The Maker Space Monitoring Dashboard visualizes indoor environmental data across the floorplan using real-time sensor inputs and spatial heatmaps. Designed for academic and research use, it enables analysis of key parameters such as temperature, humidity, CO2, and thermal comfort (PMV/PPD). Researchers can explore temporal trends, assess comfort conditions, and evaluate indoor air quality to support data-driven insights.
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Presented this as a design reference in our UX for IoT lecture. Nicely done and easy to follow.
This was presented in our faculty meeting as a model case. While context-specific, it sparked useful research ideas.
Great for benchmarking design strategies. We’re using this to refine our indoor sensing layout.
A good reference for balancing academic data needs with usability. We’ve shared it with several departments.
We used this as a discussion point in our IAQ workshop. Great conversation starter for data ethics and real-world deployment.
Inspired by the clarity and focus of this dashboard. Helped us write our own spec for visual IAQ reports.
We shared this tool in our seminar on smart buildings – an excellent educational example of integrated environmental monitoring.
Our university is considering building a similar tool. This dashboard has provided a solid visual and functional baseline.
The integration of real-time data and spatial heatmaps makes this a solid learning resource for our students working on environmental monitoring projects.
Would love a modular version for our own lab, but even as-is it’s been useful to study and reverse-engineer for learning.
Great for benchmarking design strategies. We’re using this to refine our indoor sensing layout.
Strong example of environmental HCI. We cited it in our recent academic proposal on smart indoor systems.
Love how it combines comfort metrics with environmental factors. Great for teaching students about PMV, PPD, and IAQ relationships.
Great for benchmarking design strategies. We’re using this to refine our indoor sensing layout.
A practical demonstration of how spatial sensing can be embedded into research-grade interfaces. Thank you!
Not directly usable, but the flow of data and the visuals offer a valuable learning experience for our environmental data science course.
Even though it’s not customizable for other spaces, it’s an excellent reference for building monitoring interface design.
Students found this intuitive and engaging. Definitely helps them grasp IAQ challenges and monitoring strategies.
Really appreciate how clearly the data is presented. While we can't use this dashboard directly, it inspires how we approach our lab’s sensor data mapping.
Serves as a great model for integrating environmental sensor data in user-friendly interfaces. Looking to replicate the structure for our pilot.
Very good case of localized monitoring that communicates broader design principles for IAQ tools.
A practical demonstration of how spatial sensing can be embedded into research-grade interfaces. Thank you!
This dashboard offers great insight into how environmental data can be visualized effectively. It’s a helpful reference for designing our own IAQ research tools.
This was presented in our faculty meeting as a model case. While context-specific, it sparked useful research ideas.
This example has helped our thesis group plan our data collection and visualization goals. Thanks for sharing it openly.
The integration of real-time data and spatial heatmaps makes this a solid learning resource for our students working on environmental monitoring projects.
Students found this intuitive and engaging. Definitely helps them grasp IAQ challenges and monitoring strategies.
This dashboard sparked a lot of ideas for our environmental engineering curriculum – especially around spatial awareness and sensor placement.
A good reference for balancing academic data needs with usability. We’ve shared it with several departments.
Very insightful use of data interpolation. It has given us ideas for a prototype we’re building with our own data.
Fantastic demonstration of how to link sensor data with real-world comfort mapping. We’ll be building something similar for our new research center.
Great for benchmarking design strategies. We’re using this to refine our indoor sensing layout.
Presented this as a design reference in our UX for IoT lecture. Nicely done and easy to follow.
This dashboard offers great insight into how environmental data can be visualized effectively. It’s a helpful reference for designing our own IAQ research tools.
Would love a modular version for our own lab, but even as-is it’s been useful to study and reverse-engineer for learning.
Our architecture students reviewed this as part of their sustainable design studio. Strong example of how IAQ integrates with spatial planning.
We're referencing this design in our proposal for a new lab monitoring setup. Very informative example, even if we can't deploy it as-is.
Not something we can deploy, but certainly something we can learn from. Great integration of spatial logic and sensor feedback.
Your visualization of temperature and PMV across space is one of the clearest we’ve seen. It’s become part of our teaching toolkit.
A practical demonstration of how spatial sensing can be embedded into research-grade interfaces. Thank you!
Even if not plug-and-play, it’s helping shape our thinking on IAQ data reporting and visualization.
The best example we’ve found for combining comfort models and indoor mapping. Very helpful in shaping our research dashboard.
Clear, well-structured, and informative. We discussed this in a panel on educational tools for environmental sensing.
Though tailored to a specific space, this dashboard is an informative case study in IAQ visualization for academic environments.
Our architecture students reviewed this as part of their sustainable design studio. Strong example of how IAQ integrates with spatial planning.
Presented this as a design reference in our UX for IoT lecture. Nicely done and easy to follow.
Even without direct application, this is a strong framework for understanding the fundamentals of IAQ dashboards.
Students found this intuitive and engaging. Definitely helps them grasp IAQ challenges and monitoring strategies.
Clean interface and meaningful visuals. Useful inspiration for our building analytics coursework.
A practical demonstration of how spatial sensing can be embedded into research-grade interfaces. Thank you!