Grade 7 – Robotics – Instructor - TEC | Technology Empowerment Center

Overview

This course introduces Arduino robotics through safe, hands-on electronic systems. Students learn how an Arduino receives input, follows a programmed decision, and controls an output. They progress from LEDs and buttons to environmental sensors, displays, ultrasonic distance measurement, and a servo-based parking gate. The course ends with a mini smart-room system that combines several Grade 7 skills.

karam tfaily

Grade 7 – Robotics – Instructor

Category:

Robotics

Enrollments

Level

All Levels

Time to Complete:

0 hour 0 minute

Lessons:

Certificate:

One-time for 1 person

$1,000.00$999.00

Overview

What You’ll Learn?

Understand the architecture of more advanced robotic systems

Develop stronger programming skills using C++ for robotics applications

Apply programming logic to control sensors, actuators, and robotic behaviors

Work with multiple sensors and interpret their data

Use conditions, loops, variables, and functions to create more sophisticated robotic programs

Design robotic systems that can sense their environment and respond to changing conditions

Integrate multiple electronic components into complete robotic systems

Develop structured approaches to debugging and troubleshooting robotic programs

Apply engineering and computational thinking to solve robotics challenges

Design, build, test, and improve autonomous or semi-autonomous robotic systems

Analyze robotic performance and refine both hardware and software solutions

Develop problem-solving, creativity, teamwork, and engineering skills through project-based robotics

Requirements

Previous robotics experience is recommended

Basic programming and electronics concepts are recommended

Access to the required robotics kit and programming computer

Students should follow the engineering development process:

Analyze → Design → Build → Program → Test → Debug → Improve

Students should understand the relationship between:

Sensors → Data → Program Logic → Decision → Actuator

Students should test hardware and software components systematically before integrating complete systems

Students should document their circuits, programs, testing results, errors, and improvements

Students should safely handle electronic components and robotics equipment

Syllabus Overview

Lessons

Quizzes

Tasks

Resources

Introduction

Unit 1: What Is Robotics? Input, Process, Output