Live Construction Planning Discussion where we discussed the following topics:
1- Hockey Curve and small change big impact atomic habits.
2- who is responsible for determining the duration of activities, the project manager, the implementation team, the planning engineer.
3- There are activities in the project that I have a great doubt that will be completed on time, what is the solution?
4- How do I make a reference to the productivity rate for the region in which I work?
5- Can you explain or short video using store period performance correctly in p6 and its application and use in large projects.
6-I have a question about delay analysis, how to learn this field, and references that might help from your pov Sir?
7-What would be your approach to define the progress percentages if documents prepared by the engineering office are being constantly rejected by the client in an EPC environment?
8-how can we check that our critical path is correct and how to handle multiple milestones and critical paths?
9-what is the ideal sequence for MEP 2nd fix (HVAC,FF,FA,plumbing,drainage,electrical,elv) prior to false ceiling clearance (for high rise building). Should these activities interlink with soft links?
10- From where can I get the SDK tool program ?
11- I am facing, delay issue currently. there are concurrent delays. what is the best way moving forward… for a contractor.
12-In window analysis what is the window period? it should be limited to baseline duration or we can extend till delay evnts occurs?
13- which one to use while making a baseline, duration, or physical
14- For float, how many days is acceptable?
15-please can you update the schedule in excel and export the same to p6, instead of updating directly on p6
16- can you explain schedule % and performance %
17- What is the best method to addition or omission of project scope into the baseline schedule?
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Tag:addition or omission of project scope, completed on time, critical path, delay analysis, delay issue, determining the duration of activities, float, Hockey Curve, ideal sequence for MEP, period performance, physical duration, productivity rate, progress percentages, schedule % and performance %, the SDK, update the schedule in excel, window analysis