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Embedded Systems
This internship provides practical, hands-on training in Embedded Systems and firmware development. Participants learn microcontrollers, digital and…
Embedded Systems Internship
- Duration
- 1-2month
- Fee
- ₹7,999
- Training Mode
- Offline
This internship provides practical, hands-on training in Embedded Systems and firmware development. Participants learn microcontrollers, digital and analog electronics, sensors, actuators, communication interfaces, embedded programming, hardware interfacing, debugging, testing and practical project development. The program is designed around project-based learning so that participants can build and understand real electronic and embedded systems rather than learning only theoretical concepts. Topics may include Arduino, microcontrollers, Embedded C/C++, sensors, relays, displays, motors, communication modules, IoT integration, PCB basics, firmware development and hardware troubleshooting. The internship is suitable for students, engineering learners and technology enthusiasts who want practical exposure to embedded systems and electronic product development.
What You'll Learn
Tools & Technologies
Prerequisites
Curriculum
10 modules · 54 lessons01— Embedded Systems Fundamentals
5 lessons
- 1.1Introduction to Embedded Systems
- 1.2Embedded System Architecture
- 1.3Microcontroller vs Microprocessor
- 1.4Embedded System Types & Applications
- 1.5Development Workflow
02— Electronics Fundamentals for Embedded Systems
5 lessons
- 2.1Voltage, Current & Resistance
- 2.2Digital & Analog Signals
- 2.3Resistors, Capacitors & Diodes
- 2.4Transistors & Basic Switching
- 2.5Power Supply Basics
03— Microcontrollers & GPIO
5 lessons
- 3.1Microcontroller Architecture
- 3.2Digital Input & Output
- 3.3GPIO Programming
- 3.4Pull-up & Pull-down
- 3.5Interrupt Basics
04— Embedded C/C++ Programming
6 lessons
- 4.1C/C++ Basics for Embedded
- 4.2Variables & Data Types
- 4.3Conditions & Loops
- 4.4Functions & Arrays
- 4.5Pointers & Memory
- 4.6Practical Embedded Programming
05— Sensors & Actuators
6 lessons
- 5.1Sensor Fundamentals
- 5.2Digital Sensors
- 5.3Analog Sensors
- 5.4Relays & Drivers
- 5.5Motors & Actuators
- 5.6Sensor-to-Actuator Control
06— Communication Interfaces
5 lessons
- 6.1UART
- 6.2I2C
- 6.3SPI
- 6.4Communication Debugging
- 6.5Module Integration
07— Displays, User Interface & Control
5 lessons
- 7.1LEDs & Indicators
- 7.2LCD
- 7.3OLED
- 7.4Buttons & Keypads
- 7.5Basic User Interfaces
08— IoT & Connectivity
6 lessons
- 8.1Wi-Fi Basics
- 8.2ESP8266
- 8.3ESP32
- 8.4HTTP & REST
- 8.5MQTT
- 8.6Cloud/IoT Integration
09— Firmware Debugging & Hardware Troubleshooting
5 lessons
- 9.1Debugging Methodology
- 9.2Serial Debugging
- 9.3Common Hardware Faults
- 9.4Firmware Faults
- 9.5Testing & Validation
10— Embedded Product Development
6 lessons
- 10.1Project Planning
- 10.2Hardware + Firmware Integration
- 10.3PCB Basics
- 10.4Prototype Development
- 10.5Testing & Documentation
- 10.6Final Embedded Project
Full lesson content unlocks on your dashboard after you register.
Practical Projects
Digital Temperature Monitoring System
Microcontroller-based system for reading a temperature sensor, displaying the measured temperature and implementing basic threshold-based indication.
Automatic Water Level Controller
Design and develop a water level monitoring and automatic motor control system using water-level sensors, a microcontroller and relay control.
IoT Environmental Monitoring System
Build an IoT-enabled monitoring system that collects environmental sensor data and sends it through a Wi-Fi-enabled microcontroller.
Smart Home Automation Controller
Develop a controller for switching electrical loads using a microcontroller, relay interface and local or wireless control.
Embedded Safety & Protection System
Develop a monitoring and protection controller that detects abnormal conditions and takes predefined safety actions.