New Sandy Hook School Built with Invisible Security Measures

New Sandy Hook School Built with Invisible Security Measures

When the 2016 school year starts, students and faculty will return to Sandy Hook Elementary for the first time since a gunman killed 20 students and six adults.  However, they will be returning to a brand new building that was designed thoughtfully to include security measures designed by local architectures.

The town of Newtown, Connecticut demolished the former building last fall, nearly a year after the shooting after realizing how hard it would be for students, teachers and facility to return to a building filled with horrific memories, like the parking lot where police gathered terrified children and faculty after evacuating them from the school on the morning of December 14, 2012.

Svigals + Partners were given the opportunity to design a building that would be able to create a sense of security and embrace around those who will always remember those lost during the shooting. The architecture firm found it increasingly important to create a school that had many invisible security measures.

Many of Svigal’s subtler security details have to do with the entrance of the building. Buses can pull up through a curved driveway, but staff will park in one lot and visitors in another, helping school officials keep track of who is coming and going. By re-landscaping the entrance, the architects honored the community’s wish to not revisit the original parking lot, where students and families were held as police arrived on the scene that fateful day.

Once visitors reach the school grounds, they pass through more strategic, yet invisible security measures. After Sandy Hook, school districts around the country began focusing intently on security systems like fences, guards and shatterproof glass at entries. The new Sandy Hook will have impact-resistant windows and an intercom screening system for visitors, but the architects also found a way for the landscape work in their favor.

For instance, to reach the entrance, visitors must cross one of three bridges that connect the front doors to the parking lots. To avoid the feeling of a fortress protected by a moat, the architects are turning those bridges into rain gardens that collect and filter runoff rainwater. They’ll be an educational tool, rather than a security checkpoint.

The school has also been pushed back away from the road and closer to the nearby wetlands; this affords a more expansive view of the entrance from the building, which makes it easier to spot people approaching.

Svigals + Partners was fortunate to have enough acreage to weave security measures into the surrounding landscape. That’s not a luxury enjoyed by all schools, particularly those in urban settings. But the new Sandy Hook has lessons for all schools. For example, the ground floor is elevated a few feet about the ground. An assailant approaching from outside will be lower than anyone he might wish to harm. And students can still learn in classrooms with big windows, nice views, and plenty of light.

“It’s not a barbed wire fence, it’s a combination of natural elements,” principle at Svigals + Partners, Jay Brotman said. “You have to look at this through the eyes of the children who would be attending it.”

About the Author

Sydny Shepard is the Executive Editor of Campus Security & Life Safety.

Featured

  • It's Show Time

    I am one of those people that likes to see things get bigger and better. As advertised, ISC West is going to be bigger (more exhibitors) and better (more attendees). It’s show time in Las Vegas. Read Now

    • Industry Events
    • ISC West
  • SIA Releases New Report on Operational Security Technology

    The Security Industry Association (SIA) has released an impactful new resource – Operational Security Technology: Principles, Challenges and Achieving Mission-Critical Outcomes Leveraging OST. Read Now

  • Cyber Overconfidence Is Leaving Your Organization Vulnerable

    The increased sophistication of cyber threats pumped by the relentless use of AI and machine learning brings forth record-breaking statistics. Cyberattacks grew 44% YoY in 2024, with a weekly average of 1,673 cyberattacks per organization. While organizations up their security game to help thwart these attacks, a critical question remains: Can employees identify a threat when they come across one? A Confidence Gap survey reveals that 86% of employees feel confident in their ability to identify phishing attempts. But things are not as rosy as they appear; the more significant part of the report finds this confidence misplaced. Read Now

  • Mission 500 Debuts Refreshed Identity Ahead of Security 5K/2K at ISC West

    Mission 500, the security industry’s nonprofit charity dedicated to supporting children in need across the US, Canada, and Puerto Rico, has unveiled a refreshed brand identity ahead of ISC West. The charity’s new look includes a modernized logo with refined messaging to reinforce Mission 500’s nearly decade-long commitment to serving the needs of children and families in crisis. Read Now

    • Industry Events

New Products

  • QCS7230 System-on-Chip (SoC)

    QCS7230 System-on-Chip (SoC)

    The latest Qualcomm® Vision Intelligence Platform offers next-generation smart camera IoT solutions to improve safety and security across enterprises, cities and spaces. The Vision Intelligence Platform was expanded in March 2022 with the introduction of the QCS7230 System-on-Chip (SoC), which delivers superior artificial intelligence (AI) inferencing at the edge.

  • 4K Video Decoder

    3xLOGIC’s VH-DECODER-4K is perfect for use in organizations of all sizes in diverse vertical sectors such as retail, leisure and hospitality, education and commercial premises.

  • Camden CV-7600 High Security Card Readers

    Camden CV-7600 High Security Card Readers

    Camden Door Controls has relaunched its CV-7600 card readers in response to growing market demand for a more secure alternative to standard proximity credentials that can be easily cloned. CV-7600 readers support MIFARE DESFire EV1 & EV2 encryption technology credentials, making them virtually clone-proof and highly secure.