into Northeastern Pa fire code, system cost estimates/comparisons, and interviewing fire system experts would also be a necessity. An overhaul of The Student Life Building’s fire suppression system would also affect the other two buildings on campus, however using the building as a case study for the campus could be beneficial. This analysis would be a mechanical breadth topic for the spring semester. It also would have a strong value engineering connection because of the comparison of multiple systems. Finally, the constructability of the system would play a large part in whether or not it would the desired option. The labor and raw material cost of installing two sets of sprinkler heads was the initial reason I decided to analyze the system. Roof Redesign Northampton Community College chose a very distinct aesthetic design when approving the plans for the Monroe Campus. As discussed earlier, the mix of classic and modern materials are a reference to the sister campus’ and a way of setting the new campus apart. Strong linear patterns are one theme that is carried throughout the three buildings. The most prominent lines are the sloped roofs. Above each half of the building are roofs that slope like v’s indicating the two separate spaces. They act as two markers above the gymnasium above the cafeteria, pointing out where the action will take place. Tannersville is located in Northeastern Pa, an area known for its harsh winters. Despite having drains in the area, snow and ice will undoubtedly build up in the crevices of the sloped roofs. The roof pitch is supported properly, however build up in these areas may cause failure. This would have to be an excessive buildup and maintenance teams would most likely recognize the problem well in advance. The area for analysis of the roof would be the material chosen to construct it. As discussed, water and ice will inevitably run into the crevices, and the roofing material used is simply not strong enough to handle to conditions. The projects specifications call for a single ply TPO- a synthetic material made from plastic and rubber. This is a fairly new material that would be durable and cost effective, if not for the roofs slope and the
into Northeastern Pa fire code, system cost estimates/comparisons, and interviewing fire system experts would also be a necessity. An overhaul of The Student Life Building’s fire suppression system would also affect the other two buildings on campus, however using the building as a case study for the campus could be beneficial. This analysis would be a mechanical breadth topic for the spring semester. It also would have a strong value engineering connection because of the comparison of multiple systems. Finally, the constructability of the system would play a large part in whether or not it would the desired option. The labor and raw material cost of installing two sets of sprinkler heads was the initial reason I decided to analyze the system. Roof Redesign Northampton Community College chose a very distinct aesthetic design when approving the plans for the Monroe Campus. As discussed earlier, the mix of classic and modern materials are a reference to the sister campus’ and a way of setting the new campus apart. Strong linear patterns are one theme that is carried throughout the three buildings. The most prominent lines are the sloped roofs. Above each half of the building are roofs that slope like v’s indicating the two separate spaces. They act as two markers above the gymnasium above the cafeteria, pointing out where the action will take place. Tannersville is located in Northeastern Pa, an area known for its harsh winters. Despite having drains in the area, snow and ice will undoubtedly build up in the crevices of the sloped roofs. The roof pitch is supported properly, however build up in these areas may cause failure. This would have to be an excessive buildup and maintenance teams would most likely recognize the problem well in advance. The area for analysis of the roof would be the material chosen to construct it. As discussed, water and ice will inevitably run into the crevices, and the roofing material used is simply not strong enough to handle to conditions. The projects specifications call for a single ply TPO- a synthetic material made from plastic and rubber. This is a fairly new material that would be durable and cost effective, if not for the roofs slope and the
THESISproposalupdate3.10.docx