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Build circuits, write Arduino code and finish real robotics projects, with a mentor who explains every wire and every line.
Free, no-obligation chat · Affordable plans that fit your budget · Start this week
About this course
Arduino lets you connect code to the real world: lights, buttons, sensors, motors and small robots. Beginners usually get stuck on the same things: reading a circuit diagram, choosing the right resistor, why a pin needs pinMode, wiring a motor safely, and finding out whether a problem is in the code or in the wiring.
This course follows the standard Arduino learning path and the official documentation: electronics basics, the Arduino board and IDE, the structure of a sketch in Arduino C++, digital and analogue input and output, sensors, serial monitor debugging, motors and drivers, displays, libraries, and a final robotics project. Each module lists its topics and what you will be able to do at the end.
Learn with an affordable 1:1 online mentor who guides you through each build with short examples and helps you find faults in your circuit. Students and adults are both welcome. MentorNxt has free self-study lessons for Java and Python only, so Arduino is taught through mentoring. Message us on WhatsApp or email, or fill in the short form, for a free, no-obligation chat. We will suggest a plan that fits your budget and flexible timings, and you can start this week.
Outcomes
Detailed syllabus
Every module lists its topics and what you will be able to do. Your mentor plans sessions around them and your own goals.
The ideas behind every circuit: voltage, current and resistance.
By the end of this module you can
Covered in 1:1 mentoring sessions
The board, the IDE and your first upload.
By the end of this module you can
Covered in 1:1 mentoring sessions
The structure of a sketch and the C++ you need to start.
By the end of this module you can
Covered in 1:1 mentoring sessions
Reading buttons and switching things on and off.
By the end of this module you can
Covered in 1:1 mentoring sessions
Working with values between on and off.
By the end of this module you can
Covered in 1:1 mentoring sessions
Talking to your computer and finding faults.
By the end of this module you can
Covered in 1:1 mentoring sessions
Measuring the world around your project.
By the end of this module you can
Covered in 1:1 mentoring sessions
Making things move: servos, DC motors and drivers.
By the end of this module you can
Covered in 1:1 mentoring sessions
Adding output and reusing other people's code.
By the end of this module you can
Covered in 1:1 mentoring sessions
Putting sensing, thinking and acting together.
By the end of this module you can
Covered in 1:1 mentoring sessions
Taking an idea from sketch to a working, documented build.
By the end of this module you can
Covered in 1:1 mentoring sessions
Ways to learn
A mentor who knows this course plans sessions around your goal, explains each idea with fresh examples and checks your understanding. Personal attention, flexible timings in your time zone and affordable plans that fit your budget.
Talk to our teamHow it works
Four simple steps to start Arduino & Robotics with a mentor. A real person replies to you; there is no booking system.
Message us on WhatsApp or email, or fill in the short form. The first chat is free, with no obligation.
We listen to your goal, level and deadlines, then suggest a plan that fits your budget and timings.
Online 1:1 sessions with a mentor who knows your course, explains clearly and checks your understanding.
Keep going between sessions with practice, and watch your confidence grow week by week.
Learn by doing
Three LEDs and a pedestrian button, programmed as a state machine with timing based on millis() instead of delay().
Read a temperature sensor, show the value on an LCD and sound a buzzer when it passes a limit you set.
Use an ultrasonic sensor and a buzzer that beeps faster as an object gets closer, with the distance printed on the Serial Monitor.
A two-motor chassis with a servo-mounted ultrasonic sensor that looks around and chooses a clear path.
Infrared sensors detect a dark line and the code corrects the motor speeds to stay on it.
Your progress
Milestones from the start, middle and end of the syllabus.
Calculate a resistor value for an LED
Early on
Use the Serial Monitor to see what your code is doing
Halfway
Plan a project and build it in small tested steps
By the end
FAQs
Free, no-obligation chat
Tell us what you need. Our support team replies within one working day, by email or WhatsApp, whichever you prefer, and arranges your mentor.
Prefer to talk first?
Message the support team directly. We usually reply the same day.
Our mentors teach and explain. They never complete graded work, tests or assessments for students.
Keep going
Linux on the Pi, Python, GPIO with gpiozero, sensors, camera and networking.
C++ from basics to memory, classes, the STL and modern C++.
C from first program to pointers, memory, structs and files.
A language-agnostic first course: logic, loops, functions, data and debugging.
Core Python from zero to functions, collections, files, OOP and algorithms.
Last reviewed
Message us on WhatsApp or email, or fill in the short form. Our team replies with a plan that fits your goal and budget, and you can start this week.
Talk to us about a mentor