action Estimating; and Scheduling Planning, ~

) Department of Engineering Technology Grambling State University Grambling, Louisiana 71245 Course: CET 302 ~ Planning, Scheduling and Estimating; Section 1;~- spring 2023Test 2 (60 pts.) Define briefly the following project delivery methods as discussed in class: (a). Design-Bid-Build; (b). Design-Bid-Build-Multi-Prime; (c). Design-Build; (d). Public Private Partnership; (e). Construction Manager/General Contractor or Construction Manager-at-Risk; and (f). Construction Manager-as-Agent. Sketch a simple organizational flowchart of the following delivery methods that show the key participants. (a). Design-Bid-Build; (b). Construction Manager-at-Risk/Construction Manager/General Contractor; (c)I. Design-Build. (a). List three different methods of awarding contracts and briefly explain each of the methods. (b). List five different methods of contract payments and briefly explain each of the methods. The designer’s and the contractor’s estimates provide the owner the probable cost of the project which in deed constitutes the capital project cost. List any five items that are included in the capital project cost estimate of a project provided to an owner. Briefly explain how a project management in genéral business is similar to a project management in the construction industry. . What is the meaning of the term “dynamic construction” plant? Describe what the non-standardized process in the building process means, as compared with what it means‘in the manufacturing industry. Describe three critical factors that increase the need for organized project planning and scheduling in the construction industry. What is the purpose of work breakdown structure (WBS) in the construction industry? List three reasons for the use of WBS in construction industry. (a). (b). (c). 10. Name the key players in the construction process and explain the role of each player. Spring 2020; Test 2 (60 pts.) Section If the arrow head poin ting to the end of an acti vity . Compute the forward and the bac kward passes in order to.determine the dura tion of the project. Compute the tota l float, the free float, and the critical path. (60 pts.) Elcetical Wonk Doors & Windows One Beginning Nehvork Event q 3) al (3) . Grading Wark (6) i Tostull Funee (ty Legend . (2) . ive Duenion Doyinning Event 7) Aulivily Description Enving Even —(D) Q . di Beginning Event Number Ending Event Number Figure 1 Arrow Diagram Network with One Begi nning Network Event . Course: CET302 Grambling State University Department Engineering Technology – Planning Grambling, Louisiana 71245 & Scheduling; Section TIL Spring 2020; Test 2 (60 pts.) : 1. On 8.5 in. X 11 in. Paper, prepare a quantity take-off in tabular form of the following materials for the plan and section in Figure“Lbelow. (60 pts.) (a). Concrete footings; (b). Concrete walls; (c). Concrete slab. _ote i a AP iia. 4 SS) neoom |) ] 35’~0? 50′- . . + PLAN 4? CONC. ON ped a= as od 15′-9? 0? FOUNDATION He RE TAP TM cs gi. 6? 4 gt ee y FIRST FLOOR PLAN ato” [e

action Estimating; and Scheduling Planning, ~

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