Transforming Campus Space Management with IoT Sensors, Occupancy Analytics and Digital Twins
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SmartViz Ltd
AI-powered building analytics software for increasing financial performance, while enhancing occupant wellbeing, productivity and the journey towards net zero.
Key Facts
View key facts for "Transforming Campus Space Management with IoT Sensors, Occupancy Analytics and Digital Twins ".
Location
Completion Year
Project Description
Learn how SmartViz is helping Cardiff Metropolitan University maximise space use, energy efficiency, air quality and its impact on the learning environment.
Besides savings over £5.1m by increasing the usage of existing buildings in favour of building new, the solution has enabled a data-driven and people-centred masterplan for the university, providing data for space needs versus perceived shortages, environmental and behaviour data to help boost student retention and campus stickiness.
Why this tool was selected for your process
Challenge:
Facing growing demand for teaching and social spaces, Cardiff Met initially considered a multi-million-pound construction masterplan. However, new buildings presented significant financial risks and potential environmental impacts. The university sought a sustainable solution that would meet the needs of staff and students whilst aligning with its environmental commitments.
The previous method used
Background:
Cardiff Metropolitan University, situated in Cardiff, Wales, is home to approximately 12,500 students across its Cyncoed and Llandaff campuses. The university has garnered recognition for its dedication to environmental sustainability and efforts towards achieving net zero carbon emissions.
Time / Money saved & the Business Impact
SmartViz implemented its comprehensive campus analytics and space management solution, featuring:
--IoT sensors
--Occupancy analytics
--Air quality monitoring
--Energy monitoring
These technologies created a digital twin of the campus, providing real-time data and insights into actual space usage and environmental conditions. This approach allowed the university to optimise space management needs based on concrete data rather than perceived shortages.
Additional Information
Key Benefits
Data-Driven Decision Making: SmartViz's insights enabled university leaders to make informed choices about space utilisation, avoiding unnecessary construction.
Improved Space Efficiency: Understanding usage patterns allowed for strategic reconfiguration of existing spaces, enhancing functionality without new buildings.
£5.1 Cost Savings: By avoiding new construction, the university saved £5.1 million, which was redirected towards improving existing facilities.
Environmental Impact: The solution revealed potential for over 25% reduction in energy and water usage, supporting the university's net zero emissions goals.
Behavioural Insights: SmartViz uncovered hidden patterns in space utilisation, fostering open discussions on campus planning.
Increased Engagement: The data-driven approach encouraged input from staff and students, leading to a more collaborative and student-centred planning process.
The implementation of SmartViz's space management solution at Cardiff Metropolitan University demonstrates the power of data-driven decision-making in higher education. By leveraging IoT sensors, occupancy analytics, and digital twin technology, the university achieved significant cost savings, improved sustainability, and enhanced the overall campus experience for students and staff alike.
Read the full case study here: Cardiff Metropolitan University SmartViz Case Study
For more information on how SmartViz can help optimise your estate using IoT sensors, building analytics, and digital twins, please contact our team to arrange a demonstration.
Business Impact
Impact
The implementation of SmartViz's solution yielded substantial benefits across multiple areas:
Space Optimisation
£5.1 million saved in capital costs
£102,000 annual reduction in operational costs
Environmental Sustainability
£40,000 annual energy cost savings
483 tonnes of embodied CO2 emissions avoided
66 tonnes annual reduction in CO2 emissions
Identified potential for an additional 25% reduction in energy and water usage across campus
Wellbeing
Enhanced learning environment through improved air quality and temperature control
Identification and optimisation of spaces with suboptimal CO2 levels and temperature
Revenue Generation
Integrated insights from student dwell times, retail data, and campus amenities
Insights to boost student retention, retail revenue, and overall campus engagement