
The students will gain insights about Program Evaluation and Review Techniques
Learn how PERT and CPM optimize project timelines by identifying the critical path, estimating activity durations with optimistic, most likely, and pessimistic times, and calculating floats and probabilities.
The students will be able to solve practical problems on PERT
The CPM method identifies critical activities in a project, enabling managers to assign responsibility, prevent delays, and ensure timely completion by prioritizing crucial tasks over non-critical ones.
Learn practical CPM techniques for project management by identifying the longest project activities and calculating activity times from optimistic, most likely, and pessimistic estimates to determine total duration.
Explore how to calculate es, ef, ls, lf, and tf to analyze and manage project schedules in PERT and CPM.
this case study applies pert and cpm to estimate project duration, compute expected activity times from optimistic, most likely, and pessimistic values, and identify critical activities using standard deviation.
Learn how to handle practical CPM problems with dummy activities. Clarify when to use dummy links and how to connect activities from the same event to determine scheduling.
Explore typical predecessor relationships in CPM and PERT, and learn how to analyze activity sequences and planning decisions within project management.
This course is designed to explain the Mechanism of PERT & CPM. This course gives a detailed account of the concepts and formulae used in Program Evaluation and Review Techniques & Critical Path Method. The process of estimating the probability of completing the project within the specific time duration is discussed in this course alongwith the detailed calculation of Critical Path. The Critical Path is estimated alongwith various Floats like Total Float, Free Float and Independent Float.