Microcontroller (MCU) kits for students are of great interest to me for several reasons, but primarily because the Humboldt Microcontrollers Group will be offering one or several Intro To Microcontrollers sessions to any interested Humboldt State University (HSU) students this fall. Additionally, it will be great if we are able to connect with Humboldt County high school students to offer opportunities of interest to them for learning about MCUs.
(There are many middle school students doing cool things with microcontrollers. But there are only so many hours in a week, and a person has to make decisions about how to spend their limited time. My top student priority for the Humboldt Microcontrollers Group is getting as many college and high school students involved with the regions microcontroller community because that makes it easier on parents -- people in those two groups often dont need to rely on parents for transportation. However... If any middle school students are interested in learning more about microcontrollers, or want to teach us new microcontroller tricks, wed be happy to have them at the bi-weekly meetings of the Humboldt Microcontrollers Group, and wed be thrilled to work with middle school teachers to figure out how we could help with microcontroller basics activities.)
So, back to MCU kits for students. I read an ARM press release yesterday about a new $50 Lab-in-a-box kits aimed at university students for DSP (digital signal processing) audio. While the focus of this kit isnt basics of microcontrollers, it does include an STM32F4 Discovery microcontroller board from STMicroelectronics. The press release says:
The next step for the Humboldt Microcontrollers Group regarding the ARM LiB kit is to contact a few instructors at Humboldt State University to find out if they are already working with ARM or one of its partners to obtain at least one LiB kit. If it appears no HSU faculty are already working on this, we can ask if they are interested in collaborating with us on an opportunity for HSU students to work with this kit. Two people at or near the top of my HSU list to contact about this are David Marshall and Ken Owens, who did a Robot Camp at HSU last week.
In the its a small world category, the Humboldt Microcontrollers Group will be an especially good partner for HSU or College of the Redwoods for working with the LiB kit. Just last week at the
Humboldt Makers meeting, John H did a fantastic talk and demo about audio with a single-board microcontroller. Part of Johns talk focused on the Wolfson audio card, so the Humboldt Microcontroller community has someone already very knowledgeable about using the audio electronics in the LiB kit. The Wolfson / Raspberry Pi combo picture on the left is from an Engadet article talking about the Wolfson card.
There are other MCU resources aimed at students. Here are a few examples -- these are aimed primarily at universities:
Read More..
(There are many middle school students doing cool things with microcontrollers. But there are only so many hours in a week, and a person has to make decisions about how to spend their limited time. My top student priority for the Humboldt Microcontrollers Group is getting as many college and high school students involved with the regions microcontroller community because that makes it easier on parents -- people in those two groups often dont need to rely on parents for transportation. However... If any middle school students are interested in learning more about microcontrollers, or want to teach us new microcontroller tricks, wed be happy to have them at the bi-weekly meetings of the Humboldt Microcontrollers Group, and wed be thrilled to work with middle school teachers to figure out how we could help with microcontroller basics activities.)
So, back to MCU kits for students. I read an ARM press release yesterday about a new $50 Lab-in-a-box kits aimed at university students for DSP (digital signal processing) audio. While the focus of this kit isnt basics of microcontrollers, it does include an STM32F4 Discovery microcontroller board from STMicroelectronics. The press release says:
"ARM and its Partners will start shipping a digital signal processing (DSP) Lab-in-a-Box (LiB) to universities worldwide to help boost practical skills development and the creation of new ARM-based audio systems. This will include products such as high definition home media and voice-controlled home automation systems...LiB packages offer ARM-based technology and high quality teaching and training materials that support electronics and computer engineering courses. DSP courses have traditionally used software simulation packages, or hands-on labs using relatively expensive development kits costing around $300 per student. By comparison, this new DSP LiB...will cost around $50...The DSP kits, powered by ARM Cortex-M4-based processors, enable high performance yet energy-efficient digital signal processing at a very affordable price. We expect to see them being used by students to create commercially-viable audio applications."Its not a bad thing that above Lab-in-a-box isnt a basics of microcontrollers kit. Many students may be a lot more interested in a kit focused on practical applications of microcontrollers, such as "high definition home media and voice-controlled home automation systems" than a kit that just teaches them microcontroller basics.
The next step for the Humboldt Microcontrollers Group regarding the ARM LiB kit is to contact a few instructors at Humboldt State University to find out if they are already working with ARM or one of its partners to obtain at least one LiB kit. If it appears no HSU faculty are already working on this, we can ask if they are interested in collaborating with us on an opportunity for HSU students to work with this kit. Two people at or near the top of my HSU list to contact about this are David Marshall and Ken Owens, who did a Robot Camp at HSU last week.
In the its a small world category, the Humboldt Microcontrollers Group will be an especially good partner for HSU or College of the Redwoods for working with the LiB kit. Just last week at the
There are other MCU resources aimed at students. Here are a few examples -- these are aimed primarily at universities:
- Texas Instruments TI University Program
- Microchip Technologys Academic Program
- Atmel University Program
- Freescale University Programs
- ARM University Program (which includes ARM-recommended development boards for students, as well as other ARM topics)
If you know of other student-focused microcontroller programs or cost-effective kits, please send an email with a link or other info to arcatabob (at) gmail {dott} com. It would be great to create a list of good microcontroller student kits and programs for Humboldt students to choose from. Id like to have at least three or four low-cost MCU Basics kits for student intro sessions, and it would be nice to have three or four other higher-cost kits for more involved MCU projects or workshops.
Because most teachers arent microcontroller experts, and because they are already responsible for cramming more stuff into their class time than is humanly possible, the Humboldt Microcontrollers Group might be able to offer opportunities outside the classroom for students to learn how to use Arduinos and other microcontroller-focused electronics.
If youre a student, an instructor, or a parent of a student in Arcata, Eureka, McKinleyville, Fortuna, Trinidad, Blue Lake or any of the other fine parts of the Humboldt region who is highly interested in electronics or microcontrollers, please contact me. We can discuss ways to get you or your student(s) more involved with the Humboldt microcontrollers community.
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This MCU was also in a few news articles recently, so I decided to do a little research on this item and see if its something worth buying for future electronics projects or experimentation.
"...Fernandez recently created an LED light system that turns his kitchen into “a European nightclub.” He attached an LED light strip to his kitchen cabinets, programmed it using a TI microcontroller developer kit called LaunchPad and sends Twitter hashtag messages to change the color...TI test engineer Luis Flores uses a smartphone to scroll LED light images or text across sunglasses. He used TI microcontrollers, a Blue Tooth interface and a microphone. Zwerg created his low-water, switch-controlled outdoor shower with a 12-volt battery and a microcontroller. He takes it every year to the Burning Man festival in the Nevada desert...Leonardo Estevez, a researcher at TI’s Kilby Labs who has been making beer for 20 years, wanted to create a better brewing process. So, he developed a smartphone-controlled microbrewery kit based on a TI LaunchPad. Is the beer any good? “The neighbors have never complained,” Estevez said..."
