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Articles: 1 to 1

One of the key struggles in implementing most 1-to-1 programs is figuring out how to manage device deployments with limited staffing. However, a comprehensive enterprise-grade support system like Sprint’s Wireless Campus Manager can help districts with device management support efforts such as asset staging, asset tagging and tracking, and remote control of the device.

Students will need creativity, critical thinking, communication and problem-solving skills to succeed in college and future careers. To facilitate those skills, teachers need effective professional development to best use and integrate technology in the classroom. This web seminar, originally broadcast on June 5, 2014, featured an administrator from Richland School District Two, who shared expertise on how she helped launch a 27,000-student 1-to-1 program with Google Chromebooks and Apps for Education with the goal of improving student learning.

The 9,000-student Council Bluffs Community School District in Iowa was one of the first K12 districts in the country to use Chromebooks and Google Apps for Education in a 1-to-1 implementation, beginning in 2011. The district has seen improved student achievement, rising graduation rates and decreasing dropout rates, with some of the most significant improvement in the state.

The innovative new facilities, unique classroom design and 1-to-1 technology program at Bridgeport Public Schools integrate to transform learning at the system level.

Having committed to introducing greater digital resources to its curriculum, as well as strategies such as blended learning and flipped classrooms, West Bloomfield Schools in Michigan needed a cost-effective solution to get computers in the hands of its 6,600 students

After two decades implementing technology in schools, one thing that’s become crystal clear is that there’s no single correct model for one-to-one initiatives. And the reality is, the initiatives that fail to meet their desired outcomes weren’t clearly defined from the start. Unless, of course, the objective is merely to put technology in the hands of students and hope that they will figure it out from there – which is a typical case of a solution looking for a problem.

Technology is revolutionizing the study of science in K12. New products for chemistry, biology and physics labs allow more engaging and, in some cases, safer experiments.

Following the BYOD and 1-to-1 trend, many of these products come with mobile apps so students can take their inquiries outside the classroom and analyze data instantly in the field.

Juniors in Billings, Mont. worked on a local multimedia exhibit that covered a series of hate crimes that occurred in the town 20 years ago.

Instead of essays and book reports, more schools are turning toward multimedia projects in the classroom to make lessons more engaging and even stem the tide of bullying and tolerance.

While implementing technology initiatives such as 1-to-1 and using audio and visuals such as photographs, administrators at Crosby ISD in Texas also wanted to see what their teachers could do to “beef up” their instruction, says Patricia Kay, assistant superintendent of instruction.

A new wave of e-textbooks is giving students more than just words and a few hotlinks on a digital page. Publishers over the last few years have been adding video, interactive maps and gamified quizzes designed to engage students more deeply in their learning.

Chromebooks and Google for Education enable schools to use the power and simplicity of the web for unlimited teaching and learning opportunities, engaging stakeholders and creating dynamic learning environments that align with district curriculum and student achievement goals. This web seminar, originally broadcast on March 19, 2014, focused on the unique benefits and features of Google for Education, and how Chromebooks can be used to improve student learning, collaboration and innovation.

Administrators at Greenwich Public Schools, in southwestern Connecticut, had been looking for a content management system that would bring all their existing online tools together for their instructional staff and 8,500 students. They also wanted to provide new online tools to their youngest students to help them develop digital literacy skills. “About two or three years ago, we realized we had many overlapping functions in learning systems, which was creating a lot of redundancies,” says Phillip Dunn, director of digital learning and technology.

The upcoming PARCC and Smarter Balanced online assessments require students to use secure, locked-down machines. When district leaders invest in this equipment, they should also consider selecting devices that will support increased student achievement and college and career success, such as Google Chromebooks. This web seminar, originally broadcast on February 26, 2014, featured a Google for Education team member, who discussed the unique benefits of Chromebooks and how these machines can be used for online assessments.

Teaching and learning have been transformed by a Digital Conversion at Mooresville (N.C.) Graded School District. Creating a blended learning environment has resulted in personalized, standards-based instruction and an increase in student engagement. This web seminar, originally broadcast on January 29, 2014, featured leaders from Mooresville, who shared strategies for beginning a 1:1 blended program, how to shift instructional practices to be more student-centered, and the role effective digital resources have played.

MITCH KRUEGER
Director of Technology
Goddard USD 265
Goddard, Kansas
(5,400 students)

JANICE ARTHUR-TOWNS
IT Director
Carson City School District
Carson City, Nevada
(7,900 students)

DOUG PEARCE, Director, Technical Services
ANGELA COLUZZI, Director, Network Integration
Broward County Public Schools
Broward County, Florida (235,000 students)

Edmonton Public Schools in Alberta, Canada, has been a Google Apps for Education district since 2008. Realizing the power of Google Apps to enable collaborative learning, leaders in EPSD introduced Google Chromebooks to replace computer labs and network-based machines.

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