Students at the European University of Tirana have actively integrated the laboratory equipment purchased through the SmartWB project into hands-on coursework in both Construction Sciences and Architecture Technology. In Construction Sciences, thermohygrometers and multi-sensor temperature probes are used to accurately measure and analyze U-values for various building materials, enabling detailed evaluations of thermal insulation efficiency and energy performance. Humidity and temperature probes further aid in assessing material durability and indoor environmental conditions, while anemometers help students gauge airflow rates and HVAC performance to maintain balanced ventilation and optimize energy usage. Non-contact tachometers allow for reliable diagnostics and maintenance of construction machinery, ensuring mechanical systems function at their best. Blower door kits, such as the Smoke Pencil Pro Field Kit, empower students to measure building airtightness firsthand, highlighting the importance of minimizing air leakage to improve energy efficiency and occupant comfort.
In Architecture Technology, the focus on sustainable design principles is reinforced through these same instruments, as students utilize data on temperature, humidity, and airflow to create healthier and more efficient indoor environments. Anemometers are also employed to study urban wind flow, informing urban design strategies that enhance outdoor comfort and microclimates. Meanwhile, specialized software tools like Agisoft Metashape facilitate advanced 3D modeling and spatial data analysis, allowing students to develop detailed digital representations of buildings and urban landscapes. By employing drone imaging to capture the European University of Tirana campus, students further refine their modeling skills, transforming real-world structures into immersive 3D models that bridge theory with practice.
