What are some features of a 'smart campus?'

As educational institutions strive to provide a safe, comfortable, and productive learning environment, the idea of creating a “smart campus” has become more top-of-mind for school leaders, and systems integration can help achieve this goal.

By connecting once disparate systems, data can be collected and aggregated from different building applications into a centralized location. This streamlined approach allows institutions to analyze the data more easily, which can ultimately help administrators make actionable, data-based decisions to improve operational efficiencies and become more intelligent. While the systems integration process may sound complicated, accomplishing connectivity is more attainable than many may think as existing building solutions, such as lighting, can act as the building blocks for a smarter campus.

Lighting is a core component of any building, but on campus it plays a major role in the productivity and comfort of students and faculty. When integrated with other building systems, like sensors and heating and cooling systems, lighting can work as the foundation to a more intelligent and sustainable campus. By connecting with sensors, indoor lighting systems can receive insights on when classrooms are in use to turn on and modify lighting levels accordingly and outdoor lighting structures around the perimeter in parking lots can be alerted to automatically adjust to the available daylight.

Heating and cooling systems can also communicate with the lighting network and sensors to control the indoor temperature based on the weather. In both cases, systems integration can not only help a campus become smarter and more operationally sound, but the unified solutions can also uncover great energy savings.

This article originally appeared in the College Planning & Management April/May 2019 issue of Spaces4Learning.

About the Author

Julie Brown is an institutional market leader for Johnson Controls, Building Solutions North America (www.johnsoncontrols.com).

Featured

  • Spaces4Learning Announces Winners of 2025 Product Awards

    Spaces4Learning has just announced the winners of the 2025 Product Awards! The award program recognizes innovation and excellence in products that enhance learning environments in K–12 schools and institutions of higher education.

  • Missouri State University Debuts Construction Education Center

    Missouri State University in Springfield, Mo., recently opened a new 10,000-square-foot addition and renovation to support the School of Construction, Design, and Project Management, according to university news. The Construction Education Success Center, built onto the existing Kemper Hall, provides academic space for the school’s construction managers and cost $9.6 million.

  • classroom with crystal ball on top of a desk

    Call for Opinions: Spaces4Learning 2026 Predictions for Educational Facilities

    As 2025 winds to a close, the Spaces4Learning staff is asking its readers—school administrators, architects, engineers, facilities managers, builders, superintendents, designers, vendors, and more—to send us their predictions for educational facilities in 2026.

  • Pudu Robotics Launches AI-Powered, Large-Scale Floor Sweeper

    Pudu Robotics recently launched the newest member of its MT1 series of robotic floor sweepers, the PUDU MT1 Max, according to a news release. The AI-powered, 3D perception robotic sweeper was designed for use in large, complex cleaning environments both indoors and semi-outdoors, like parking garages and semi-open building atriums.

Digital Edition