Computer Science
$5,700.00
micro:bit is a tiny programmable microcomputer, designed to make learning how to code easy and fun! From dancing robots to banana keyboards, your micro:bit has all the features you need to code – the possibilities are endless! It can be coded from any web browser in MakeCode, C++, Python, and Scratch. Not only that, but it works interconnectedly with all the ELECFREAKS kits STEM Education Works is proud to offer.
$5,068.00 – $5,868.00
Smaller quantities, refill kits, and individual kits available by contacting us. Renew your curriculum access here. This package gives you all the supplies and the curriculum you need for 30 students and 1 instructor to teach the Build Smart Clubhouse curriculum. The classroom package includes 30 Build Smart Clubhouse Kits, 30 micro:bit v2s, one Clubhouse Course Supplies Pack, and one instructor license for the Build Smart Clubhouse curriculum. The Build Smart Clubhouse Kit is equipped with everything each student needs to build their own model clubhouse and automate it using sensor technology. Paired with the Build Smart Clubhouse curriculum, this kit is designed to take STEM learning to a new level by integrating specific industry-related skills, career connections, social relevance, and hands-on learning.
Select options This product has multiple variants. The options may be chosen on the product page$4,298.00 – $4,448.00
Smaller quantities, refill kits, and individual kits available by contacting us. Renew your curriculum access here. This package gives you all the supplies and the curriculum you need for 30 students and 1 instructor in the Build Smart EV Short Course. The classroom package includes 30 Build Smart EV FLASH Kits, 30 micro:bit v2s, one EV Micro-Kart FLASH Supplies Pack, and one instructor license for the Build Smart EV Micro-Kart FLASH curriculum. The EV Micro-Kart FLASH is a perfect introduction to coding, circuits, and mechanical engineering for middle and high school students. Students experience the Engineering Design Process as they create a chassis out of cardboard (a 3D-printed option is also provided), add a motor and pulleys, and then code a micro:bit to give it headlights, taillights, and speed control. This short course is ideal for:
- STEM classrooms
- Library programming
- Summer camps
- Coding clubs
- Virtual instruction
- Homeschools or Microschools
- Professional development to introduce teachers to coding
Select options This product has multiple variants. The options may be chosen on the product page$5,438.00 – $6,238.00
Smaller quantities, refill kits, and individual kits available by contacting us. Renew your curriculum access here. This package gives you all the supplies and the curriculum you need for 30 students and 1 instructor in the Build Smart EV Micro-Kart Course. The classroom package includes 30 EV Micro-Kart Kits, 30 micro:bit v2s, one EV Micro-Kart Course Supplies Pack, and one instructor license for the EV Micro-Kart Course curriculum. The EV Micro-Kart Course is made for high school students to learn mechanical engineering, coding and circuits. Students experience the Engineering Design Process as they design and 3D-print their own kart chassis and toppers. (Students also have the option to construct their chassis out of thin cardboard if a 3D printer is not available). Students will outfit their karts with headlights, taillights, and a variable-speed motor, using a breadboard to create circuits and using a micro:bit to code and control the actions of these systems. Finally, students use the micro:bit to analyze the performance of their karts via data collection and visualization. Along the way, students consider the important factors involved in constructing an EV kart and preparing for a big race, exploring subjects like:
- 3D modeling
- Engineering tolerances
- Power transmission and consumption
- Braking and steering systems
- Pulley ratios
Select options This product has multiple variants. The options may be chosen on the product page$214.99
The CoDrone EDU is a programmable drone, meant for learning in the classroom. Code it in Python or start from the basics with block-based coding. Unique to this drone are its color sensors, a front range sensor, a bottom range sensor, among others — all usable in code. With a durable and safe frame, programmable lights, and access to its 7 sensors, it's an excellent learning tool and a great way to learn coding and engineering skills. Bundle and save with CoDrone packages! See the Teacher Resources tab below for free CoDrone EDU curriculum provided by Robolink! What you’ll learn:
- Drone piloting
- Coding foundations
- Flight directions
- Graphing sensor data
- Controlling LEDs
- Obstacle detection
- Mapping space
- Coding sound
- Block coding
- Text coding
$35.00
This case can hold all the contents of a single CoDrone EDU kit. It has foam on the inside to protect your drone, controller, batteries, and included accessories that come in an individual CoDrone EDU kit. There's also a zipper pocket at the top with room for your user guide, color cards, and additional accessories. The front cover includes a space where you can write your team's name, as well. This case is also compatible with the CoDrone EDU (JROTC edition). What the case can carry (not included in your purchase):
- 1 CoDrone EDU
- 1 Smart Controller
- 1 two-battery charger
- Up to 4 CoDrone EDU batteries
- All cables, prop remover, extra propellers, and extra screws included with a single kit
- All booklets, cards, and stickers included in a single kit
$3,199.99 – $3,499.99
The CoDrone EDU is a programmable drone for learning. Code it in Python or start from the basics with block-based coding. With its color sensors, a front range sensor, a bottom range sensor, and more, it’s a great way to learn to code. The durable and safe frame, programmable lights, and access to 7 sensors make it an excellent learning tool and a great way to learn coding and engineering skills in the classroom and for competitions. See the Teacher Resources tab below for free CoDrone EDU curriculum provided by Robolink! What you’ll learn:
- Drone piloting
- Coding foundations
- Flight directions
- Graphing sensor data
- Controlling LEDs
- Obstacle detection
- Mapping space
- Coding sound
- Block coding
- Text coding
Select options This product has multiple variants. The options may be chosen on the product page$4,699.99 – $4,999.99
The CoDrone EDU is a programmable drone for learning. Code it in Python or start from the basics with block-based coding. With its color sensors, a front range sensor, a bottom range sensor, and more, it’s a great way to learn to code. The durable and safe frame, programmable lights, and access to 7 sensors make it an excellent learning tool and a great way to learn coding and engineering skills in the classroom and for competitions. See the Teacher Resources tab below for free CoDrone EDU curriculum provided by Robolink! What you’ll learn:
- Drone piloting
- Coding foundations
- Flight directions
- Graphing sensor data
- Controlling LEDs
- Obstacle detection
- Mapping space
- Coding sound
- Block coding
- Text coding
Select options This product has multiple variants. The options may be chosen on the product page$10.00
An individual battery for the CoDrone EDU. Each battery has up to 8 minutes of flight time, and charges in about 60 minutes. We recommend having at least 2 batteries per CoDrone EDU in a 1-hour classroom setting, or 3 for longer periods. CoDrone EDU Extra Battery is backordered and will ship as soon as it is back in stock.
$15.00
This is a replacement frame for the CoDrone EDU. The guards of the CoDrone EDU and the upper half of the body are one continuous piece. It's pliable and durable and should protect your drone and propellers through many crashes. The frame includes the white LED dome as well. NOTE: Please follow along with this video on how to install the frame. If you need additional help replacing the frame or are having trouble installing it, reach out to us for support—we're happy to help!
$30.00
Keep your CoDrone EDU powered up! The CoDrone EDU Power Pack includes 1 dual-charging power pack that can charge 2 batteries at a time. It also includes 2 batteries for longer flight time. Each battery provides up to 8 minutes of flight time and charges in about 60 minutes. We recommend always having a battery charging during use in the classroom. Charge multiple batteries at once so you can maximize CoDrone EDU flight time.
$399.99
Get the training you need so that on day 1 of class you can hit the ground running with CoDrone kits! We'll teach you everything you need to know to lead a successful class. Requirements:
- Make sure to schedule with at least 3 business days of notice so that we can properly prepare.
- A session includes 2 hours of virtual Professional Development, where teachers are trained on how to use and teach CoDrone EDU for the classroom. Up to 12 people in a group.
- We highly recommend scheduling your PD session after your kits have arrived. You should have unboxed a kit before your first session.
- To ensure quality, our PD does have an expiration date of 1 year. Your first session must be scheduled within the first year from the date of purchase. Ideally, we'd like to train you within a few weeks of when you start using our kits in your classroom.
- Please use a Windows, Mac, or Chromebook laptop.
- Make sure you have a webcam and mic.
- Check that you have a stable internet connection.
- Be in a quiet place to work.
