Arduino Education
Technical skills development software
Education software
- Features
- Ease of use
- Ease of management
- Quality of support
- Affordability
- Market presence
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$20 per member per year
Free TrialFree version
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What is Arduino Education
Arduino Education is an education-focused offering from Arduino that provides curriculum resources, classroom tools, and hardware-aligned learning content for teaching electronics, coding, and physical computing. It targets K–12 and higher education instructors, students, and school programs that use Arduino boards and kits for hands-on STEM instruction. The product emphasizes project-based learning with lesson plans and guided activities that map to Arduino hardware and the Arduino software environment. It is typically used in classrooms, labs, and maker-style programs rather than as a general-purpose corporate e-learning library.
Hands-on physical computing focus
The product supports learning through real-world projects that combine code with sensors, actuators, and microcontroller hardware. This makes it well suited for teaching embedded systems concepts that are difficult to replicate in purely browser-based coding platforms. It aligns learning outcomes with tangible build-and-test workflows used in many STEM courses. For programs teaching electronics and prototyping, this practical orientation is a clear fit.
Curriculum and classroom resources
Arduino Education includes structured teaching materials such as lesson plans, activities, and project guidance designed for classroom delivery. This reduces instructor effort compared with assembling content from disparate sources. The materials are oriented to progressive skill development across topics like programming fundamentals, circuits, and IoT basics. It is designed to support educators managing groups of learners rather than only self-paced individual learning.
Tight integration with Arduino ecosystem
The learning experience is built around Arduino boards, kits, and the Arduino development environment, which simplifies setup for schools standardizing on Arduino. This integration helps ensure that examples, libraries, and troubleshooting guidance match the hardware students use. It also supports continuity from introductory lessons to more advanced prototyping within the same ecosystem. For institutions already invested in Arduino, this reduces friction compared with generic course platforms.
Hardware dependency and logistics
Many learning activities require physical kits, which introduces procurement, inventory, and maintenance overhead. Classroom delivery can be constrained by device availability, damaged components, or lab scheduling. Remote learners may have uneven access to required hardware, limiting consistency across cohorts. Total cost and operational complexity can be higher than software-only training platforms.
Narrower scope than broad libraries
The content is primarily oriented to Arduino-centric electronics and physical computing rather than a wide catalog of general IT, data, or business skills. Organizations seeking large multi-domain course libraries, role-based learning paths, or extensive soft-skill content may find coverage limited. It is less suited to standardized corporate upskilling programs that span many technologies. As a result, it often complements rather than replaces broad learning platforms.
Limited assessment and credentialing depth
Compared with platforms centered on skills measurement, the offering is less focused on high-stakes technical assessments, proctoring, or standardized benchmarking. Educators may need additional tools for formal testing, rubric-based grading at scale, or credential management. Reporting and analytics needs can vary by institution and may require integration with existing learning management systems. This can add administrative work for programs that require detailed competency tracking.
Plan & Pricing
| Plan | Price | Key features & notes |
|---|---|---|
| Free | Free | Arduino Cloud free tier: 2 Things, basic course access, limited data retention and quotas; suitable for trying courses and Cloud Editor. See official plans page. |
| Maker (Individual) | $72 per year (billed yearly) | 1 user, 25 Things, 3 months data retention, Advanced Editor AI Assistant, unlimited editor with OTA updates, 30-day free trial available. |
| Team (Business) | $1,000 per year (50 users) | 50 users, 100 Things, 1 year data retention, unlimited AI Assistant, shared spaces with role permissions, white-label and enterprise standard support. 30-day free trial available. |
| School (Education) | $20 per member / year (pay-per-member; published bands for purchase e.g. 5–50, 51–100, 101+) | Education-focused plan: shared spaces, Google Classroom integration, course library, 5 Things per member, 6 months data retention, centralized management for teachers. Sold per-seat; 30-day free trial available. |
| Enterprise | Custom pricing (contact sales) | Unlimited users & Things, 2 years data retention, enterprise advanced support, custom SLA and billing. |
Other Arduino Education (one-time) examples (official store prices):
- Arduino Education Starter Kit — $302 (Store product page).
- Arduino Student Kit — $76.20 (Store product page).
- Arduino Explore IoT Kit Rev2 — €152 (Store product page; includes demo Cloud access; full School Plan subscription required to unlock full course content).
Seller details
Arduino SA
Somerville, MA, USA
2005
Private
https://www.arduino.cc/
https://x.com/arduino
https://www.linkedin.com/company/arduino/
