Certificate In Innovation With Esp32 & C
4.9 9.8K+ Satisfied Learners
Innovation With Esp32 & C Courses is vital for individuals aspiring to excel in electronic design and engineering. This comprehensive program equips you with the skills to effectively utilize Altium Designer, a leading tool for creating printed circuit board (PCB) layouts. Throughout the course, you will gain practical experience in designing intricate electronic circuits, covering key areas such as schematic capture, PCB layout, and design rule checking.
Course Description:
This course offers a comprehensive examination of developing embedded systems through the use of Arduino and ESP32 microcontroller platforms. Students will be instructed on the structure, coding, and real-world implementation of both platforms, such as connecting with sensors, actuators, and communication modules. The focus is centered on practical application through direct engagement with hardware and software development for embedded systems projects.
Arduino ESP32 Course
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Why choose e-Careerpluz?
Skill Development
Improve your professional skills with our course.
Quality Training
Improve the quality of your work and reduce errors
Expert Tutors
Learn from certified instructors with extensive experience in utilizing these tools in professional settings.
Flexible Learning Paths
Start your learning journey with flexible learning time and convenient learning modes
Hands-on learning
Get hands-on experience through interactive labs, real-world scenarios, and projects that simulate workplace tasks.
Real-Time Projects
Learn with real-time projects that can improve programming efficiency
Arduino ESP32 Course Curriculum
The Arduino ESP32 Course at eCareerPluz offers a structured curriculum that equips learners with essential skills in embedded systems programming and practical applications using the ESP32 microcontroller. Our comprehensive modules include topics such as microcontroller architecture, programming concepts, interfacing techniques, and IoT application development.
- 1.1 Introduction to Microcontrollers
- Basics of microcontrollers
- Differences between Arduino, ESP32, and other platforms
- 1.2 Getting Started with ESP32
- Overview of ESP32 features (Wi-Fi, Bluetooth, etc.)
- Introduction to Arduino architecture and Pin Diagram
- Setting up the development environment (Arduino IDE)
- Installing necessary libraries and board manager for ESP32
- What is Embedded C
- Arduino Programming Structure
- Introduction to C for Arduino
- Data types, variables, and constants
- Control structures: If-Else, Switch-case
- Loops: for, while, do-while
Hands-on Activity:
- Write a program using conditional statements and loops to control LEDs
- How to Work in Proteus Software
- 3.1 Digital I/O
- Configuring pins as input/output
- Digital Write, Digital Read
- Controlling LEDs, reading buttons and Sensors
- 3.2 Analog I/O
- ADC (Analog to Digital Conversion) and PWM (Pulse Width Modulation)
- AnalogRead, AnalogWrite (PWM)
- Controlling brightness of LEDs, reading sensors like potentiometers
- 4.1 Basics of Serial Communication
- UART, SPI, I2C communication protocols (Interface Sensors)
- Sending and receiving data via UART (Serial Monitor)
- 4.2 I2C and SPI Communication
- Connecting peripherals like displays and Sensors
- Using I2C and SPI protocols
- 5.1 Working with Sensors
- Common sensors: temperature, humidity, motion, light, distance (HC-SR04), etc.
- Reading data from Analog and digital sensors
- 5.2 Using Actuators
- Controlling Motors, Servos, Relays
- Implementing simple control systems (e.g., turning a motor on/off based on sensor data)
- 6.1 ESP32 and Wi-Fi
- Basics of Wi-Fi networking (AP vs. Station modes)
- Connecting ESP32 to a Wi-Fi network
- Sending and receiving data over Wi-Fi (HTTP, web server)
- 6.2 ESP32 and Bluetooth/BLE
- Basics of Bluetooth and BLE (Bluetooth Low Energy)
- Setting up Bluetooth communication with ESP32
- Building a simple Bluetooth-controlled system (e.g., LED control via a smartphone app)
- 7.1 Introduction to IoT
- Overview of Internet of Things (IoT) concepts
- Cloud platforms for IoT (e.g., Blynk, ThingSpeak, Adafruit IO, Firebase)
- MQTT Protocol for IoT communication
- 7.2 Sending Data to the Cloud
- Connecting ESP32 to cloud platforms
- Publishing sensor data to a cloud service using MQTT
- Retrieving and visualizing data
- 8.1 Over-the-Air (OTA) Updates
- Basics of OTA updates
- Implementing OTA firmware updates for ESP32 projects
- 8.2 Real-Time Operating System (RTOS)
- Introduction to FreeRTOS on ESP32
- Creating tasks and managing resources
- Create an IoT-based weather station
- ESP32’s Bluetooth functionality to create a remote-controlled car
- Build a secure door lock system that can be controlled via Bluetooth
- ESP32-CAM module to create a remote surveillance system
- Create a smart plant monitoring system using moisture sensor
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Mode of Training
In-person Training
Benefit from hands-on practical sessions and real-time demonstrations.
Virtual Training
Engage in live, interactive sessions with instructors and fellow learners.
College Training
Customized training programs delivered to Colleges at their premises.
Self-Paced Training
Access pre-recorded lectures and course materials at your convenience.
Hybrid Training
Attend select sessions in the classroom while accessing the remainder online.
Webinars
Perfect for learners looking to acquire targeted skills quickly.
About Certification of Innovation with ESP32 & C Course in Madurai
Upon successful completion of the Innovation with ESP32 & C course, participants will be awarded a certification that validates their proficiency in embedded systems development, programming with C, and utilizing the ESP32 platform for innovative projects.
This certification is designed to meet industry standards and is recognized by leading professionals in the fields of electronics, IoT, and embedded systems, ensuring it holds significant value for career advancement opportunities in technology and engineering sectors.
Furthermore, students will receive a certificate that acknowledges their skills in programming microcontrollers, interfacing with various sensors and actuators, implementing wireless connectivity, and developing IoT solutions. This preparation equips them for a successful career in electronics and smart system development.
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