Innovate One to One Informational booklet

GLOBAL ONE TO ONE

INNOVATE

IDEAS BECOME SOLUTIONS

A UNIQUE STEM PROGRAM

SHAPING OUR GLOBAL FUTURE Our program prepares students to succeed in the global community, economy and marketplace. Modules are available in introductory, intermediate and advanced levels of proficiency.

Each module includes lesson plans with detailed step-by-step documentation, activities, individualized teacher support and 10 materials kits.

Global One to One has connected over 16,000 students at 40 schools in 29 countries.Â

INNOVATION

Innovation requires a process of inquiry, critical thinking, and collaboration. In our increasingly interconnected world, proficiency in intercultural communication and mutual understanding are essential to effective team-based and interpersonal achievements.

Innovate One to One is a program of Global One to One. We are proud to partner with Intel and RoboRAVE.Â

OUR UNIQUE STEM PROGRAM Innovate One to One combines hands-on STEM learning and international peer-to-peer communication and collaboration.

Based in school classrooms or clubs, students exchange letters, videos, and project updates over the course of the school year. These experiences provide students with unique opportunities to develop a global perspective. Â

INTRODUCTORY: MODULE ONE Ideal for students with little to no experience with STEM electronics. Introduces students to Arduino IDE and microcontroller basics. Students learn to build and control circuits in the Arduino environment using a Grove Starter Kit. The curriculum includes several experiments such as: controlling LEDs, sound, light and touch sensors, servomotor and RGB LCD screen.

INTERMEDIATE: MODULE 2 An Arduino based micro-controller and discrete components are used to build circuits on a breadboard. Building on skills acquired in module one, students learn how to interface prototype circuits such as temperature and light sensing, DC motors, H-bridge motor and driver circuits, becoming increasingly familiar with Arduino IDE programming.

ADVANCED: MODULE 3 After mastering skills learned in modules 1 & 2 students advance to building a robotic platform using DC motors, wheels, H-bridge driver circuit, battery pack, and reflectance sensors. Students learn how sensors work, and how to interface, calibrate, and test them using the Arduino IDE. Combining skills learned throughout the Innovate program, they are able to build a mobile robotic platform.

505.255.2042

700 Lomas Blvd NE Suite #204 Albuquerque, NM 87102

info@global1to1.org

www.global1to1.org/innovate