What if, by upgrading HVAC infrastructure and building automation, your campus buildings also became a live learning tool for students? Trane’s Virtual Living Learning Lab (VL3™) is making it happen.
The recent influx of funding for campus upgrades, including the Inflation Reduction Act (IRA), has made it possible for many higher education institutions to move forward with major projects aimed at reducing their buildings’ fossil fuel energy use. Upgrading aging HVAC infrastructure can provide significant sustainability and cost benefits due to the higher energy efficiency of newer equipment. The benefits are even greater when a building automation system (BAS) is included. Some experts say BAS can improve energy efficiency by up to 40% because of the improved data, analytics and control.1
Trane's Virtual Living Learning Lab
Trane’s VL3™ turns campus buildings into virtual living learning labs. Students can access live data to hone their analytical skills while developing an understanding of how much energy buildings consume—and how building operators and users can curb emissions.
Trane can also turn BAS into an educational opportunity when campus buildings are managed through Tracer® Ensemble®. The VL3 gives students access to user interfaces without being able to disturb the facility setup. Essentially, every square foot of the connected campus becomes the basis for reality-based learning. It is a relevant and engaging way for students to gain technical skills and practice analytical thinking.
The Virtual Living Learning Lab
The VL3 provides a firsthand view into the energy dynamics that are happening within campus buildings. Students in higher education are deeply concerned about climate change and the state of the planet that will be theirs to deal with. The VL3 allows students to dig deeper into sustainability by understanding how much energy their campus buildings consume, external and internal factors that affect that use and, most importantly, how even simple operational changes can lower a building’s energy use and carbon impact. It makes learning highly engaging and meaningful.
Employment Advantages
Data drives decision making in virtually every sector today. As a global sustainability company, Trane is a prime example of the way digital technology can transform an industry. Our building automation system enables buildings to manage energy use much more effectively, and the VL3 gives students access to the same technology tool that is used by decision makers, from facility managers to finance directors to environmental officers. It helps build the analytical thinking skills that are almost universally valued by employers.
The VL3 has potential applications within a wide range of courses in both two- and four-year higher education, as well as advanced high school science and engineering classes. Obvious opportunities exist within technical training programs for HVAC system design, installation or management. However, the access to live data and energy focus means the VL3 can also bring hands-on learning to curricula in STEM, analytics, environmental studies and more.
Trane’s VL3 means the Tracer Ensemble BAS can have dual roles, as both energy management and educational tools. It’s a bonus for educators that are tasked to inspire the next generation of innovators and problem solvers.
1 Project Drawdown, Building Automation Systems, Drawdown.org.
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Trane Education Programs Enable Early STEM Start for StudentsExplore how creating an optimized, safe, and efficient learning environment in your school can lead to the opportunity for hands-on STEM learning pathways for your students of all ages.
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The VL3 Educates Today’s Students for Tomorrow’s WorkforceThe Trane Virtual Living Learning Lab (VL3) offers an innovative approach that turns your building into a broad-based learning tool for students, to help them be more prepared for their future careers.
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Leverage Your Building Upgrade for Student EducationAs part of our mission to grow the pipeline from grade school to careers in emerging heating, ventilation and air conditioning technology, Trane offers hands-on education opportunities for students.
Fostering Future Engineers: Trane Collaborates with RenewAire and University of Wisconsin
Trane and RenewAire have teamed up with the University of Wisconsin – Madison’s Engineering Summer Program (ESP) to inspire the next generation of engineers. This collaboration introduces high school students to HVAC technology and engineering disciplines through hands-on activities, industrial tours, and mentorship.
Former les futurs ingénieurs : Trane collabore avec RenewAire et l’Université du Wisconsin
Trane and RenewAire have teamed up with the University of Wisconsin – Madison’s Engineering Summer Program (ESP) to inspire the next generation of engineers. This collaboration introduces high school students to HVAC technology and engineering disciplines through hands-on activities, industrial tours, and mentorship.
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Fostering Future Engineers: Trane Collaborates with RenewAire and University of Wisconsin
Trane and RenewAire have teamed up with the University of Wisconsin – Madison’s Engineering Summer Program (ESP) to inspire the next generation of engineers. This collaboration introduces high school students to HVAC technology and engineering disciplines through hands-on activities, industrial tours, and mentorship.
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Former les futurs ingénieurs : Trane collabore avec RenewAire et l’Université du Wisconsin
Trane and RenewAire have teamed up with the University of Wisconsin – Madison’s Engineering Summer Program (ESP) to inspire the next generation of engineers. This collaboration introduces high school students to HVAC technology and engineering disciplines through hands-on activities, industrial tours, and mentorship.
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Using Campus Buildings as a Live Learning Tool
With Trane’s Virtual Living Learning Lab (VL3™), students learn how to apply data to decision making.
