Development of an automated room divider and curtain with integrated acoustic noise reduction/ Gaverielle Keithjosh A. Angeles, Arjie Rose G. Conge, Alexes R. Estepa, Frank Cesar B. Jose, Chantal P. Delaney Miralles, and Miguel Gabriel D. Pascual.--

Bachelor's thesis

College of Engineering.-- Bachelor of science in electrical engineering: Technological University of the Philippines, 2025.

Includes bibliographic references and index.

This study focused on the development of an automated motorized room divider and
curtain system with integrated acoustic noise reduction, designed specifically for Rooms
41 and 42 of the College of Engineering at the Technological University of the Philippines.
The primary goal was to address the issues caused by the existing manually operated
partition, which lacked sound insulation and disrupted classroom activities. To achieve
this, the researchers designed and implemented a motorized divider system equipped with
electrical control mechanisms and soundproofing materials such as Duco panel boards,
Duco acrylic paint, rubber spacers, and sound insulation rubber. The system was evaluated
based on parameters including opening and closing speed, noise level, emergency stop
response, and soundproofing effectiveness. While several technical challenges were
encountered during testing such as wiring misconfigurations, motor calibration errors, and
synchronization issues most were resolved through iterative improvements. The final
prototype demonstrated successful noise reduction and functional automation, although
some mechanical and interface aspects require further refinement. Overall, the project
showcased the feasibility of using automated, sound-reducing dividers to improve spatial
flexibility and acoustic comfort in academic settings.