re not connected a) Scheduling-CEEI369].pcxl+ ﹀ cal/Packages/microsoft windowscommunicationsapps Bwekyb3d8bbwe/LocalState/Files/so/187/Sche CES-CEE Scheduling Pick a Civil Engineering Project...
re not connected a) Scheduling-CEEI369].pcxl+ ﹀ cal/Packages/microsoft windowscommunicationsapps Bwekyb3d8bbwe/LocalState/Files/so/187/Sche CES-CEE Scheduling Pick a Civil Engineering Project and divide it into a reasonable number of tasks (10) to make this an interesting, but not onerous, assignment. Turn in (1) a Task Table like the one I used to introduce the in-class scheduling problem, (2) an Arrow Diagram (showing completed passes and critical path), (3) a Gantt Chart (common bar chart), and (4) a Modified Bar Chart. No Resource leveling or crashing! I recommend making the arrow diagram first. Make it easy to compare task table to Arrow Diagrams (put letters and node numbers in both). 25 pts Example projects include shopping centers, skyscrapers, bridges, road interchanges, landfills, water treatment plants, dams, foundations, commuter systems, residential developments, etc. This should be handwritten on Engineering Paper The Task Table should have the following columns: Activity (assign each activity a letterl Description; Duration; and Prerequisite(s). Include the activity letters on the Arrow Dlagram. The Arrow Diagram must include some branches! This gives you another chance to see the relationship between Task Table and Arrow Diagram. The left most column of the Gantt and Modified Bar Charts must contain the node to node designation of each task, eg, 1-2, 2-3, etc. Gantt charts just contain horizontal bars. The Modified Bar Chart has bars for the critical path, two parallel lines for off-critical path activities and vertical lines representing nodes/events F9 F10 F1 F12 F7 F8 F4 FS F