This Is A Production Mgmt Class See Instructions Below This is a production management class assignment involving project network analysis. Students are required to develop a project network diagram based on given activity information, perform forward and backward passes to determine activity start and finish times, calculate slack times, identify the critical path, and assess project duration and schedule sensitivity. The task involves analyzing provided activity data, computing relevant scheduling metrics, and addressing questions about project duration and schedule impact due to activity delays.
Paper For Above instruction Project network analysis is a crucial component in effective project management, enabling managers to visualize task dependencies, determine the critical path, and estimate project duration accurately. In the context of the provided assignment, the process begins with creating a project network diagram based on detailed activity data, followed by rigorous forward and backward scheduling calculations to analyze the timeline and identify critical activities that directly influence the project's completion date. Development of the Project Network Diagram The activities, along with their predecessors and durations, provide the foundation for constructing the project network. The activities are as follows: System design (A): no predecessors, duration 2 days Subsystem A design (B): predecessor A, duration 1 day Subsystem B design (C): predecessor A, duration 1 day Subsystem C design (D): predecessor A, duration 1 day Program A (E): predecessor B, duration 2 days Program B (F): predecessor C, duration 2 days Program C (G): predecessor D, duration 2 days Subsystem A test (H): predecessor E, duration 1 day Subsystem B test (I): predecessor F, duration 1 day Subsystem C test (J): predecessor G, duration 1 day