Robotics & Arduino Programming Course in Jersey City for Grade 8–10 Students

Learn robotics the right way with this beginner-friendly Arduino course designed for Grade 8–10 students. Build strong foundations in electronics, C++ programming, and sensor-based systems through hands-on projects like line-following and obstacle-avoidance robots. Gain real-world STEM skills and certification while developing creativity, logical thinking, and engineering confidence.

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Hands-on robotics and Arduino training

Beginner-friendly structured learning path

Covers electronics, C++ programming, and sensors

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Some of the highlights of this course.

1200+ Students Enrolled

60 Hours Course Duration

30 Sessions Total Sessions

10+ Projects Hands-On Projects

3 Major Robots Robotics Models Built

100% Completion Certificate Certification Rate

This robotics and Arduino course is designed to deliver measurable learning outcomes through a structured, hands-on approach. With 60 hours of guided training, multiple real-world projects, and practical exposure to electronics, programming, and sensors, students gain strong technical foundations and confidence in building functional robotic systems.

Course Description

Robotics & Arduino Programming Course Overview Overview

This Robotics & Arduino Programming course is a comprehensive beginner-level program designed for Grade 8–10 students. It introduces learners to electronics, C++ programming, Arduino development, and sensor-based robotics through a step-by-step, hands-on approach. Students start with basic circuit building and gradually progress to building fully functional robots using real hardware and simulations. The course ensures strong conceptual understanding while making learning interactive, practical, and engaging.

what will you get

Key Features & Highlights

Beginner-Friendly Curriculum

Designed for absolute beginners with step-by-step guidance in robotics, electronics, and Arduino programming.

Hands-On Learning Approach

Students learn by building real circuits and robots using Arduino kits and Tinkercad simulations.

Arduino & C++ Programming

Covers fundamentals of C++ programming and Arduino IDE to create logic-based robotic systems.

Sensor-Based Projects

Practical experience with sensors like ultrasonic, IR, LDR, and more to build intelligent automation systems.

This course offers a structured and progressive learning experience combining theory with practical implementation. Students gain real-world exposure through Arduino-based projects, sensor integrations, and robotics development, ensuring both conceptual clarity and hands-on expertise.

Why do Robotics & Arduino Programming for Grade 8–10 Students at Nevolearn

Experiential Learning

Learn like never before. Not just learning, you interact and gain real experience.

Get practical, real-world learning experience
Engage in interactive sessions and activities
Apply concepts through hands-on exercises

Skill Development

Build skills that matter. Go beyond theory and develop job-ready expertise.

Track and measure your skill progress
Identify strengths and areas for improvement
Gain industry-relevant knowledge and tools

Career Success

Achieve your career goals with structured learning and expert guidance.

Learn from industry experts and mentors
Prepare for certifications and real-world challenges
Boost your career growth with in-demand skills

Robotics & Arduino Programming for Grade 8–10 Students Curriculum

Introduction to breadboard, LED, RGB LED, resistors, and basic circuit building. Hands-on circuit simulation using Tinkercad platform.

Understanding jumper wires, batteries, and resistor usage. Building simple circuits using both simulation and physical Arduino kits.

Basics of robotics, types of robots, and identification of robot components used in real-world systems.

Working with potentiometer, transistor, and voltage regulator. Controlling LED brightness and understanding analog inputs.

Introduction to programming, variables, operators, conditional statements, and loops with hands-on coding practice.

About Robotics & Arduino Programming for Grade 8–10 Students Certification

Follow these simple steps to earn your professional certification and validate your expertise.

Enroll in the Robotics & Arduino course with Nevolearn

Step 1

Attend all 30 structured sessions

Step 2

Complete hands-on circuit and coding exercises

Step 3

Build required robotics projects (line follower, obstacle avoidance, edge detection)

Step 4

Participate in final project demonstration

Step 5

Enroll in the Robotics & Arduino course with Nevolearn

Step 1

Attend all 30 structured sessions

Step 2

Complete hands-on circuit and coding exercises

Step 3

Build required robotics projects (line follower, obstacle avoidance, edge detection)

Step 4

Participate in final project demonstration

Step 5

Successfully pass evaluation and assessment

Step 6

Receive course completion certificate

🎓 Certification

Prerequisites

Basic computer usage knowledge
Interest in robotics, electronics, and STEM learning
No prior coding or Arduino programming experience required
No prior knowledge of electronics or circuit building needed

Who should attend the Robotics & Arduino Programming for Grade 8–10 Students training

This course is ideal for school students in grades 8–10 who are interested in robotics, coding, and STEM learning. It is specifically designed for beginners with no prior experience in programming or electronics. Students from any curriculum or board can join and explore robotics through hands-on projects.

School Students

Beginner Coders

STEM Learners

Robotics Enthusiasts

COMMON QUESTIONS

Robotics & Arduino Programming for Grade 8–10 Students FAQs

Students from Grade 8 to Grade 10 can enroll in this robotics and Arduino course.

No, this course is designed for absolute beginners with no prior coding knowledge.

No prior experience in electronics or robotics is needed.

Basic computer knowledge and access to a laptop/desktop with internet connection is sufficient.

Skills Covered

What Will You Learn?

Arduino programming and Arduino IDE usage

Basic electronics and circuit building

C++ programming fundamentals for beginners

Sensor integration (ultrasonic, IR, LDR, etc.)

Robotics and robot building techniques

Logical thinking and problem-solving skills

Automation and embedded systems basics

Debugging and troubleshooting

Soaring Demand and Accelerated Growth

Robotics Engineer

Annual Salary

Workers/Salary

₹3L

Entry Level

₹6L

Mid Level

₹12L

Experienced

Hiring Companies

Design, build, and test robotic systems using sensors, microcontrollers, and automation logic.

FOR Robotics Engineer

Annual Salary

Workers/Salary

₹3L

Entry Level

₹6L

Mid Level

₹12L

Experienced

Hiring Companies

Design, build, and test robotic systems using sensors, microcontrollers, and automation logic.

for Robotics Engineer

Robotics engineers work on developing intelligent machines and automation systems used in industries like manufacturing, healthcare, and space technology.

Set your teams up with this course

Group Discount Available

This Robotics & Arduino course provides students with a strong practical foundation in electronics, programming, and real-world robotics systems. Through hands-on learning and project-based activities, students develop essential STEM skills, improve logical thinking, and gain confidence in building and testing their own robotic solutions. The course also prepares learners for future opportunities in robotics, engineering, and technology-driven fields.

Top Companies Rely on Us to Upskill Their Workforce

BENEFITS

Transforming your team

Hands-on experience with real Arduino projects

Strong foundation in electronics and circuit building

Learn C++ programming in a beginner-friendly way

Develop creativity and innovation skills

CERTIFICATION

Earn a certificate on completion of this course

After finishing Nevolearn's Robotics & Arduino Programming for Grade 8–10 Students course, you'll earn an industry-recognized professional certificate. This certificate is designed for sharing on LinkedIn, allowing you to highlight your accomplishments and share your new skills with your network.

Validating your expertise with a professional certification helps you stand out in the job market and provides tangible proof of your commitment to continuous learning and professional growth.

Robotics & Arduino Programming for Grade 8–10 Students Certificate

TESTIMONIALS

What Learners are Saying

4.8/5•3,666 Reviews

Got questions?

Still have a question? Get in Touch with our Experts

This STEM course offers hands-on learning in robot building using Arduino, sensors, and Tinkercad simulations. Students explore advanced components like ultrasonic sensor, IR sensor, LDR sensor, smoke sensor, sound sensor, water sensor, soil moisture sensor, and rain sensor to develop intelligent systems.

Through practical projects such as line following robot, obstacle avoidance robot, edge detection robot, and electric piano project, learners gain real-world experience in automation and robotics design. The course strengthens problem solving, enhances creativity, and prepares students for future careers in embedded systems and robotics engineering.

With structured learning and guided practice, students achieve confidence in Arduino programming, complete projects successfully, and earn a recognized student certification that validates their technical skills in robotics and STEM fields.

Robotics courseSTEM education, ElectronicsC++ programming, Circuit building, Breadboard, LEDRGB LED, Resistor, Jumper wires, Potentiometer, Transistor, Voltage regulator, Arduino IDE, Motor driver L298N, Servo motor, Coding for students, Robotics for beginners, Engineering basics, Logical thinking

Enhance your skills with our Robotics course designed for robotics for beginners and coding for students. This STEM education program combines Arduino programming, electronics, and C++ programming to build strong engineering basics, logical thinking, and problem solving skills.

Students learn circuit building using breadboard, LED, RGB LED, resistor, jumper wires, potentiometer, transistor, and voltage regulator. Practical training includes working with Arduino IDE, motor driver L298N, and servo motor for real-world automation and embedded systems applications.