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Circuit Design, Simulation and PCB Fabrication Bundle

Unlock the secrets of circuit design, simulation, and PCB fabrication with our comprehensive bundle. Master Fritzing, Proteus, and more to create professional-grade electronic devices.

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Learning Outcome

Sneak Peek

Course Overview

Embark on a comprehensive journey into the world of circuit design, simulation, and PCB fabrication with our exclusive bundle. This course bundle is your gateway to mastering every aspect of electronic design, from conceptualization to realization. Whether you’re a novice or an experienced enthusiast, this bundle offers invaluable insights and practical skills to elevate your expertise in circuit design and fabrication. Join us and unlock the secrets to creating cutting-edge electronic devices and systems.

Begin your journey with a quick introduction, setting the stage for an immersive learning experience. Dive into PCB design and fabrication using Fritzing, mastering the essentials of creating professional-grade printed circuit boards. Explore advanced techniques with Proteus, delving into 3D simulations of microcontrollers, electronics, mechanisms, and PCBs. Learn the art of soldering electronic components like a professional, honing your skills for precision and reliability.

Discover the power of PIC microcontrollers through simulations and practical design projects. Design and manufacture your own training kit, unleash the full potential of PIC microcontrollers, and create Arduino boards from scratch. With bonus lectures offering gifts, coupons, and more, this bundle ensures a rewarding learning journey for enthusiasts and professionals alike. Elevate your skills in circuit design, simulation, and PCB fabrication today!

 

Course Description 

This course is an excellent learning opportunity for those who are passionate about the topic and who are interested in a successful career within the relevant industry. Professionals currently working in this field who wish to brush up on their knowledge and advance their careers may also enrol in this program.   

In the Circuit Design, Simulation and PCB Fabrication Bundle Course, you will find a number of engaging, in-depth modules that will provide you with comprehensive theoretical knowledge that will enable you to succeed in your career. As proof of your completion, you will receive a free e-certificate from Learndrive.

Using computers, tablets, smartphones, and other internet-enabled devices, you can access the course modules at your own pace. Invest in your professional development today and learn skills that will lead to your dream job. Become a career leader by taking this course online.

What Do You Get With The Circuit Design, Simulation and PCB Fabrication Bundle Course?

  • Premium Video Materials in bite-sized format for the most accessible learning experience
  • Free e-certificate after completing the course
  • Flexible study time and pace
  • Instructor-led Course

Course Design

Students can access the course using any internet-connected device through our online learning platform. You may study at your own pace since there are no formal deadlines or teaching schedules.

Certification

The learners who pass the course will receive a Learndrive Certificate as a badge of accomplishment. The e-certificate is free of charge. There is a small fee, however, if you want a hard copy of your certificate.

Who Is This Course For?

The course is right for you if you already work in this industry or want to make the transition. This Circuit Design, Simulation and PCB Fabrication Bundle Course is designed to enhance your expertise and improve your CV. 

Requirements

Students from all backgrounds are welcome to participate in the online training. There are no requirements for participation. The only prerequisite for studying this Circuit Design, Simulation and PCB Fabrication Bundle Course is an interest in learning and a good grasp of English, mathematics, and computer skills.

Course Instructor

Ashraf is an educator, Mechatronics engineer, electronics enthusiast, and programming hobbyist with over 11 years of teaching experience. He is the founder of Educational Engineering Team, a company dedicated to providing educational courses, articles, and support for electronics, programming, and STEM enthusiasts.

He has authored four books on Microcontrollers and is known for his ability to simplify complex concepts through easy-to-understand videos and text. Additionally, he and his team work as freelance engineers, assisting students with their graduation projects and offering career guidance.

Accreditation

This course is accredited by CPDQE. The demand for professionals to engage in Continuing Professional Development is escalating, irrespective of the industry, career stage, or job function. CPD serves as an impactful mechanism for skill enhancement, maintaining the relevance of academic credentials, and strategically advancing one’s career. 

This CPDQE Certified Course will ensure that you have obtained the required CPD trainings for your professional development.

Demo Certificate

Course Curriculum

Quick Introduction
What You Will Learn in this Course 00:11:00
PCB Design and Fabrication For Everyone using Fritzing
Download And Install Software Free 00:04:00
Getting Started 00:03:00
Customizing Parts 00:06:00
Schematic 00:11:00
Exproting your design as Image or PDF 00:03:00
Making PCB Part1 00:07:00
Making PCB Part2 00:02:00
Cleaning Board 00:05:00
Finishing Board and Making it yours 00:10:00
Making a more advance random schematic design 00:06:00
Print PCB Design on Heat Paper 00:03:00
PCB Board Cleaning and Etching 00:15:00
Drilling 00:04:00
PCB Design with Proteus: Master Designing Printed Circuit Board
What You will learn 00:02:00
Introduction Prestart Defentions 00:01:00
Installing the Required Software Proteus 00:03:00
Basic introduction to Proteus ISIS interface and Tools 00:06:00
Design Draw and Test your First Simple Circuit 00:05:00
Introducing Some Teqniques to Master ISIS 00:04:00
Create Your Own Electric Element in ISIS Proteus 00:06:00
Design Draw and Test a more advanced Circuit 00:08:00
Basic Introduction to ARES interface and tools 00:07:00
Preparing ISIS Circuit Design to be moved to ARES 00:06:00
Placing Elements the right way in ARES 00:06:00
Start Routing in Different Ways 00:11:00
Finalize Your Circuit for mass production 00:07:00
Printing Your design on Heat paper 00:06:00
3D Simulation: Microcontrollers, Electronics, Mechanism, PCB
Software used in This Course 00:02:00
Download and Install The Software 00:04:00
User Interface Quick Introduction 00:07:00
Practical Work First Experiment Simple Led ONOFF Circuit using switches 00:08:00
Flowcharts Introduction and Example 00:03:00
Flowcharts Subroutine Example 00:03:00
Flowcharts and Microcontrollers Intro 00:03:00
7 Segment Counter Example 00:05:00
Using 3D Multimeter and Graphs for Circuit Testing 00:09:00
Mechanism and Mechanical Parts 00:05:00
How to Solder Electronic Components Like A Professional
Course Contents 00:05:00
How to Solder 00:09:00
Things you need to start soldering 00:09:00
Things to Consider when Choosing Soldering Irons 00:07:00
Soldering Accessories 00:06:00
Soldering Steps Step One Preparation 00:07:00
Soldering Steps Step Two Tinning 00:03:00
Soldering Steps Step Three Soldering 00:02:00
Cleaning Your Soldering Iron 00:03:00
Tips and Tricks 00:04:00
Examples of Bad Soldering 00:02:00
Practical Example of Good soldering and Bad soldering 00:02:00
Practical Soldering Iron Practical 00:08:00
Let’s Try Soldering 00:05:00
Practical How to clean soldering tip 00:04:00
Practical How to solder correctly 00:04:00
Practical Soldering 00:02:00
PIC Microcontroller Simulation: Unleash the power of Code
Download and Install Simulation Software 00:05:00
Interface Explained 00:07:00
Interface Menu Explained in Details 00:11:00
Main Window Commands 00:04:00
Simulation Boards MCLab1 For PIC16F84, PIC16F628 or PIC16F648 00:11:00
Simulation Boards MCLab2 For PIC16F and PIC18F 00:06:00
Simulation Boards PIC Genios Board and Arduino Board 00:09:00
Playing with Code Examples with Different Compilers 00:12:00
Buttons and LEDs Reading Input and Writing Output 00:07:00
LCD Interfacing and Simulation 00:06:00
Relay Interfacing with PIC Microcontroller 00:07:00
7 Segment Simulation 00:10:00
Buzzer Temperature Fan Heater and PWM Simulation Components 00:08:00
PIC Microcontrollers: Design & Manufacture Your Training Kit
What is a Training Kit 00:02:00
How training kits make your programming, wiring and testing an easy job 00:02:00
What are the main components that must be in the training kit 00:03:00
What are the extra components that you can be added 00:02:00
What is Printed Circuit Board Design 00:02:00
What is the best software to do that 00:04:00
How to start Designing your kit 00:09:00
Designing your kit continue 00:05:00
Adding power circuit with protection 00:05:00
Making PCB Part1 00:13:00
Making PCB Part2 00:09:00
Final PCB 00:03:00
Finishing the board 00:06:00
Buying items online and End of the Course 00:04:00
Design and Simulate Arduino Boards and Test Code
Installing Arduino Library For Proteus 00:02:00
Downloading and Installing Proteus Software 00:03:00
Adding Arduino Library to Proteus 00:05:00
Downloading and Installing Arduino Coding Software 00:05:00
Your first code in Arduino Coding Software 00:06:00
Editing the code and Getting the Hex File 00:03:00
Load the hex file and Run the Simulation 00:04:00
PCB Design: Make Arduino Nano using Altium Designer
Download and Installing Altium Designer 00:10:00
Altium Designer Interface Introduction 00:04:00
Create Component Symbol & Add Pins 00:10:00
Finishing the Schematic 00:13:00
Creating Your Componenets Symbol – Making Footpring and PCB Layout 00:12:00
Link footprint with Schematic Library 00:03:00
Adding the new Library File to your Design 00:03:00
Creating the Atmega Component Symbol 00:13:00
Creating the Atmega PCB Footprint 00:12:00
Adding Components and Placing them on Schematic 00:03:00
ATMEGA Schematic Connection 00:13:00
USB Connector Schematic 00:11:00
Header Pins for Nano Board 00:10:00
Adding Resistors LED Indicators Voltage Regulator 00:12:00
Annotating and Compiling Project 00:03:00
Getting Started with the PCB Design Solve Errors 00:14:00
Drawing The Board Shape 00:07:00
Placing PCB Items Atmega and Headers 00:05:00
ICSP SWITCH Resistor array crystal microusb 00:07:00
FTDI Regulator Capacitors 00:06:00
Manual Routing 00:07:00
AutoRouting 00:12:00
How to make the autorouting work for you 00:18:00
Improve AutoRouting Trial and Error 00:10:00
Greber File and Bill of Material 00:08:00
Make PIC microcontroller based Arduino Development Board
Introduction and Required Components 00:04:00
Schematic 00:11:00
Download and install Pinguino IDE 00:09:00
Download Bootloader File 00:05:00
Burn Hex File of Bootloader to Microcontroller 00:04:00
Drivers 00:02:00
First EXAMPLE Blink A LED 00:03:00
Now Build your own Pinguino 00:02:00
Who we are?
Who We Are 00:02:00
Bonus Lecture: Gifts, Coupons, and More.
Bonus Lecture Gifts, Coupons, and More 00:17:00
Exporting your Design with Image or PDF 00:03:00
Print PCB Design in heat papers 00:03:00
Introduction Prestart Detentions 00:01:00
Design Draw and Test your First simple Circuit 00:08:00
Introducing some technic to master ISIS 00:04:00
Segment Counter Example 00:05:00
Things to consider when choosing a soldering iron 00:07:00
Soldering Steps- Step three soldering 00:02:00
Tips& Tricks 00:04:00
Practical Example of Good and Bad Soldering 00:02:00
Practical Soldering Iron -Practical 00:08:00
Practical how to clean soldering Tip 00:04:00
Interface Menu Explained with Details 00:11:00
Main windows Commands 00:04:00
Segment Simulation 00:10:00
What are the extra components that you can add 00:02:00
How to start designing your own kit 00:09:00
Buying Items Online and End the Course 00:04:00
PCB fabrication Print PCB design on heat transfer Paper 00:04:00
Downloading_s and Installing Proteus software 00:03:00
Your first code in Arduino Coding Software 00:06:00
Downloads and Installing Altium Designer 00:10:00
Create components and Symbol 00:10:00
Create your component symbols-Making footprint and PCB Layout 00:12:00
Adding the New Library Files to your Design 00:03:00
Adding resistors LED Indicators Voltage Regualtors 00:12:00
Anotating the Compiling Project 00:03:00
Getting Started with the PCB Design Solve Error 00:14:00
Placing PCB and ATMEGA headers 00:05:00
Auto Routing 00:12:00
How to make Auto-routing work for you 00:18:00
Improve Auto-Routing Trial and Error 00:10:00
Greber File and Bill Material 00:08:00
Bonus Lecture Manufacture a Professional PCB – By PCBWay 00:15:00

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Choose Your Plan

**Additional shipping charge will be added for international delivery outside UK
TAKE THIS COURSE