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Starting - 1 July

Master Embedded System & PCB Designing

Duration

4 Weeks

Price

1998

50% OFF

999

Offer Ends In

Course Features:

● Live Instructor Classes

● Doubt Sessions

● Project Hands - on

● Certification on Course Completion

● Recorded Sessions 

● Evening Classes 

Your Instructor

Ms. Radha Vishwa

Technical Trainer | Expertise in IoT, Embedded systems and Robotics.

Course Description

This comprehensive training program covers the fundamentals and advanced techniques in embedded systems using Arduino boards, combined with practical PCB design skills. Participants will gain hands-on experience in programming Arduino boards, designing circuits, and creating professional-grade printed circuit boards (PCBs) using EasyEDA and other industry-standard tools

Course content

Module 1: Introduction to Arduino

   • Overview of Arduino and its applications.

   • Different types of Arduino boards.

   • Setting up the Arduino development environment.


Module 2: Getting Started with Arduino

   • Installing the Arduino IDE.

   • Configuring the Arduino board and USB drivers.

   • Writing and uploading your first program.


Module 3: Arduino Pinout Diagram

   • Understanding the pin layout of Arduino boards.

   • Digital vs. analog pins.

   • Power supply and ground connections.


Module 4: Blink Program

   • Introduction to digital output.

   • Writing a simple LED blink program.

   • Modifying the blink rate and using different pins.


Module 5: Read and Write Function

   • Understanding digital read and write functions.

   • Interfacing with push buttons and switches.

   • Controlling LEDs based on input.


Module 6: Serial Monitor | Part 1

   • Using the serial monitor for debugging.

   • Sending and receiving data via the serial interface.

   • Basic serial communication commands.


Module 7: Serial Monitor | Part 2

   • Advanced serial communication techniques.

   • Interfacing with serial devices.

   • Creating interactive serial-based applications.


Module 8: Declaration and Uses of Variables in Arduino | Part 1

   • Introduction to variables and data types.

   • Declaring and initializing variables.

   • Using variables in simple programs.


Module 9: Declaration and Uses of Variables in Arduino | Part 2

   • Advanced variable types and scope.

   • Manipulating variables for complex logic.

   • Best practices for using variables in Arduino.


Module 10: Loops in Arduino | Part 1

   • Introduction to loops: for, while, and do-while.

   • Using loops for repetitive tasks.

   • Creating time-based operations with loops.


Module 11: Loops in Arduino | Part 2

   • Nested loops and loop control statements.

   • Optimizing loops for performance.

   • Implementing complex logic using loops.


Module 12: Conditional Statements

   • Understanding if, else if, and else statements.

   • Using conditional logic to control program flow.

   • Implementing decision-making in projects.


Module 13: Communication Protocols

   • Overview of I2C, SPI, and UART protocols.

   • Interfacing Arduino with sensors and modules.

   • Implementing communication between multiple devices.


Module 14: Introduction to PCB Designing

   • Understanding PCB technology and its importance.

   • Types of PCBs: single-layer, double-layer, and multi-layer.

   • Common applications and industries using PCBs.


Module 15: Introduction to EasyEDA Tool

   • Overview of EasyEDA and its features.

   • Creating a new schematic design.

   • Selecting and placing components from the library.

   • Using wiring and label features for clarity.

   • Adding finishing touches for professional schematics.

   • Cross-verifying footprints with schematic symbols.

   • Creating layout designs and generating 3D diagrams.


Module 16: 3D Model View and Verification

   • Generating a 3D model of the PCB layout.

   • Inspecting and verifying the design visually.

   • Checking for design rule violations and corrections.


Module 17: IR Sensor

   • Introduction to IR sensors and their applications.

   • Designing circuits with IR sensors and actuators.

   • Integration with Arduino for real-world applications.


Module 18: Designing Other Circuits

   • Voltage regulator circuit design.

   • Using the 555 timer for various applications.

   • Designing multi-power supply circuits.


Module 19: Arduino Board Development

   • Identifying the proper circuit for specific applications.

   • Validating circuits using datasheets and specifications.

   • Designing power supply circuits.

   • Creating professional circuit schematics.

   • Developing power supply and ATmega328p-PU schematic parts.

   • Component placement strategies.

   • Routing a single-layer PCB (challenging task).

   • Validating layout designs.

   • 3D model validation for final design checks.


Module 20: Verification from Trainer

   • Reviewing designs with a trainer for expert feedback.

   • Implementing final adjustments based on verification results.

   • Preparing designs for fabrication and production.

What you'll learn ?

By the end of this course, participants will be able to: 

• Understand the fundamentals of Arduino and its applications in embedded systems. 

• Write, test, and debug Arduino programs for various applications. 

• Design, simulate, and prototype circuits using EasyEDA. 

• Develop professional-grade PCB layouts and ensure they meet industry standards. 

• Integrate sensors and actuators into embedded systems projects. 

• Validate and troubleshoot designs effectively.

Requirements

  • Basic understanding of electronics and circuit design. 

  • Familiarity with programming concepts (no specific language required). 

  • A computer with internet access and the ability to install software.

Why To Join With Us ?

Live Instructor LED Classes

Expert Faculty: At Nation Innovation, you'll be learning from industry experts and experienced professionals. Their faculty is handpicked for their subject knowledge and practical expertise, ensuring you receive the best education possible.

Cutting-Edge Curriculum: The courses and projects at Nation Innovation are thoughtfully designed to cover the latest trends and advancements in the industry. You'll gain insights into the most relevant and up-to-date topics to stay ahead in your field.

Weekend Classes
Doubt Sessions

Practical Approach: The focus on practical learning sets Nation Innovation apart. You won't just memorize theories; you'll apply your knowledge through hands-on projects and real-world scenarios, building valuable skills for your career.

Flexibility: Nation Innovation offers a range of flexible learning options. Whether you prefer in online courses, full-time or part-time, there's a schedule that fits your needs and allows you to balance your education with other commitments. 

Certificate on Course Completion
On Demand Sessions

Supportive Environment: Studying at Nation Innovation means being part of a supportive community. You'll have access to mentors, career counselors, and networking opportunities to help you thrive academically and professionally.

Industry Recognition: Nation Innovation's reputation for producing skilled and competent professionals is well-known in the industry. Employers value the qualifications earned from this institution, opening doors to rewarding career opportunities. 

Project Handson

Still Not Sure? 100% Money back Guarantee.

Our Guarantee

Get this amazing offer today , and get a money – back guarantee. Join today, attend our training and if you don’t like it for any reason, simply send us an email and we’ll refund every penny – no questions asked!

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