00000nam a22000004a 4500 UP-8027390931311588065 Buklod 20250627102117.0 m |o d | ta 250212s2024 xxu r |||| u|eng d DARC rda eng LG 993.5 2024 A7 B35 Baldo, Gino Christian B. author. Tutuban revival reinstating the 1887 Tutuban Station as the terminus of the PNR Long Haul through a historically regenerative concourse expansion Gino Christian B. Baldo ; Simoun T. Ong, adviser. Quezon City College of Architecture, University of the Philippines Diliman June 2024. 242 leaves, 73 unnumbered folded leaves of plates illustrations (some color) 28 cm. text rdacontent unmediated rdamedia volume rdacarrier Include appendices Thesis (Bachelor of Science in Architecture) -- University of the Philippines Diliman June 2024. Within the decade, Metro Manila is set to be directly connected to the furthest reaches of the island of Luzon by railroad. The PNR Long Haul is the revival of the expansive regional rail service that once spanned the island a hundred years ago. Despite this historic undertaking, no plans have been put forward for the simultaneous revival of its historic nucleus: Tutuban Station in Tondo, which for decades has remained an entrance to a commercial complex. The author believes that the 1887 terminal’s historic, cultural, and nationally significant qualities are not optimized in its current condition and posits the possibility of it being repurposed back as a functional train station. The project focuses on train station design and working around the constraints of conservation to create a historically faithful expansion to the Old Terminal that will enable Tutuban Station to once again serve long-distance intercity rail travel. With the country sorely deficient in conserving other edifices of the past, addressing the potential historical value of overlooked heritage buildings through revivals can help in establishing appreciation for what made them so historically relevant in the first place. Railroad stations Tutuban. Railroad stations Conservation Tutuban. Adaptive reuse. Ong, Simoun T. thesis adviser. Thesis FI UPD DARC LG 993.5 2024 A7 B35 Thesis