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Mastering the Microcontroller:
An Introduction to Arduino

Bridge Course for Aspiring Engineers

Exclusively for students joining the School of Electronics and Electrical Engineering (SEEE). Don't miss out to register for our bridge course and level up your skills.

Don't miss out! to register for our Arduino course and level up your skills.

How to register

Arduino Advantages

Why Arduino?

Low Entry Barrier

You don't need a background; Arduino is designed for students to begin blinking LEDs within minutes of unboxing.

Massive Open-Source Community

There are millions of tutorials, libraries, and forums available to help troubleshoot any code issue.

Cross-Platform Versatility

The Arduino IDE works on Windows, macOS, and Linux, making it accessible regardless of what laptop you bring to LPU.

Hardware-Software Synergy

A perfect environment to learn how coding directly affects physical hardware, such as sensors and motors.

Prototyping Speed

It allows you to move from an idea to a working prototype - like the Smart Intruder Alert System much faster than traditional breadboarding alone.

Cost-Effective

The boards and components are highly affordable, allowing you to build complex systems like smart irrigation systems without a massive financial investment.

Earn credits towards upcoming
term courses.

Gain hands-on experience in Arduino IDE programming
Build a real-world project to showcase in your portfolio
Strengthen problem-solving and logical thinking skills
Boost your resume and career prospects in tech and data-related fields

View all Benefits

*Earn credits towards upcoming term courses.

*Benefits applicable to B.Tech EEE related students only

How You'll Learn Arduino

Live Classes

Step by step explanations

Reading Material

Learn at your own pace

Doubt Clearing

Get personalized help

Weekly Interactive Sessions

Discuss concepts with instructions

Project Driven Learning

Build real-world projects

Weekly Curriculum

Begin with Arduino

Week 1 (Output):

Focuses on the "Blink" logic and sketch, teaching the basics of the Arduino IDE and electrical safety.

Week 2: (Input):

Introduces sensors (LDRs and Potentiometers) to make the Arduino react to environmental changes like light.

Week 3 (Actuators):

Move into mechanical design by controlling Servo motors, a core skill for Robotics and Mechatronics.

Week 4 (Capstone):

Students build a "Smart Intruder Alert System" which combines motion sensing, logic, and sound, serving as a high-quality project for their university entrance portfolio.

Hear from our previous learners!

The Arduino course transformed my understanding of microprocessors and microcontrollers. Hands-on projects made learning exciting and boosted my confidence in electronics and embedded systems.

Priya Sharma

Learning Arduino helped me understand how microcontrollers work in real applications. The practical sessions on programming and interfacing components were truly valuable and engaging.

Aarav Shukla

This course made complex concepts of microprocessors simple and interactive. Building Arduino-based projects improved my coding, circuit design, and problem-solving skills significantly.

Sneha Verma

The Arduino training provided excellent practical exposure to microprocessors and microcontrollers. I gained technical skills, project experience, and confidence to work on innovative ideas.

Aditya Malik

Assessment type	Rubrics	Criteria	Exemption
Project	Presentation: 50 Working: 40 Q n A: 10 Total Marks: 100	Marks > 80% Marks > 70-84%	2 CA Exempted 1 CA Exempted
Project: Smart Intruder Alert System

Electronics Fundamentals	Ohm's Law, Breadboarding, and LED Circuits	Understand circuit flow and basic components
Programming Basics	The Arduino IDE, Setup() vs Loop(), Digital Output	Control hardware via software commands
Assignment 1	Project: Blink the LED when switch is pressed.	Demonstrate delay and pinMode concept.

Sensors & Analog Input	Analog vs Digital, Potentiometers, and LDRs	Read environmental data using sensors
Signal Processing	Serial Monitor Debugging and Mapping Values	Convert raw sensor data into meaningful units
Assignment 2	Project: Automatic Night Light (LDR Controlled)	Apply conditional logic (IF/ELSE)

Actuators & Motion	Pulse Width Modulation (PWM) and Servo Motors	Control physical movement with precision
Human-Machine Interface	Mechanical Linkages and Degree-based Control	Translate human input to mechanical output
Assignment 3	Project: Rotate the motor clockwise and anti-clockwise	Master PWM and motor control

Systems Integration	Logic Gates in Code and Multi-component Systems	Combine multiple inputs and outputs
Engineering Design	Enclosure Design & Circuit Documentation	Professional documentation of engineering work
Capstone Project	Project: Smart Intruder Alert System	Build a functional prototype for Design Portfolio

Mastering the Microcontroller:
An Introduction to Arduino

Bridge Course for Aspiring Engineers

Why Arduino?

#1

Over 15

27%

110K

Earn credits towards upcoming
term courses.