MATLAB® Arduino® complete curriculum packages now available to universities!
- Content for 1 semester-long course
- Downloadable industry standard code
- Video access
- Powerpoint slides
- Assignment problems with solution manual
- Capstone project statements with code
- Formative and summative rubrics
- Content for 2 semester-long courses
- Downloadable industry standard code
- Video access
- Monthly webinars
- Powerpoint slides
- Assignment problems with solution manual
- Capstone project statements with code
- Formative and summative rubrics
From Our Users
Clear, simple, precise and helpful. Thank you! - Petru Tarabuta |
This was brilliant. It will help me to illustrate my research results very well. |
I've watched your videos the last 2 days and I can say that they are superb! Thank you so much for these tutorials, they are excellent, your effort is highly appreciated, please keep making more! - Youtube User
Teach Your Students Powerful TechnologyMATLAB® and Arduino® perform fundamental engineering tasks across several fields. The unifying theme for these tasks is procuring, analyzing, and visualizing real-world sensor data to generate real-time insights that facilitate data-driven decision making.
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World Class PlatformsCode with Arduino® + MATLAB®: a match made in heaven. The Arduino board provides a simple and inexpensive method of electronically connecting with sensors and capture real-world data as and when it is generated. MATLAB®'s raw computational prowess and plethora of sophisticated scientific software libraries allow one to analyze this real world data and convert it into information; to answer difficult engineering and scientific questions.
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Create Tomorrow's Innovators We strongly believe that Matduino provides our current and future generations of engineers and scientists the support structure and knowledge required to create systems that use sensors for real-time data-driven decision-making.
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Frequently Asked Questions
How do matduino.com Educator packages work?
Educator packages are a one-time purchase. Professors and educators will be able to customize the content of the package by selecting which sensors they want to cover. All content is available immediately for download. The Educator package is non-refundable.
Will students need any special software/hardware/books?
All the code is written by using core MATLAB and no toolboxes are used, in order to truly reveal all functionalities to our users. As such, all you need is basic MATLAB without any toolbox purchases. No books are needed as all the relevant content is provided in the text-based tutorials and videos. Hardware can be purchased at an additional cost via Sparkfun, Digikey, or Pololu.
What material will be covered in the two different packages?
Choose the material that complements your course focus. Choose three sensors in the Explorer Plan and six sensors in the Deep Impact Plan!
What level of MATLAB® and Arduino® skills does the material cover?
The curriculums are for beginner and expert MATLAB® and Arduino® levels through our Explorer and Deep Impact plans, respectively.
What will the webinars cover?
The Deep Impact monthly webinars will feature prominent speakers in the community along with professors and students whose work will be featured during the events.
What does the module material contain?
Each module page provides curricular material, videos and code. The videos run no more than 10 minutes and feature content aligned with sensors and hardware, and associated physics and statistics. The codebase corresponds to all the curricular material and videos.
