About the Program
The Embedded Systems program empowers learners to design, program, and deploy intelligent hardware solutions. Covering microcontrollers, Embedded C, Arduino, Raspberry Pi, and IoT, this course provides hands-on experience through practical projects such as temperature measurement, distance sensing, and home automation systems.
What You’ll Learn
- Introduction to Embedded Systems and real-world applications
- Microprocessors, Microcontrollers, and 8051 architecture
- Embedded C programming and real-time programming concepts
- Peripheral programming: Timers, Interrupts, Serial Communication
- Arduino programming and sensor/actuator interfacing
- Raspberry Pi programming with Python
- IoT applications using Embedded Systems
- Hands-on projects: Temperature Measurement, Distance Measurement, Home Automation
Why Choose This Course?
- Learn from industry experts with hands-on project experience
- Practical exposure to Arduino, Raspberry Pi, and real-time systems
- Step-by-step coverage from basics to advanced concepts
- Placement assistance and career mentorship
- Industry-recognized YVU–SkillDzire certification
Who Can Join?
Electronics students, engineering graduates, hobbyists, IT professionals, or anyone aspiring to build a career in Embedded Systems, IoT, or Hardware Design.
Course Curriculum
1. Introduction to Embedded Systems
- Introduction to Embedded Systems
- Applications of Embedded Systems
- Characteristics of Embedded Systems
- Real-Time Embedded Systems
2. Bare Metal Programming
- Microprocessors & Microcontrollers
- Types of Processors
- Microprocessors & Microcontrollers (Continued)
- Architecture of 8051
- Classification of 8051
- Pin Diagram of 8051
3. Embedded C Programming
- Embedded C Programming using 8051 Microcontroller
- Data Types in 8051 C
- Delays and Timers
4. Peripherals & Programming
- Various Kinds of Peripherals
- Timer Programming
- Serial Communication Programming
- Interrupt Programming
- Sensor Programming using 8051 Microcontroller
- Interfacing DC Motor to 8051
5. Embedded System Design
- Proteus: Installation & Designing
- Proteus Software Overview
- Proteus Schematic Capture
- Switches & Relays
- Display Devices Used in Embedded Systems
- Interfacing Seven Segment Display to 8051 Microcontroller
- Communication Devices Used in Embedded Systems
6. Internet of Things (IoT)
- Introduction to IoT
- Automated Door Opening System using IR Sensor
- Burglar Alarm System
7. Raspberry Pi
- Introduction to Raspberry Pi
- Hardware Specifications of Raspberry Pi
- Configuration Settings of Raspberry Pi
- Programming Raspberry Pi using Python
- Basics of Python Programming
- Construction of Reverse Parking Sensor using Raspberry Pi
8. Arduino
- Arduino Introduction
- Arduino IDE and Programs
- Arduino Serial Communication
- IR Sensor Interfacing
- Device Operation Using Switches by Arduino
- Device Operation Using PC by Arduino
- Robot Operation Using Switches by Arduino
9. Real-Time Tasks / Projects
- Temperature Measurement using LM35 with Arduino
- Distance Measurement using Ultrasonic Sensor with Arduino
- Home Automation System with Switches using Atmega
- Temperature-Controlled DC Fan with Atmega
- Automatic ON/OFF Operation of Light using IR Sensor with Atmega
Earn Your Certificate
On completion, you’ll receive an industry-recognized certificate from YVU – SkillDzire.
Real-Time Embedded Systems Projects
Temperature Measurement using LM35
Measure and display temperature using LM35 sensor with Arduino integration.
Distance Measurement using Ultrasonic Sensor
Measure distances accurately using Ultrasonic sensors connected with Arduino.
Home Automation System using Atmega
Control home appliances using switches and Atmega microcontroller for automation.
Career Outcomes
Embedded Systems Engineer
Salary Range: ₹3–6 LPA
IoT Developer
Salary Range: ₹4–7 LPA
Firmware Engineer
Salary Range: ₹4–8 LPA
Hardware Design Engineer
Salary Range: ₹3–6 LPA
Robotics Engineer
Salary Range: ₹3.5–7 LPA
Automation Engineer
Salary Range: ₹4–8 LPA
What Our Students Say
“The Embedded Systems program gave me hands-on experience with Arduino and Raspberry Pi. I built my first IoT project and secured a role as an Embedded Systems Engineer.”
Aditi, Bosch
“Working on real-time projects like home automation and sensor-based systems made learning practical. I now work as an IoT Developer and feel confident handling embedded hardware.”
