IDUINO



By the end of these 10 classes, students will have the confidence and skills to design and build their own electronic projects using real-world components. This course goes beyond simplified kits like Lego robotics, providing a genuine introduction to the challenges and excitement of real engineering.

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CLASSES

This course will consist of 10 Classes:

  1. Electricity Physics: Understanding the core concepts of charge, current, voltage, and resistance.
  2. Circuits: Building simple circuits using breadboards, components, and Arduino.
  3. Actuators: Learning to control movement using motors and actuators in projects.
  4. Sensors: Using sensors to collect real-world data and interact with the environment.
  5. Data Transmission: Sending and receiving data wirelessly with buttons, radios, Bluetooth, and LCDs.
  6. Digital Logic: Designing and analyzing digital circuits using logic gates and truth tables.
  7. Advanced Logic: Building complex circuits using only NAND gates for versatile designs.
  8. Raspberry Pi: Setting up and programming the Raspberry Pi for advanced electronics projects.
  9. Electronics Design Project (Parts 1 & 2): Applying all previous lessons to create innovative, real-world electronic systems.

SCHEDULE

Classes will be held three times a week in the evening. The final timings are TBD!

HOMEWORK

After each class, students will receive hands-on homework assignments focused on manual circuit building. Detailed submission guidelines will be provided as the course progresses.








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ABOUT

Yanik Jhaveri is a Lead Automation Engineer on NYU’s Competitive Engineering Team, a Teaching Assistant for Introduction to Engineering & Design, and a writer for Washington Square News. Passionate about hands-on learning, he has taught students how to build real-world hardware-software projects. He is currently pursuing a B.S. in Electrical Engineering at New York University (Class of 2028) and a part of the Global Leaders and Scholars in STEM (GLASS) program.





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FREQUENTLY ASKED QUESTIONS

  1. What are Arduino components?
    They’re electronic building blocks — sensors, LEDs, buzzers, motors — used to create interactive projects that sense and control the world.

  2. Why is this useful for future engineers?
    Students build core skills in electronics, coding, and problem-solving — the same foundation used in robotics, mechatronics, and computer engineering.

  3. What will the final project be?
    Each student builds a personalized capstone project. Examples include:
    – Smart plant waterer
    – Motion alarm system
    – Mini weather station
    – Card shuffler
    They’ll design, code, and present it — like real engineers.



CONTACT ME

+91 9819327891

yaj2011@nyu.edu

Malabar Hill, Mumbai, India