LINEAR SCHEDULING METHOD FOR HIGH RISE BUILDING CONSTRUCTION
PLANNING ENGINEER’S BOOSTER CAMP
FEBRUARY 2015 FIRST PACIFIC LEADERSHIP ACADEMY BY ENGR. ARNIE L. SY
WHAT ARE LINEAR PROJECTS Linear project is where a series of crews move, in sequence, along a specific path or location having a repetitive activities during construction. • • • • • •
Roads / Highway Rail System Bridges / Viaducts Tunnels Pipe lines High-rise Building
LINEAR SCHEDULING METHOD Usually being used on Roadways, Rail System and Pipeline projects, Linear Scheduling Method (LSM) is a graphical scheduling method focusing on continuous resource utilization in repetitive activities. Also known as: Line of Balance Method Time-Location Chart Time-Chainage Diagram Time-Distance Diagram March Chart • • • • •
LSM vs CPM (or Traditional Gantt Chart) LSM schedules are easier to understand: •
•
•
•
They show a direct connection to the layout of the site, pointing out what is build at which place. Overleaping activities (clashes) can be detected easily. They show a clear understanding of the effect of the rate of production (by the slope of the line) They show the effect of contract and other constraints in both time and location. They show the philosophy of the project to management and the client in a clear and immediate fashion.
COMPONENTS OF LSM Example Linear Schedule for Road/Bridge Project LOCATION
TIME
ACTIVITIES
How do I read LSM schedules??? Example Linear Schedule for Road/Bridge Project Linear schedules can communicate more information because of the way distance related data is assigned to each individual task. The link between site and schedule information enables a quicker and deeper understanding of the construction plan.
How do I read LSM schedules??? Example Linear Schedule for Road/Bridge Project The distance axis is typically horizontal and the time axis is vertical (although this can be reversed). Furthermore, the slope of the task line indicates the speed or productivity rate of the crew performing the work in the field.
How do I read LSM schedules??? Example Linear Schedule for Road/Bridge Project Task lines that overlap indicate possible pitfalls and show that the construction plan does not work.
How do I read LSM schedules??? Example Linear Schedule for Road/Bridge Project Non-linear activities, where the crew is stationary, are represented by block tasks. Examples include block valve installations, road bores or bridge foundation work.
How do I read LSM schedules??? Example Linear Schedule for Road/Bridge Project Restricted areas do not allow the planning of tasks in a given time and distance window because of permitting issues preventing land access or environmental issues (such as bird areas or rare plants). Clash detection highlights which tasks collide with one another.
LSM For High-Rise Building Project Example of LSM schedule for High-Rise Building Project
Exterior Wall
Location (Floor)
Dry Works / Finishes Structural
Wet Works
Time
How do I make LSM Schedules????? LSM schedules are often hand drawn, prepared in Microsoft Excel or in a drawing program such as AutoCAD. SEDA VERTIS HOTEL PROJECT MASTER CONSTRU CTION PROG RAMME REV D - TIME LOCATION DIAGRA M 2013
FLOOR LEVEL
2014
OCT NOV DEC JAN FEB MARAPR
-2
-1
MR RD
1
2
3
MAY JUN
4
5
6
3 1 0 2 , 8 1 R E
24 23 22 21 20 19 18 17 16 15 14 12 11 10 9 8 7 6 5 4
0
B M E C E D : E N O Y A D
IT M R E P G IN D LI U B F O G N LII F
3 2M 2 GF
) 4 1 0 2 , 0
3 IL R P (A E G A K C A P D L I U B D N A N IG S E D G IN D IL U B E S A B S C O D T C A R T N O C / P T N
JUL AUG SE P OCT NOV D EC JAN FEB MARAP
7
REV. D June 02, 2014
2015 8
9
10
11
12
13
14
15
R
2016
AY JUN JUL AUG SEP OCT NO V DEC JAN FEB MARAPR
16
17
18
N IO T A IZ LI B O M D N A T N E M E R U C O R P R O T C A R T N O C B U S + L A V O R P P A B P O / P P W
19
20
21
22
23
25
26
27
2017
MAY JUN JUL A UG SEP OCT NOV DEC JAN FEB MARAP
28
29
30
D E V O M E R E N A R C R E
W O T
31
32
33
34
35
D E V O
M E R . V E L E N ' T S N O C
36
N O R E
W O P / N IO T A IZ G R E N E
-1 -2
Utilization of Basement 1&2 for Warehousing and Offices
-3 WL / FDN Ea r t h w o r k s Structu raW l o rks In te ri orParti ti on i ng Wate rp ro of i n g&Se al ants Wi ndo w s&Gl as s
Ex te ri orWal l s Gue s tf l oo rsIDWork s Gue s tf l oo rsPun ch l i s ti n g&Cl e an- up Fro nto f Ho us e , F&Bare as IDFi t- ou t BackofHous eIDFi t- o ut
Po di u m/ Bs m ntBas i cA rch'lWork s
Co ncre teRub be dFi ni s hi n g/Mak eGoo d
Ex te ri orSto neFi n i s h Ex te ri orPai n ti n gWork s El e v atorWork s +T&C+Cab i nFi ni s he s Sw i m mi n gP ooW l ork s
For over-all view of construction schedule. Shown Schedule at +- 1 week tolerance
37
R
38
39
C D /M A D E C /S D C M M : C P & A T T E N I G O A J: T S C T & S T 1 E G A T S D N 2
S N O I T A R E P O A D E S F O G IN IN A R T : C & T E G A T S D R 3
40
R E V -O D N A H : C & T E G A T S H T 4
Disadvantages of using Spreadsheets and/or CADD in making LSM Schedules • •
•
•
Drawing is time consuming Objects are static. You need to manually modify each object whenever there are changes or updates on the programme. It is very difficult to integrate a working calendar on the LSM schedules drawn on spreadsheet or CADD. Thus providing a schedule with lack of considerations on non-working days. Cannot be loaded with resources and/or cost.
Is there an easier way to create LSM schedules? Linear planning and scheduling software that automates the development of the plan and progressing is relatively recent (last 15 years or so).
Sample LSM Schedule created in TiLOS
Achieving LSM in Pri mavera P6 R8.2 or later Primavera P6 is a powerful scheduling software widely use in construction industry but is not designed to provide a Linear Scheduling Method such as with TiLOS. However, there is a work-around to achieveLSM look Primavera Schedule Lay-out by using Activity Codes and Bar Formatting
Linear Scheduling in Primavera P6 SAMPLE PROJECT: 25 Storey High-Rise Building with Typical Floor Level Assumptions: •
•
•
•
All floor levels are typical and all activities are the same Structural works will be done via two (2) zones per floor at the rate of 12 working day cycle per floor 3 Floors behind active floor are supported (shored) Dryworks to come in 6 floors below sealed floors (watertight floors)
1. Create Project and Set-up Calendars
Make sure to define all non-working days and holidays in the construction calendar
2. Set-up the first level WBS on a location basis (Floor Level) 3. Breakdown the 1st typical floor on next level of detail
3. Define activities for typical floors and their durations and properly link each task.
4. Create an Activity Code using trades of work and assign to corresponding activities
5. Copy the 2nd level WBS on all typical floor levels to populate the activities
6. Go to Activity Window and coll apse WBS grouping to Floor level. SAVE LAY-OUT TIME
LOCATION
7. Go to Bars (Right click on bar chart area then Bars) and delete all bar formats until one is left.
8. Click on Filter and clear filters by choosing checking “All Activities”
9. Add New Filter with name: LSM Structural using parameter below:
Once done, apply the Newly Created Filter
10. Rename the Bar to “Structural Works” and
change the Bar Style as you prefer.
Change Also the Timescale value to “Current Bar”
11. Under the Bar Settings, check the box named “Show bar when collapsed”
12. Apply changes and close Bar Tab.
Now we have our bars for the structural works Let’s do it on the MEPF 1st Fix activities
13. Again, Create Bar and define filter using the activity code value MEPF 1st Fix
14. Change Bar Styles and then apply and close Bar Tab.
We can now see both Structural works activities and MEPF 1st Fix activities on each Floors at the same row
14. Repeat the Process until we define all the Bars for all activities needed to show on LSM layout
Notice that some of the bars may overlap to each other making other bars not visible when collapsed to floor level grouping
15. To make all bars visible in collapsed grouping, adjust the bar rows of overlapping bars
We now have our activities in LSM lay-out differentiated from each other
Not all activities can or need be shown in the LSM Layout as the more activities you want to see on the chart, the more complex it will be. Choose only those activities that are with great importance and impact to the totality of the programme.
16. Define relationships of activities from different locations (floor levels).
Since we already define the relationships of all activities within each floor, other activities will be scheduled following the structural works
Since we already define the relationships of all activities within each floor, other activities will be scheduled following the structural works
12 working days
We can easily see that the productivity rate of the structural works is 2 floors per month
The next thing to do is to establish the general relationships of succeeding activities on the programme
17. Relationship between Structural works and Wet works: We can easily filter those activities we only need to link to each other i.e. below for Structural works and Exterior Masonry (as the first activity on wet works.
17. Relationship between Structural works and Wet works: At our assumptions lately, we allow 3 floors behind active floor to be supported by scaffoldings/shorings. Active Floor Z1 Active Floor Z2 6F
3 Floors Supported behind active level
5F < First Set of Formworks & Scaffoli dings supporting active le vel , 6F Z1 4F < 2nd Set of Formworks & Scaffol dings supporting 5F Z1 3F < Reshore supporting 4F Z1 (100%) 2F < Reshore supporting 3F Z1 (50%) GF < Last Floor Cle ared of Shorings
Thus, we allow wet works to come in five floor behind the active level. This makes Exterior Masonry at GF starts after Structural of 5F
18. Link all Exterior Masonry to each other through FS relationship to induce a domino effect on the Structural Works – Wet Works relationship.
After scheduling the activities, this will now be the look of our construction programme in LSM Lay-out
Next is to establish relationship between WET and DRY works.
19. Relationship between WET works and DRY works: At our assumptions lately, we allow Dryworks to come in 6 floors below sealed floors (watertight floors) •
On our programme, Dryworks will start on installation of Ceiling and Drywall Boards and each floor levels are sealed or watertight once windows are installed and waterproofing works are done. Thus, we only need to filter three activities on our programme which are as follows: Windows Waterproofing Dry Wall & Ceiling Boards • • •
Filter Lay-out showing only Windows, Waterproofing and Drywall and Ceiling Bo ards activities
Again, to interpret our assumption, Drywall and Ceiling boards will start after the windows and waterproofing activities on 6th Floor level
To reflect the relationship to all floors, link all Drywall and Ceiling Boards FS to each other
LSM LOOK Schedule Lay-out in Primavera P6 R8.2
Add some modifications, reverse the order of Floor by assigning an activity code and changing the grouping, edit the print lay-out and… Activity ID
RD L25
Origi nal St ar t uration 174 14-Mar-16 336 29-Feb-16
F in ish
2015 J an Fe b M ar Apr M ay Ju n J u l -1 1 2 3 4 5 6 7
Au g 8
2 0 16 Se p O ct N ov De c J an Fe b 9 10 11 12 13 14 15
M ar Apr M ay Ju n J u l Au g Se p 16 17 18 19 20 21 22 23
20 17 O ct N ov De c J an Fe b M ar 24 25 2 6 27 28 2 9 30
Apr
M ay Ju n
21-Oct-16 02-May-17
L24
336 15-Feb-16
17-Apr-17
L23
336 30-Jan-16
30-Mar-17
L22
336 16-Jan-16
16-Mar-17
L21
336 29-Dec-15
02-Mar-17
L20
336 11-Dec-15
16-Feb-17
L19
336 26-Nov-15
02-Feb-17
L18
336 11-Nov-15
18-Jan-17
L17
336 26-Oct-15
04-Jan-17
L16
336 10-Oct-15
16-Dec-16
L15
336 25-Sep-15
02-Dec-16
L14
336 09-Sep-15
16-Nov-16
L13
336 24-Aug-15
28-Oct-16
L12
336 05-Aug-15
14-Oct-16
L11
336 21-Jul-15
29-Sep-16
L10
336 04-Jul-15
13-Sep-16
L09
336 19-Jun-15
27-Aug-16
L08
336 04-Jun-15
11-Aug-16
L07
336 20-May-15
L06
336 06-May-15
12-Jul-16
L05
336 21-Apr-15
24-Jun-16
L04
336 06-Apr-15
09-Jun-16
L03
336 19-Mar-15
26-May-16
L02
336 05-Mar-15
12-May-16
L01
336 18-Feb-15
28-Apr-16
FDN
24 04-Feb-15
04-Mar-15
27-Jul-16
SEE & APPRECIATE THE ENTIRE PROGRAMME IN ONE PAGE!!!
ul
Activity ID
RD L25
Origi nal St ar t uration 174 14-Mar-16 336 29-Feb-16
F in ish
2015 J an Fe b M ar Apr M ay Ju n J u l -1 1 2 3 4 5 6 7
Au g 8
2 0 16 Se p O ct N ov De c J an Fe b 9 10 11 12 13 14 15
M ar Apr M ay Ju n J u l Au g Se p 16 17 18 19 20 21 22 23
20 17 O ct N ov De c J an Fe b M ar 24 25 2 6 27 28 2 9 30
Apr
M ay Ju n
ul
21-Oct-16 02-May-17
L24
336 15-Feb-16
17-Apr-17
L23
336 30-Jan-16
30-Mar-17
L22
336 16-Jan-16
16-Mar-17
L21
336 29-Dec-15
02-Mar-17
L20
336 11-Dec-15
16-Feb-17
L19
336 26-Nov-15
02-Feb-17
L18
336 11-Nov-15
18-Jan-17
L17
336 26-Oct-15
04-Jan-17
L16
336 10-Oct-15
16-Dec-16
L15
336 25-Sep-15
02-Dec-16
L14
336 09-Sep-15
16-Nov-16
L13
336 24-Aug-15
28-Oct-16
L12
336 05-Aug-15
14-Oct-16
L11
336 21-Jul-15
29-Sep-16
L10
336 04-Jul-15
13-Sep-16
L09
336 19-Jun-15
27-Aug-16
L08
336 04-Jun-15
11-Aug-16
L07
336 20-May-15
L06
336 06-May-15
12-Jul-16
L05
336 21-Apr-15
24-Jun-16
L04
336 06-Apr-15
09-Jun-16
L03
336 19-Mar-15
26-May-16
L02
336 05-Mar-15
12-May-16
L01
336 18-Feb-15
28-Apr-16
FDN
24 04-Feb-15
04-Mar-15
27-Jul-16
We can see WHAT ACTIVITIES has to be done
at WHICH SPECIFIC PLACE
on every SPECIFIC PERIOD OF TIME
FOR EXAMPLE: WE WANT TO KNOW THE PROJECT STATUS BY THE END OF 2015 AS PER OUR PROGRAMME. Activity ID
RD L25
Origi nal St ar t uration 174 14-Mar-16 336 29-Feb-16
F in ish
21-Oct-16 02-May-17
L24
336 15-Feb-16
17-Apr-17
L23
336 30-Jan-16
30-Mar-17
L22
336 16-Jan-16
16-Mar-17
L21
336 29-Dec-15
02-Mar-17
L20
336 11-Dec-15
16-Feb-17
L19
336 26-Nov-15
02-Feb-17
L18
336 11-Nov-15
18-Jan-17
L17
336 26-Oct-15
04-Jan-17
L16
336 10-Oct-15
16-Dec-16
L15
336 25-Sep-15
02-Dec-16
L14
336 09-Sep-15
16-Nov-16
L13
336 24-Aug-15
28-Oct-16
L12
336 05-Aug-15
14-Oct-16
L11
336 21-Jul-15
29-Sep-16
L10
336 04-Jul-15
13-Sep-16
L09
336 19-Jun-15
27-Aug-16
L08
336 04-Jun-15
11-Aug-16
L07
336 20-May-15
L06
336 06-May-15
12-Jul-16
L05
336 21-Apr-15
24-Jun-16
L04
336 06-Apr-15
09-Jun-16
L03
336 19-Mar-15
26-May-16
L02
336 05-Mar-15
12-May-16
L01
336 18-Feb-15
28-Apr-16
FDN
24 04-Feb-15
04-Mar-15
27-Jul-16
2015 J an Fe b M ar Apr M ay Ju n J u l -1 1 2 3 4 5 6 7
Au g 8
2 0 16 Se p O ct N ov De c J an Fe b 9 10 11 12 13 14 15
M ar Apr M ay Ju n J u l Au g Se p 16 17 18 19 20 21 22 23
20 17 O ct N ov De c J an Fe b M ar 24 25 2 6 27 28 2 9 30
Apr
M ay Ju n
ul
Activity ID
RD
Origi nal St ar t uration 174 14-Mar-16
F in ish J an F eb M ar -1 1 2 3 21-Oct-16
Apr 4
2015 M ay Ju n J u l 5 6 7 8
Au g Se p O ct 9 1 0 11
N ov
D ec
RD L25
L25
336 29-Feb-16
02-May-17
L24
336 15-Feb-16
17-Apr-17
L24
L23
336 30-Jan-16
30-Mar-17
L23
L22
336 16-Jan-16
16-Mar-17
L21
336 29-Dec-15
02-Mar-17
L22 L21
L20
336 11-Dec-15
16-Feb-17
L19
336 26-Nov-15
02-Feb-17
L18
336 11-Nov-15
18-Jan-17
L17
336 26-Oct-15
04-Jan-17
L16
336 10-Oct-15
16-Dec-16
L15
336 25-Sep-15
02-Dec-16
L14
336 09-Sep-15
16-Nov-16
L13
336 24-Aug-15
L12
PLANNED STATUS AS OF END DECEMBER 2015 A ct i v eF l oo r
L20 L19
A ct i vFel o or
L18 L17 L16 L15
New Cleared Floor
28-Oct-16
L14 L13
Exterior Wall Comple te On-going Inte rior wall & MEPF instl'n
336 05-Aug-15
14-Oct-16
L12
Interior wall & MEPF 1st Fix complete
L11
336 21-Jul-15
29-Sep-16
336 04-Jul-15
13-Sep-16
L11 L10
On going Plaster Finishing
L10 L09
336 19-Jun-15
27-Aug-16
L08
336 04-Jun-15
11-Aug-16
L07
336 20-May-15
27-Jul-16
L06
336 06-May-15
12-Jul-16
L05
336 21-Apr-15
24-Jun-16
L04
336 06-Apr-15
09-Jun-16
L03
336 19-Mar-15
26-May-16
L02
336 05-Mar-15
12-May-16
L01
336 18-Feb-15
28-Apr-16
FDN
24 04-Feb-15
04-Mar-15
L09 L08 L07 L06 L05 L04 L03 L02 L01 FDN
Plas ter Finishing Complet e Water proofed, Windows installed (SEALED LEVEL) SEALED FLOORS ABOVE DRY WORKS CEILING ENCLOSURES (DRY WORKS) TILE SETTING
Activity ID
RD L25
Origi nal St ar t uration 174 14-Mar-16 336 29-Feb-16
F in ish
21-Oct-16 02-May-17
L24
336 15-Feb-16
17-Apr-17
L23
336 30-Jan-16
30-Mar-17
L22
336 16-Jan-16
16-Mar-17
L21
336 29-Dec-15
02-Mar-17
L20
336 11-Dec-15
16-Feb-17
L19
336 26-Nov-15
02-Feb-17
L18
336 11-Nov-15
18-Jan-17
L17
336 26-Oct-15
04-Jan-17
L16
336 10-Oct-15
16-Dec-16
L15
336 25-Sep-15
02-Dec-16
L14
336 09-Sep-15
16-Nov-16
L13
336 24-Aug-15
28-Oct-16
L12
336 05-Aug-15
14-Oct-16
L11
336 21-Jul-15
29-Sep-16
L10
336 04-Jul-15
13-Sep-16
L09
336 19-Jun-15
27-Aug-16
L08
336 04-Jun-15
11-Aug-16
L07
336 20-May-15
L06
336 06-May-15
12-Jul-16
L05
336 21-Apr-15
24-Jun-16
L04
336 06-Apr-15
09-Jun-16
L03
336 19-Mar-15
26-May-16
L02
336 05-Mar-15
12-May-16
L01
336 18-Feb-15
28-Apr-16
FDN
24 04-Feb-15
04-Mar-15
27-Jul-16
2015 J an Fe b M ar Apr M ay Ju n J u l -1 1 2 3 4 5 6 7
Au g 8
2 0 16 Se p O ct N ov De c J an Fe b 9 10 11 12 13 14 15
M ar Apr M ay Ju n J u l Au g Se p 16 17 18 19 20 21 22 23
20 17 O ct N ov De c J an Fe b M ar 24 25 2 6 27 28 2 9 30
Apr
M ay Ju n
ul
LET US TAKE A LOOK AT THE SAME PROJECT IN A TRADITIONAL GANTT CHART SCHEDULE Acti vi ty ID
Acti vi ty Nam e
Structural Works
O rig in aS l t a rt
F in ish
uration 336 04-Feb-15
14-Apr-16
MEPF 1st Fix
312 04-Jun-15
12-Jul-16
MEPF 2nd 2n Fix
300 05-Aug-15
27-Aug-16
MEPF Fin Final Fix
300 22-Feb-16
09-Mar-17
312 20-May-15
Exterior Masonry Interior Masonry M Plastering Plasterin aterproofing aterpro indows
312 04-Jun-15 312 04-Jul-15
Doors & & Hardwares oodworks oodwor
27-Aug-16
306 05-Aug-15
05-Sep-16
300 24-Aug-15
450 05-Aug-15
Drywa ll aand Ceiling Boards Drywall Tiles
12-Jul-16 11-Aug-16
300 05-Aug-15
Dry w Dry wall al l aand Ceiling Frames Painting
24-Jun-16
13-Sep-16
09-Mar-17
300 19-Nov-15 09-Dec-16
312 04-Dec-15
11-Jan-17
300 09-Jan-16 312 23-Jan-16
25-Jan-17 23-Feb-17
Furni shin Works Furnishing
300 07-Mar-16
23-Mar-17
Pu nch li st Punchlisting & T&C
312 21-Mar-16
24-Apr-17
Hand-over Hand-ove
294 22-Apr-16
02-May-17
20 15 Jan F eb Mar Apr May Ju n Ju l -1 1 2 3 4 5 6 7 4-Feb-15
20 16 2 0 17 Aug Sep Oct Nov D ec Jan Fe b Mar Ap r May J un Ju l Aug Sep Oct N ov Dec Jan Feb Mar Apr May Ju 8 9 10 11 1 2 13 1 4 1 5 16 17 18 1 9 20 21 22 2 3 24 2 5 2 6 27 28 29 0 14-Apr-16,StructuralW orks
04-Jun-15
12-Jul-16,MEPF1stFix 05-Aug-15
27-Aug-16,MEPF2ndFix 22-Feb-16
09-Mar-17,MEPFFin
20-May-15
24-Jun-16,ExteriorMasonry
04-Jun-15
12-Jul-16,InteriorMasonry
04-Jul-15
11-Aug-16,Plastering
05-Aug-15
27-Aug-16,Waterproofing
05-Aug-15
05-Sep-16,Windows
24-Aug-15
13-Sep-16,DrywallandCeilingFrames
05-Aug-15
09-Mar-17, Painting 19-Nov-15
09-Dec-16,DrywallandCeilingBoards
04-Dec-15
11-Jan-17, T iles
09-Jan-16
25-Jan-17,Doors&Hardware
23-Jan-16
23-Feb-17,Woodworks
07-Mar-16 21-Mar-16 22-Apr-16
23-Mar-17,Furnish 24-Apr-17, Pu 02-May-17,
n
l
Activi ty ID
ri gi nalSt art
RD
uration 174 14-Mar-16
L25
336 29-Feb-16
Fi nish Ja n -1
336 15-Feb-16
17-Apr-17
L23
336 30-Jan-16
30-Mar-17
L22
336 16-Jan-16
16-Mar-17
L21
336 29-Dec-15
02-Mar-17
L20
336 11-Dec-15
16-Feb-17
L19
336 26-Nov-15
L18
336 11-Nov-15
18-Jan-17
L17
336 26-Oct-15
04-Jan-17
L16
336 10-Oct-15
16-Dec-16
L15
336 25-Sep-15
02-Dec-16
L14
336 09-Sep-15
16-Nov-16
L13
336 24-Aug-15
L12
336 05-Aug-15
L11
336 21-Jul-15
29-Sep-1 6
L10
336 04-Jul-15
13-Sep-1 6
L09
336 19-Jun-15
27-Aug-16
L08
336 04-Jun-15
11-Aug-16
L07
336 20-May-15
L06
336 06-May-15
12-Jul-16
L05
336 21-Apr-15
24-Jun-16
L04
336 06-Apr-15
09-Jun-16
336 19-Mar-15
20 15 Jun Jul 6 7
Aug Se p Oct Nov Dec 8 9 10 11 12 13
20 16 Ja n Feb Ma r Apr May Jun 14 15 16 17 18 19 20
Jul 21
Aug Se p Oct Nov Dec 22 23 24 25 2 6 27
20 17 Ja n Feb Ma r 28 29 30
Apr May Jun ul
02-May-17
L24
L03
Feb Ma r Apr Ma y 1 2 3 4 5
21-Oct-16
02-Feb-17
Compare to Traditional Gantt Chart
28-Oct-16 14-Oct-16
27-Jul-16
26-May-16
L02
336 05-Mar-15
12-May-16
L01 FDN
336 18-Feb-15
28-Apr-16
24 04-Feb-15
04-Mar-15
Activity ID
Act ivi ty Name
Ori ginal St art
Structural Works
VS
Fi nish
uration 336 04-Feb-15
14-Apr-16
MEPF 1st 1st Fix
312 04-Jun-15
12-Jul-16
MEPF 2nd 2n Fix
300 05-Aug-15
27-Aug-16
MEPF Fin Final Fix
300 22-Feb-16
09-Mar-17
Exterior Masonry
312 20-May-15
24-Jun-16
Interior Masonry M
312 04-Jun-15
12-Jul-16
Plastering Plasterin Waterproofing Waterpro Windows
312 04-Jul-15
Dry wall wall and Ceiling Frames Painting
Doors & Hardwares Woodworks Woodwor Furnishin Works Furnishing Punchlisting Pun chl isti & T&C Hand-over Hand-ove
27-Aug-16 05-Sep-16
300 24-Aug-15
450 05-Aug-15
Drywa ll aand Ceiling Boards Drywall Tiles
11-Aug-16
300 05-Aug-15 306 05-Aug-15
09-Mar-17
300 19-Nov-15
312 04-Dec-15
13-Sep-16
09-Dec-16
11-Jan-17
300 09-Jan-16 312 23-Jan-16
25-Jan-17 23-Feb-17
300 07-Mar-16
23-Mar-17
312 21-Mar-16
24-Apr-17
294 22-Apr-16
02-May-17
20 15 Jan Fe b Mar Apr May Ju n Jul -1 1 2 3 4 5 6 7 4-Feb-15
20 16 20 17 Aug Sep Oct Nov D ec Jan Fe b Mar Ap r May J un Jul Aug Sep Oct N ov Dec Jan Feb Mar Apr May Ju 8 9 10 1 1 12 1 3 1 4 1 5 16 17 1 8 1 9 20 2 1 2 2 23 24 2 5 2 6 27 2 8 2 9 0 14-Apr-16,StructuralW orks
04-Jun-15
12-Jul-16,MEPF1stFix 05-Aug-15
27-Aug-16,MEPF2ndFix 22-Feb-16
09-Mar-17,MEPFFin
20-May-15
24-Jun-16,ExteriorMasonry
04-Jun-15
12-Jul-16,InteriorMasonry
04-Jul-15
11-Aug-16,Plastering
05-Aug-15
27-Aug-16,Waterproofing
05-Aug-15
05-Sep-16,Windows
24-Aug-15
13-Sep-16,DrywallandCeilingFrames
05-Aug-15
09-Mar-17, Painting 19-Nov-15
09-Dec-16,DrywallandCeilingBoards
04-Dec-15
11-Jan-17, Tiles
09-Jan-16
25-Jan-17,Doors&Hardwares
23-Jan-16
23-Feb-17,Woodworks
07-Mar-16 21-Mar-16 22-Apr-16
23-Mar-17,Furnishi 24-Apr-17, P 02-May-17,
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