong-learning skills.
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