The UA Tech Park contributes nearly $2.5 billion annually to Pima County’s economy and is one of the region’s largest employment centers hosting 38 business and educational organizations and employing more than 7,000 people.

The UA Tech Park will be home to the Vail Academy and High School, a new K-12 school that will emphasize math, science and engineering through partnerships with the UA and Tech Park tenants.

By University Communications February 3, 2010

Today, the Vail School District broke ground on the Vail Academy and High School, the district’s first K-12 school and the nation’s first K-12 school located at a university research park. 

Vail High School began offering classes at the University of Arizona Science and Technology Park in July 1997. The Vail Academy, a K-8 school, will join the already established Vail High School at a new site in the UA Tech Park. 

The UA Tech Park contributes nearly $2.5 billion annually to Pima County’s economy and is one of the region’s largest employment centers, hosting 38 business and educational organizations and employing more than 7,000 people. The Tech Park has been nationally recognized as one of the premier university research parks in North America. 

The $7 million Vail Academy and High School construction is funded by a Vail School District bond and will result in a 34,000 square foot facility scheduled to open in July 2010.

The K-12 school will house 225 K-8 students and 225 high school students. Each grade level will accommodate approximately 25 students. The small class size provides an interactive environment where students receive personal attention, said Vail Academy and High School Principal Dennis Barger.

Vail High School has been educating students since 1997 at the UA Tech Park and has been labeled an Excelling School by the Arizona Department of Education for four consecutive years. It is home to students who have won state and national championships in sports and academics. 

“Part of the focus of the new K-8 Academy will be to prepare kids for Vail High School. We plan on having a strong academic program and will emphasize math, science and engineering,” Barger said.

The K-12 model, Barger said, allows the curriculum to build on the previous grades’ teaching, which provides a consistent educational foundation and the development of vast knowledge around important concepts.

Part of the incentive for having the K-12 academy located at the UA Tech Park, Barger said, can be seen in successful partnerships Vail High School has developed with Tech Park companies. Innovative programs include real-world business experience offered to students through part-time employment, internships and a variety of other special programs. 

Already the home to Vail High School, UA South and Pima Community College, the UA Tech Park will achieve a national milestone once the K-12 school is completed.

When Vail Academy opens its doors in the fall, the UA Tech Park will be the only university research park in the country to serve students from kindergarten through college.

“The new school will provide opportunities for even the youngest of students to see science and technology as approachable, understandable and fun,” said Bruce Wright, UA associate vice president for university research parks. “That means our youth have an opportunity that few others in the country do – to see the world of technology not as something that is mysterious and remote, but as a welcoming environment where they can be involved in many different ways.”

Professional development of teachers has long valued partnering with local universities.

Amazing to me that our brain enjoys more connections than there are particles in the Universe. 100 Billion neurons with 10,000 possible connections each.

Reminds me of the Quantum Computer that can consider input in parallel states of existence at the same time and therefore, can compute more possibilities than there are particles in the Universe.

About 6 hours ago Ben Parr

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What the Web of Tomorrow Will Look Like: 4 Big Trends to Watch

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The Social Analyst is a weekly column by Mashable Co-Editor Ben Parr, where he digs into social media trends and how they are affecting companies in the space.

Did you know that it’s been nearly twenty years since the first website was placed online? Have you ever thought about how the Internet and the web have evolved in time?

Ponder it: the Internet, a complex series of interconnected networks, protocols, servers, cables, and computers, has evolved from its early days as U.S. Department of Defense research project into the foundation for the World Wide Web, what we use today to interact with one another via browsers, email, Twitter, Skype (

), and millions of other online tools.

As we approach the imminent launch of the Apple Tablet and analyze new trends coming out of out of this year’s Consumer Electronics Show (our full coverage), now is good time to reflect on what the web will look like in the next decade — and beyond.

I have four big predictions to share for what the web will look like in the near future. This is what I expect in the evolution of our online lives:

1. The Web Will Be Accessible Anywhere

Our society couldn’t operate today without Wi-Fi, but it didn’t become prevalent until the early to mid-2000s. Before that, we used Ethernet cables and before that, our primary method of connecting to the web was via phone lines. Every few years, our method of accessing the web changes to be faster and more accessible.

Two things make me believe that the web will be accessible from anywhere and at any time: the rise of wireless 3G and 4G networks and the likelihood for nationwide Wi-Fi to blanket the U.S. and beyond.

Let’s first talk about 3G: since its introduction in the early 2000s, it has quickly spread to major cities worldwide. Accessing the web is now as simple as pulling out your smartphone, and it’s getting faster with the introduction of 4G networks and 4G phones. The Apple Tablet is even rumored to have a data plan on Verizon and AT&T’s 3G networks. More and more laptops come with built-in 3G access as well.

Nationwide Wi-Fi is the more exciting prospect, though. In 2008, the FCC had an auction for for the 700 MHz wireless spectrum. A lot of attention was focused on that auction when Google (

) joined as a multi-billion dollar bidder. Some speculated that Google wanted to turn the spectrum into a nationwide Wi-Fi network. While Verizon eventually won, a nationwide Wi-Fi network is still very possible and, in fact, seems logical given the direction of web technology today.

The point is that more devices will have access to these networks and that these networks will be more prevalent as time goes on. Ten to twenty years down the road, people will wonder how we managed with laptops disconnected from a Wi-Fi or 4G signal.

2. Web Access Will Not Focus Around the Computer

In a column on CNN earlier this month, Mashable’s Adam Ostrow explored one of the biggest trends at CES: the embedding of the web outside of the computer . At present, we focus our Internet use in the U.S. on our laptops. In Japan though, many more access the web primarily through their phones, a trend that is just beginning to sweep the states.

This is just the beginning. New Internet-enabled TVs will allow us to browse from the living room and soon our cars will become Wi-Fi hotspots.

The Apple Tablet looks to be the next stage of this evolution. Rumor has it that not only is the device going to have 3G access, but Apple envisions it is a shared piece of hardware among the family. Instead of having to jump onto the computer to check your email, you can just have your girlfriend or boyfriend pass you the tablet to check out what’s going on.

In ten years, computers will only be a small percentage of how we use our web. We’re going to be accessing it from nearly every device and appliance we own.

3. The Web Will Be Media-Centric

The time of text-based interactions is going to diminish until they’re just a minor component of our web experience. Yes, we will always write, blog, and tweet, but as more and more devices adopt touchscreen interfaces and alternatives to the keyboard and mouse (it’s already happening), our reliance on videos from YouTube (

) and Hulu (

), social games like FarmVille, and interactive interfaces like the iPhone OS will grow rapidly.

Here are some of my thoughts on how I think this media-centric web will come to be:

– Voice-to-text technology will be a major part of the media-centric web. The technology isn’t accurate enough to use daily yet, but devices like the Nexus One are pushing its limits. In a decade or two, it’ll be accurate enough to be a viable replacement to our keyboards.

- Interfaces that rely on motions are going to be more important to computing and the media-focused web. Apple popularized phone touchscreen interfaces, and the Tablet has a good shot and popularizing that type of interface on larger-sized screens. While we have a lot more to figure out before touchscreens are popularized on the desktop, I do think it’s time isn’t far away. I look forward to abandoning the old mouse and keyboard interface.

- In the future, you won’t even have to touch the screen. HP’s “Wall of Touch” actually doesn’t require users to touch the screen in order to interact with it, and Microsoft’s Project Natal looks to turn gaming into a controller-less experience. This is the future.

- These interfaces simply make it easier to bring up images, videos, music, and other multi-media. It’s not about keyboard commands, but about apps, drag-and-drop, and having an immersive experience.

4. Social Media Will Be Its Largest Component

Stats published by Nielsen show that social media usage has increased by 82% in the last year, an astronomical rise. Facebook (

), Twitter (

), YouTube, blogs, and social interaction are becoming the focus of our online interactions, even more than search.

We’re social creatures, so it was only a matter of time until we figured out how to make the web an efficient medium for communication, sharing, and forging friendships. Now that we’re finally implementing the social layer though, it’s tough to find a scenario where the rise of social media doesn’t continue.

In ten years, when you access the web, most of the time you spend will be to connect with your friends. Almost all of that will be on social networks and through social media. It will be the #1 reason why we ever pull out our phones, tablets, or computers.

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Educators need to consider how teaching will be effected in future classrooms whether online, f2f, or augmented. Mobile delivery will be expected and assumed. Are schools preparing for the new model?