Math-O-Tronics
38 Followers
Tyre, Al Janub, Lebanon
About the store
Welcome to Math-O-Tronics, where math meets hands-on STEM learning! This store offers classroom-ready resources designed to make math and technology exciting, engaging, and meaningful for students.
You’ll find worksheets, lesson plans, and project-based activities that combine core math concepts with STEM exploration using robotics kits like WeDo and microcontrollers like Arduino. All resources are designed to help students connect what they learn in the classroom to real-world applications while building critical thinking and problem-solving skills.
Every activity in this store is classroom-tested, structured, and easy to implement, making it simple for teachers to inspire curiosity and confidence in their students.
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Arduino Intermediate STEM Curriculum | 4-Week Arduino Unit | Coding&Engineering
Arduino Intermediate STEM Curriculum | 4-Week Arduino Unit | Coding & EngineeringBring hands-on coding and engineering into your classroom with this comprehensive Arduino Intermediate STEM Curriculum designed for students in Grades 5–8. This classroom-ready resource helps students move beyond beginner Arduino skills and explore more advanced concepts through engaging STEM projects, coding challenges, engineering design activities, and real-world problem solving. Students will build, code, test
5th - 9th
Computer Science - Technology, Engineering, Robotics
CCSS, NGSS
6.EE.B.6
, 7.EE.B.4
, 6.RP.A.3
+8
Arduino Beginner Curriculum Grades 5-9 | 4-Week STEM Unit | Projects Worksheets
🤖 Arduino Beginner STEM Curriculum Level 1 Readiness Bootcamp + 7 Hands-On Arduino Projects Grades 5–9 | Coding | Circuits | Electronics | STEM Give your students a strong, beginner-friendly introduction to Arduino, coding, circuits, sensors, and hands-on STEM problem solving! This complete Arduino Beginner STEM Curriculum Level 1 is designed for students who are new to Arduino, electronics, coding, or physical computing. It begins with a structured Readiness Bootcamp that teaches the essential
5th - 9th
Computer Science - Technology, Engineering, Robotics
CCSS, NGSS
RST.6-8.3
, RST.6-8.4
, RST.6-8.7
+13
Arduino Sensors Lab Pack | 5 STEM Sensor Experiments | Coding & Electronics
⚡ Arduino Sensors Lab Pack | 5 Arduino Sensor Experiments | STEM Electronics & Coding | Grades 5–9Bring hands-on STEM learning into your classroom with this complete Arduino Sensors Lab Pack designed for Grades 5–9! Students explore real-world electronics, coding, engineering design, and physical computing through engaging sensor-based projects using Arduino. This classroom-ready resource includes step-by-step labs, circuit diagrams, Arduino code, student worksheets, assessments, troubleshootin
5th - 9th
Computer Science - Technology, Engineering, General Science
CCSS, NGSS
5.MD.B.2
, 6.EE.C.9
, 6.RP.A.3
+7
Free Arduino Starter Activity | Blinking LED Lesson + Student Worksheet | STEM
Free Arduino Starter Activity – Blinking LED Lesson + Student WorksheetIntroduce your students to Arduino programming and physical computing with this simple and engaging beginner STEM activity. In this lesson, students build a basic circuit and upload their first Arduino program to make an LED blink. This activity is perfect for introducing coding, electronics, and engineering concepts in middle school STEM classrooms. Students will learn how software interacts with hardware while developing
5th - 9th
Computer Science - Technology, Engineering, Robotics
Introduction to Arduino | Robotics Lesson for Beginners | STEM Grades 3-8
My First Robot Brain is a beginner-friendly STEM resource designed to help upper elementary and middle school students understand how a microcontroller works. Using clear explanations, visual slides, and real-world analogies, students explore the fundamentals of electronics, coding, and engineering in a fun and accessible way. Students learn how an Arduino acts as a tiny computer (the “robot brain”), how inputs and outputs function, and how to complete their first Blink LED project using Tinker
3rd - 8th
Computer Science - Technology, Engineering, Robotics
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About the store
Experience
Welcome to Math-O-Tronics, where math meets hands-on STEM learning! This store offers classroom-ready resources designed to make math and technology exciting, engaging, and meaningful for students.
You’ll find worksheets, lesson plans, and project-based activities that combine core math concepts with STEM exploration using robotics kits like WeDo and microcontrollers like Arduino. All resources are designed to help students connect what they learn in the classroom to real-world applications while building critical thinking and problem-solving skills.
Every activity in this store is classroom-tested, structured, and easy to implement, making it simple for teachers to inspire curiosity and confidence in their students.
Teaching style
My teaching style focuses on clarity, structure, and deep understanding. I believe students learn best when they actively explore concepts rather than memorize procedures.
I integrate problem-solving, real-life applications, and technology into my lessons. Whether teaching multi-digit numbers, geometry, or introductory robotics, I aim to make learning interactive, logical, and confidence-building.
I also create resources that are easy for teachers to implement and adaptable for different classroom levels.
Awards & shining teacher moments
One of my proudest achievements is leading students in hands-on STEM and robotics projects and seeing them confidently present their work to teachers and school leaders.
I have successfully guided students in building functional models, coding simple systems, and connecting math concepts to engineering design. Watching students move from confusion to confidence is the most rewarding part of my teaching journey.
My own education history
Bachelor of Science in Mathematics / Education — Lebanese International University
Certified Robotics Trainer - Global Board Lebanon
I have a strong academic background in Mathematics and Technology. In addition to formal education, I continuously develop my skills in electronics, programming, robotics, and educational technology to improve my classroom practice.
I believe in lifelong learning and regularly explore new tools and methods to enhance student engagement.
Additional biographical information
I am passionate about STEM education and believe that every student can succeed in mathematics when concepts are presented clearly and logically.
Beyond traditional teaching, I enjoy working on electronics projects, coding with Arduino, and designing creative educational materials. My goal through this store is to share practical, classroom-tested resources that make teaching easier and learning more meaningful.
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