Tag Archives: STEM

(What If…) Build a School in the Cloud

Sugata Mitra has won the $1 million TED Prize for his wish to build a school in the cloud. The TED Prize is meant to “inspire dreamers to think bigger about what’s possible.” Sugata’s wish is inspiring indeed.

“My wish is to help design the future of learning by supporting children all over the world to tap into their innate sense of wonder and work together. Help me build the School in the Cloud, a learning lab in India, where children can embark on intellectual adventures by engaging and connecting with information and mentoring online. I also invite you, wherever you are, to create your own miniature child-driven learning environments and share your discoveries.”

Here is Sugata Mitra talking about his wish at TED.

With $1 million, it is now more than a wish. There is a plan and ways that anyone can help. As a part of the plan they are looking for some core technology assistance including “Cloud-based software design to manage laboratory school operations and education resources.”

SCSU might not be ready to dive into Sugata’s wish just yet, but what if we started with a smaller, more local concept? I am excited about the new ISELF building that will house fantastic equipment for our students to use for their studies.

What if… we made some of the equipment available via the internet? It could be used as a “Virtual Lab” by our own students. It could be used by nearby high schools. Or, let’s get crazy, the world. This concept is already being applied today. iLabCentral is a great example project supported by the National Science Foundation.

 

ISELF Tour

Last week I was fortunate enough to join a few other members of the ITS team on a tour of the new ISELF building. Dean DeGroote was kind enough to be our tour guide showing us around and explaining the function of the various areas of the building. The key takeaways for me were that the building is very open, flexible, and ready to support the emerging science fields.

When we first entered the building we could see that there was a lot of windows and open spaces. Dean DeGroote pointed out many areas that he described as “informal gathering spaces” – particularly on the West end of the building. As we toured the Dean’s Reception Area, and the Senior Design Lab he explained that the layout was intentionally open, with casing on the exterior and the floor space was flexible and reconfigurable to support any number of activities and configurations. In the lab areas that meant that power, data, gas, fluids, etc. would be available overhead allowing for furniture and equipment to be movable. As a side note, the Dean’s Reception Area reminded me of a video on the “Workplace of the Future.”

While the current configuration of the rooms is flexible, so are the walls themselves. Most areas have walls that could be removed or reconfigured without great expense. Some rooms are deemed “unassigned” and can be renovated to accommodate future needs (i.e. a 2 year grant from the National Science Foundation). The ISELF building itself may be expanded on with another phase added to the West of the building. The loading dock was built large enough to serve the new addition removing the need for another loading dock to be added.

Dean DeGroote explained that the entire building is intended to be a space for research and lab work, not for offices and residency. The thought here is that professors will have their departmental space and office services hosted in other buildings. When it comes time for the faculty and students to work in the lab, they will be able to leverage the spaces in ISELF. After they are done with their lab work, they may collaborate informally in ISELF, but otherwise they will most likely return to their departmental areas back in other buildings on campus.

Earlier I had blogged about ISELF getting an X-ray diffractometer. Turns out, we got it! There are a lot of really cool spaces and equipment that we be available to our students and community once ISELF is complete. I am proud of the work Dean DeGroote and his team have done. And I am excited to see our students, faculty, and community make the most of this cutting edge resource. Added to the recent announcement of the $4.8 million enhancement to the UTVS TV studio, and the Presidents engagement in attracting the brightest students from all over the world, this sets SCSU and our community on an exhilarating trajectory.

I’ve built a quasi-virtual tour of ISELF on Prezi if you are interested in seeing more.

X-ray Diffractometer Coming to SCSU?

The St. Cloud Times is reporting that the new ISELF building will get a X-ray diffractometer.  What a great opportunity for the students and faculty!  According to the article SCSU will still need to raise raise $140,000 by December.  I’m ready to get some cookies ready for a bake sale.

Image from the GE Global Research Blog. http://ge.geglobalresearch.com/blog/1-2-3-tools-of-the-trade-for-materials-characterization/x-ray-diffractometer-023/