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

• Explain how to download and install the Arduino application on your computer
• Recall how to download and install the ESP32 package in the Arduino application
• Distinguish between a web server and a web client
• Outline the operating modes of ESP32
• Discuss how to turn an ESP32 into an access point and serve webpages to any connected client
• Describe how to build a simple web server with an ESP32 to control outputs such as LEDs
• Select the correct General Purpose Input Output for your projects

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

• Describe the work of a troubleshooter
• List the various tools used by a troubleshooter
• Summarise standard electronic and electrical components
• Define troubleshooting
• Discuss the importance of device maintenance
• Recall the four main steps of servicing
• Compare direct current to alternative current
• Explain practical aspects of current measurement
• Recall basic symbols
• Recognise resistors
• Describe the testing of capacitors
• Contrast inductors to transistors

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

• Outline the examples of control elements
• Describe the two types of circuits used to make line diagrams
• List the three parts of the CPU
• Define the concept of soft wiring
• Discuss the difference between off-delay and on-delay timers
• Recall the buttons under the file menu in TP Editor
• Explain the process of creating a SCADA project
• Evaluate the two types of counters
• Analyze the essential elements in SFCs

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

• Identify the correct soldering iron for your job
• List the tools you need to stay safe and do a professional job
• Summarize the soldering process
• Recognize a good soldering joint from a bad one
• Define tinning
• Discuss the cleaning process for your soldering iron
• Explain how to solder correctly

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

• Define an interrupt
• State how to code using MikroC Pro
• Summarize how to design a circuit using Proteus software
• Discuss RCON Register and INTCON Registers
• Explain how to use different types of Interrupts in PIC18F and PIC16F
• Analyze RB4-7, External, and other Interrupt types

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

• Recall how to download and install the ESP32 package in an Arduino application
• Discuss how to set up a free website for your ESP32 project
• Recognise how to retrieve a table from your SQL database
• Outline how to create a PHP script to insert data into a database
• Summarise how to create a PHP script to display database content on a website
• Explain how to create an ESP32 HTTP request in Arduino IDE
• Paraphrase how to display ESP32 reading on your webpage
• Select the correct General Purpose Input Output for your projects

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

• Recall how to download and install the free Fusion 360 software
• List the features of the Fusion 360 application
• Explain how to create frames with specific dimensions on Fusion 360
• State the process of using the chamfers and extrude tools in the Fusion 360 software
• Paraphrase the steps in using the time machine feature to fix errors in the Fusion 360 tool
• Discuss how to import 3D models of Arduino into the Fusion 360 application
• Describe the process of creating cutouts on a design in Fusion 360
• Summarise the method of creating a 3D motion video from the Fusion 360 tool

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

• Outline the main types of breadboards used in circuits
• Describe the role of a resistor in a circuit
• List the different types of components that you can add to your circuit
• Define the concept of Ohm's Law
• Discuss the fundamental types of circuits
• Evaluate the two methods of coding your circuit
• Recall the importance of the analogue write function
• Distinguish between pull-up and pull-down resistors
• Explain the fundamental goal of a serial monitor

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

• Summarize common electronic and electrical components
• Discuss the electronic components in an electronic project
• List troubleshooting safety concerns
• Compare direct current to alternating current
• Describe voltage measurement
• Explain practical aspects of current measurement
• Discuss the experimental testing of resistors
• Recognize what a resistor does
• Explain power dissipation
• Describe the testing of capacitors
• Contrast inductors to transistors
• Distinguish Zener diode from Light-emitting diode

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

• Describe how to make and edit your videos
• Recall how to record, edit and share content
• Outline some fundamental video editing basics
• Discuss using canvases and timelines in video editing
• Indicate how to add annotations, callouts, and titles
• Evaluate audio editing
• Distinguish between exporting and sharing
• Summarize using a template
• Classify file, edit and export menus

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

• Outline the hardware requirements for designing an Arduino Solar Tracker
• Describe the applications where servo motors are used
• List the two main methods of creating a new file
• Define the concept of solar tracking
• Discuss the actions that you can carry out from the tools section in Arduino IDE
• Evaluate the built-in examples in Arduino IDE
• Explain what happens if the amount of light is the same on both Light Dependent Resistors

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

• Define a Printed Circuit Board (PCB) and a PIC microcontroller training kit
• Recall how to download and install the Proteus professional software, for free, on your computer
• List the main components of a PIC microcontroller Training Kit
• Discuss how to design a single-layer and double-layer PCB on Proteus professional application
• Explain how to prepare your PCB design for manufacturing
• Identify the elements needed in the fabrication of a PIC microcontroller training kit
• Describe the processes of manufacturing a PIC microcontroller training kit

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

• Outline the process of downloading and installing the Arduino and Proteus software packages
• Indicate the usage of Arduino and Proteus software packages
• List the various methods of reducing Arduino power consumption
• Identify the power-consuming components on an Arduino board
• Recall external circuits and devices, which you can use to reduce Arduino power consumption
• Discuss the use of the Arduino wake up modes to reduce power consumption
• Describe the process of lowering Arduino clock speed
• List the essential parts required to build an Arduino board
• Describe the steps in the process of building an Arduino board

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

• Explain how to embed code to your PIC Microcontroller using mikroC Pro
• Recall how to perform circuit simulations using Proteus software
• Summarize how to use PICSimlab to run simulations using virtual boards
• Discuss how to interface LCD screens, LEDs, buttons and switches to a PIC microcontroller
• Describe how transistors function
• Indicate the function of relays
• State how to use a Darlington Driver IC device

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

• Describe the circuit design that is utilized
• List hardware and software requirements needed for this course
• Explain the working principles of Python
• Recall the downloading and installation of Python Editor
• Outline the configuration of serial communication
• Recognize Python script coding
• Explain how to install Python and PIP
• Discuss the use of ArdPython
• Describe the uploading of the Arduino communication sketch
• Outline the installation of mikroC PRO
• Compare Python to ArdPython