Engineering
Explore the profile →Industry engineering profile
Sensing, simulation, controls, and decision-support systems developed around real building and occupant questions.
The approach
The engineering portfolio develops and evaluates sensing, simulation, control, and decision-support workflows for buildings and occupants. The emphasis is end-to-end ownership: requirements, architecture, implementation, testing, results, and verification.
Methods and technical evidence ↗Evidence at a glance
01 / Connected systems
Environmental sensors, Raspberry Pi, Pico W, MQTT, cellular and cloud routing, workflow automation, dashboards, surveys, and messaging.
Methods and technical evidence ↗02 / Building performance
EnergyPlus, TRNSYS/TRNBUILD, Radiance, Ladybug/Honeybee, envelope analysis, daylight, glare, thermal comfort, and system comparison.
Methods and technical evidence ↗03 / Computation
Rhino/Grasshopper, multi-objective optimization, Python workflows, regression, neural networks, PCA, clustering, and surrogate modeling.
Methods and technical evidence ↗04 / Verification
Traceable assumptions, sensitivity studies, held-out comparisons, field troubleshooting, QA, and reproducible reporting.
Methods and technical evidence ↗Industry translation
Requirements, interfaces, component selection, sensitivity analysis, technical reporting, and coordination across engineers, researchers, and designers.
Data center engineering ↗Explore the tools
Run thermal scenarios, inspect system pathways, compare simulation results, and explore decision frameworks.
Open the lab ↗Flagship work
Connected sensing, adaptive facades, whole-building performance, HVAC sensitivity, and predictive modeling.
14 projects · All engineering work
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05Related work
Related engineering work adds integrated performance studies, field sensing, decision prototypes, healthcare systems, and adaptive reuse.
01Operate a 24-rack data hall and inspect the effect of containment, fan speed, cooling-unit availability, and outdoor temperature on thermal margin.
02Daylight, energy, comfort, HVAC, envelope, and detail studies developed alongside the NEO-TULOU architectural proposal.
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05A decision-support framework for prioritizing school investments across resources, urgency, regulation, uncertainty, equity, stakeholders, and governance.
06A third-place healthcare concept combining behavioral-health planning, a calmer patient experience, and an integrated all-outdoor-air HVAC strategy.
A Wells–Riley analysis comparing outdoor-air ventilation and portable-air-cleaner capacity for infection-risk control in a sports-center scenario.
08Comparative climate and precedent analysis connecting Guilan’s humid-climate passive strategies with contemporary overheating questions in Philadelphia housing.
09An adaptive-reuse proposal transforming an existing site in Lecco into a hiking and mountain-sports hub with renewed circulation, envelope, and public identity.
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