Open & Free features. Description. PC Hardware is a study of the basic assembly, maintenance, and repair of microcomputer systems. Divided into eight (8) units, these hardware-oriented topics include subcomponents, such as system board, video, memory, storage, multimedia, networking, and printers. This course provides 25 content modules and simulated exercises aligned with the current version of CompTIA A+ Hardware Exam Related course: Cyber Pathways Across Maryland (CPAM): PC Software. The CPAM Consortium is a TAACCCT grant-funded project modeled after the NSC Cyber Technology pr. Discounted training for Education. Are you a teacher, academic, research student or a student? We provide exclusive discounts for personnel attached to educational institutions.  Central Innovation provides exclusive discounts on laptops and desktop for Education. To find out more, please send us an enquiry and we will come back to you shortly. EDU enquiry. Open-Source Hardware in Education. Figure 4 shows the conferences that have published most. papers, and Figure 5 reports the most prolific journals. Experiment@ Int. Conf., www.- Int. Conf. on Remote Engineering and.  Heradio et al.: Open-Source Hardware in Education. The educative use of OSHW ranges from children to. adults. Figure 14 shows the evolution of the number of. publications per educational stage (adult education, only. K12, only University, and both K12 and University). 0.

Jump to navigation. But the last item on the list was most compelling to me— engineering the tools of scientific discovery.

As a science teacher in a public high school, I may not have access to the funds to purchase all the scientific instruments I need. How can we train the next generation of engineers to create the tools that enable scientists to better understand the natural world? One answer is to inspire them to envision such projects, and give them the tools to complete them, at younger ages. Open source tools, like the Arduinoare valuable in this effort.

Arduino is an open source microcontroller for prototyping electronic devices. It can be connected to a wide array of inexpensive sensors to collect data. These open hardware for education training can be saved to an SD card, passed back to a PC, or uploaded to the cloud for further processing.

An Open hardware for education training can actuate motors, creating scientific instruments that move as well as sense. As Massimo Banzi, co-inventor of Arduino, showed in his TED talkmiddle and high school students can capably create scientific instruments open hardware for education training Arduino. He gives examples of students who have created earthquake sensors, pH meters, and a wide variety of robots. In our classroomstudents have hacked robotic arms, created new human-to-game interfaces, added sensors to a car, and open hardware for education training a wearable air pollution monitor that crowdsources ozone levels across a city.

Fortunately, I did not need to guide students every step of the way in their project development, because the open source community had already provided examples, Arduino code, and documentation to get them started. Students were able to take existing code, modify it, and extend this prior work with their own creativity. I consider Arduino as an ideal teaching platform. It requires students to learn to write code, but their code will do more than move pixels. Their code will animate devices in the real world, devices that sense and move, devices that help us learn even more about the real world.

These are modified versions of the Arduino Mega and Due boards. Google has been a long-time supporter of open source technologies. After a few weeks of prototyping, students had working devices! After a quick call to the TSA, to let them know that we were bringing weird devices with wires and circuit boards onto the plane, students presented the projects to Googlers in Mountain View.

Recently, members of our faculty were asked to create a engineering-focused curriculum for North Carolina funded by the Race to The Top program economic stimulus dollars at work! My part of the work was a series of new Agriscience and Biotechnology courses. While reading about the various ways that automation is driving improvements in agriculture, through the use of robots, drones, wireless sensor networks, and greenhouse controls, I realized that each of these technologies can be automated with Arduino.

Moreover, Arduino is actually used to develop prototypes for new generations of these devices. The members of this UC Davis lab are using Arduino to develop scientific instruments and wireless sensor networks to conserve water during an extreme drought in California.

Their colleagues are developing agricultural robots to assist farmworkers in California during a labor shortage. Take a look. This year I have begun to train fellow teachers and community members in the use of Arduino, and I hope to recruit another group of students this year to initiate agriculture projects in greenhouse automation, wireless sensor networks, drones, and robotics! Our goals are simple—grow more food with less. By less, I mean less water, fertilizer, pesticides, and tillage.

Each of these inputs is expensive and each has open hardware for education training negative environmental consequences. Precision agriculture—powered by open source technologies!

I like to say that teaching is open source—we teachers share lesson plans, presentations, and activity guides all the time. Older teachers help younger teachers with archives of this material open hardware for education training younger teachers help older teachers with fresh ideas and up-to-date technology skills. Open source tools are a great fit for education—they are free, sharable, open for exploration and hacking, and open hardware for education training importantly, backed up by strong communities of users.

The community of Arduino open hardware for education training has taken this small open source board, with its open source IDE, and CC-licensed code and documentation, and have created a versatile prototyping platform that can help realize the last of the engineering grand challenges—engineering the tools of scientific discovery.

If you are a science teacher that is in need of new instruments, consider making your own. The open source community is here to help. More resources: What is open education? Hello, Jon. I love seeing people make open source lab instruments.

Sometime these devices aren't just more affordable, but also more functional. For niche equipment you either have to shell out the big bucks or try making it yourself, which is often good enough. I'm pretty excited to ship the first of what I hope to be many open source lab instruments. Open source hardware for open education Students build smart devices and scientific instruments with Arduino. Open hardware for education training by :. Get the highlights in your inbox every week.

Putting open source hardware in the hands of students Arduino is an open source microcontroller for prototyping electronic devices. View the open hardware for education training collection of articles for Open Education Week In our classroomstudents have hacked robotic arms, created new human-to-game interfaces, added sensors to a car, and open hardware for education training a wearable air pollution monitor that crowdsources ozone levels across a city.

Promoting the Arduino in the North Carolina agriculture curriculum Recently, members of our faculty were asked to create a engineering-focused curriculum for North Carolina funded by the Race to The Top program economic stimulus dollars at work! Teaching methods are open source by nature I like to say that teaching is open source—we teachers share lesson plans, presentations, and activity guides all the time.

Topics Science. About the author. He teachers Genetics and Biotechnology online and via videoconference across the state. In the summers he provides workshops in such diverse topics as agricultural biotechnology, global climate change, human evolution, and microcontroller programming to teachers and students. Twitter: jonpauldavis More about me. Recommended reading 5 useful Moodle plugins to engage students.

How open source provides students with real-world experience. How to teach open source beyond business. How open source is helping solve the plastic pollution problem. Explore the night sky with this open source astronomy app. Michael Tiemann on 10 Sep Permalink. The education program, the students, the challenges, the public benefits possibilities Jon Davis on 19 Sep Permalink. Charles Edward Pax on 11 Sep Permalink. Thank you Charles and good luck with the kickstarter. I passed along the reference to all my friends and open hardware for education training. I open hardware for education training programming old Campbell Scientific dataloggers to collect data in the field in graduate school that must have cost thousands.

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It is increasingly common to find free hardware available or oriented to the world of education. That is why we have decided to group all that hardware that we will be showing through our articles in this category. If you are looking for totally free hardware to use in the field of education, look no further because here you will surely find everything you need. www.- offers everything you need to explore the world of computer hardware through partnerships with leading institutions in the field. You can explore Hardware Essentials through Microsoft's IT Support course or expand to something more specific with IBM's course on using GPU's to expand deep learning. Door Hardware Training has become essential and crucial to anyone trying to select or maintain a door assembly that has commercial door hardware installed on it. Included in a door assembly is the door frame, door and Open Hardware For Education Version all the necessary door hardware and the components required to properly operate the door assembly as intended.

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