This document reviews a monitoring programme submitted by a contractor for a construction project. It finds several issues with the contractor's schedule, including a lack of detail in some work packages, unrealistic durations and sequencing, missing procurement and long lead item activities, and incorrect scope definitions. The review advises the contractor to address these issues by restructuring the work breakdown, adding and splitting activities, correcting errors, and resubmitting the schedule for approval. Attachments provide reports on activity durations, relationships, and floats to support the findings.
Advanced training for construction management: CONTRACTS MANAGEMENT part 2 (...Antonio Coladarce
PART 2 is dedicated to an experiences section of CONTRACTS MANAGEMENT (active and passive contracts, i.e. those with final customers and with subcontractors, respectively).
Presentation is prepared for an advanced course dedicated to Construction Management, refer to PART 1 also. There is a lesson for both parts not fully translated in English (course was for Italian speaking Construction Engineers, Managers and Site Mnagers)
Case study 1 effective and efficient communicationMustafa Ozgoren
This is a case study about effective and efficient communication submitted and presented during my RICS certification through professional route for Royal Institution of Chartered Surveyors (RICS).
Project Information:
BTC Pipeline Company (BTC) carries oil from the Azeri-Chirag-Deepwater Gunashli (ACG) field and condensate from Shah Deniz across Azerbaijan, Georgia and turkey. It links Sangachal terminal on the shores of the Caspian Sea to Ceyhan marine terminal on the Turkish Mediterranean coast. On November 2012 BTC awarded a contract to VERWATER EMEA BV-Turkey Branch for EPCC-Turnkey delivery of Oily Water Slop and Bilge Water Reception and Treatment Facility at Ceyhan Marine Terminal (CMT) – Adana, namely BTC MARPOL Facilities and Jetty Foam Line Replacement Project. The contract value was around US$40 million.
I have worked there as a project control engineer. I established and maintained cost control system and reported the progress of the project during detailed engineering and construction phases of the project. I prepared daily, weekly and monthly progress reports and issued them to the stakeholders.
Advanced training for construction management: CONTRACTS MANAGEMENT part 2 (...Antonio Coladarce
PART 2 is dedicated to an experiences section of CONTRACTS MANAGEMENT (active and passive contracts, i.e. those with final customers and with subcontractors, respectively).
Presentation is prepared for an advanced course dedicated to Construction Management, refer to PART 1 also. There is a lesson for both parts not fully translated in English (course was for Italian speaking Construction Engineers, Managers and Site Mnagers)
Case study 1 effective and efficient communicationMustafa Ozgoren
This is a case study about effective and efficient communication submitted and presented during my RICS certification through professional route for Royal Institution of Chartered Surveyors (RICS).
Project Information:
BTC Pipeline Company (BTC) carries oil from the Azeri-Chirag-Deepwater Gunashli (ACG) field and condensate from Shah Deniz across Azerbaijan, Georgia and turkey. It links Sangachal terminal on the shores of the Caspian Sea to Ceyhan marine terminal on the Turkish Mediterranean coast. On November 2012 BTC awarded a contract to VERWATER EMEA BV-Turkey Branch for EPCC-Turnkey delivery of Oily Water Slop and Bilge Water Reception and Treatment Facility at Ceyhan Marine Terminal (CMT) – Adana, namely BTC MARPOL Facilities and Jetty Foam Line Replacement Project. The contract value was around US$40 million.
I have worked there as a project control engineer. I established and maintained cost control system and reported the progress of the project during detailed engineering and construction phases of the project. I prepared daily, weekly and monthly progress reports and issued them to the stakeholders.
Dear Sir ,,,Greetings!
Please find enclosed my resume for '' Sr .Surveyor ". I've more than 15 years experience an exposure in Water Reservoirs Roads Bridge,Towers, Building Groups, Crude Oil Pipeline projects, Infrastructure Civil Oil and Gas Industries.
I've made numerous contribution to my previous and present employer that have gained me professional experience at different Projects i.e. high rise Towers Crude Oil Pipeline Projects, G L Noble Denton(Third Party Inspection) and presently working with Dubai Engineering Consulting Company Jeddah Saudi Arabia.
These accomplishments are derived from my exceptional communication and interpersonal skills, unparalleled work ethic and strong attention to details. I am enthusiastic about exploring opportunities with your organization and looking forward to hear from your side.
Best Regards ,
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Sr.Survey Inspector / Civil Engineer
Dubai Engineering Consultants Jeddah Saudi Arabia
Briman Strategic Water Reservoir Project
World’s Largest Drinking Water Storage Facility.
Contact NO = KSA ,00966580667473 // PAK , 00923007565840
MECCI Engineers Private Limited provides HVAC Design Engineering Course, HVAC Design and Operation Training, Industrial Training in HVAC Design for Mechanical Engineers, HVAC Design & Drafting Training, HVAC Design Training Programs, etc. For details, visit; http://www.mecciengineer.com/hvac-design.aspx
DAMMAM SECOND INDUSTRIAL CITY - IPS REHABILITATION WORKSIslam Nassef
Design capacities of the lift station
approximately 1670 m3/h. The
GWC’s initial goal for this project
is to develop a prioritized list of
repair/refurbishment projects based upon a comprehensive condition assessment and criticality analysis of IPS lift station planned to remain in operation.
15 05-05 wind uplift - the next big lift - roof tech presentationJRS Engineering
All exterior building components need to be properly designed to withstand the forces of nature. However, many of the buildings being constructed today are not properly designed or the responsibility has been improperly designated to a contractor. This has resulted in many failures, both minor and major, of various building envelope components.
Wind Uplift: The Next Big Lift will focus on the aspects of designing roofing to properly withstand the forces of wind that act upon the building. We will go through the NBC design requirements and how they relate to the CSA A123.21 testing standard. We will discuss the pitfalls of using FM Global references in our specs and how it interacts with our codes. We will also discuss the shortfalls of our current building code and the direction of the next code edition.
3. AECOM Damac Heights Monitoring Programme Review 3
Contents
1.0 General Impression .......................................................................................................................... 4
2.0 Work Breakdown Structure ............................................................................................................... 4
3.0 Schedule Activities........................................................................................................................... 5
4.0 Activities Duration ............................................................................................................................. 8
5.0 Activities Relationships ..................................................................................................................... 8
6.0 Project Calendars ............................................................................................................................. 8
7.0 Activities Floats and Lags ................................................................................................................. 9
8.0 Data Date ....................................................................................................................................... 10
9.0 Project Critical Path ........................................................................................................................ 10
10.0 Provisional Sum and PC Items Nominations ................................................................................ 11
11.0 Progress Measurments ................................................................................................................ 12
12.0 Cash Flow and Resources Curves ................................................................................................ 14
13.0 General Requirments .................................................................................................................... 14
Appendix
Attachment 1 – Original Duration Report ............................................................................................. 15
Attachment 2 – Lagsn Report .............................................................................................................. 16
Attachment 3 – Decimal Float Report .................................................................................................. 17
Attachment 4 – Schedule of Value ....................................................................................................... 18
Attachment 5 – Proposed Schedule Report ......................................................................................... 19
List of Figure
Figure 1 SF relationship and Negative Lag ….…………………………………………………………………………….9
Figure 2 Negative Float …...…………………………………………………………………….………….…………….….10
4. AECOM Damac Heights Monitoring Programme Review 4
1 General Impression
The Contractual Clause 14.1 Programme for Damac Heights Project was submitted by ARABTEC via a letter dated 02 March
2014, Ref: ATC/AECOM/3.3.2/DH/SB/03/3088 for Damac/AECOM (Supervision Consultant) for review and approval.
After reviewing the contractor programme it has been observed that there are few shortfalls in MEP activities, shop drawings
activities, long lead items activities, proper progress monitoring system, proper cash flow calculations, logic used in the
programme, impractical critical path, lack of activity detailing for some work packages, impractical work sequencing, etc. These
are explained in detail with specific examples in the forthcoming pages.
Supervision Consultant’s above said review has also been discussed in detail with Damac’s Senior Project Manager and
Senior Planning Engineer. Therefore, the programme is not approved in present form and the contractor is advised to revise
the same and resubmit for further review and approval of the Employer / AECOM.
2 Work Breakdown Structure
2.1 The project schedule has to be structured under the following headings phases;
x General; will include Key Dates, Employer Key Dates, Issuance of valid NOCs, Authorities Approvals and
Construction Equipments.
x Engineering
x Procurement
x Construction
x Snagging
x Commissioning
2.2 In all floors, the WBS for finishes work has to be broken down as follows;
x Dry Area.
x Wet Area.
x Lift Lobby.
x Staircase.
x Corridor (especially in the floors of branded branded flats because the corridors have special finishes ).
x Service Areas (electrical room, etc.).
2.3 In Podium 5, it is required to provide a separate WBS for each of the following areas;
x Swimming pool area.
x Health centre.
x Landscaping (soft and hard).
x Gymnasium
x Play Room
x Prayer Rooms
x Corridor
x Lift lobby
In Ground floor, it is required to provide a separate WBS for each of the following areas;
x Main entrance
x Fendi entrance
x Sub station
x LV room
x Generator room
x Garbage room
x Retail
x Parking area
x Service areas
5. AECOM Damac Heights Monitoring Programme Review 5
x Lift lobby for main entrance
x Lift lobby for Fendi entrance
In mechanical floors, it is required to provide a separate WBS for each of the mechanical rooms.
2.4 The WBS of MEP work has to be divided as follows;
x HVAC
x Electrical
x Sanitary
x Fire fighting
x Shaft works
2.5 The WBS of facade cladding and Roofing&Water Proofing system have to shifted from level 4 to level 3. Also the WBS
Of stone cladding, roofing&water proofing and landscaping has to be shifted to level 3 under Podium 5.
3 Schedule Activities
3.1 In Podium 5, it is required to provide detailed finish activities for each of the following areas;
x Swimming pool area.
x Health centre.
x Landscaping (soft and hard).
x Gymnasium
x Play Room
x Prayer Rooms
x Corridor
x Lift lobby
In Ground floor, it is required to provide detailed finish activities for each of the following areas;
x Main entrance
x Fendi entrance
x Sub station
x LV room
x Generator room
x Garbage room
x Retail
x Parking area
x Service areas
x Lift lobby for main entrance
x Lift lobby for Fendi entrance
In mechanical floors, it is required to provide detailed finish activities for the mechanical rooms.
3.2 In order to monitor closely each activity in the schedule, the maximum original duration for each activity has to be 20
days. In the contractor schedule many activities have durations greater than 20 days; these activities have to be broken
down to more manageable activities. The detailed activities are highly required for;
x Roof Feature steel work.
x Facade Cladding Works.
Exception is permitted after a proper justification from the contractor.
6. AECOM Damac Heights Monitoring Programme Review 6
# Appendix 1 shows duration report (duration more than 20 days) for contractor action.
3.3 There are some errors discovered in the schedule related to the activities (scope of work) as listed below;
x There is no swimming pool in 65th and 66th floors.
x There are no parking areas in P5 floor.
x There are no wet areas in the mechanical floors.
x There are no wall paper in the 6th floor; however, the procurement task of wall paper is linked to that floor.
x There are no shower enclosure installations from 6th to 9th floors.
3.4 There are no detailed activities for procurement of MEP (long lead items). Important long lead equipment such as
chillers, cooling towers, primary/secondary pumps and heat exchangers that will affect the wild air commencement aren’t
included in the schedule.
3.5 There are no detailed activities for the installation of MEP works, the following activates have to be included as a
minimum;
HVAC
x Duct Installation & Insulation
x Chilled Water Pipe Installation & Insulation
x Condensate Pipe Installation
x FCU Installation
x Air-Outlet Installation
Electrical
x Install Conduits in Wall
x Install Cable Trays & Trunking
x Wiring for Lighting & Power
x Wiring for Low Current System
x Cable Laying for Low Current System
x Cable Laying for Power
x DB installation, Dressing & Termination
x ELV Works
x Installation of Sockets
x Installation of Lighting Fittings
Sanitary
x Drainage Pipes in Wall
x Water Pipes in Wall
x H/L Hot&Cold Water Pipe Installation
x H/L Drainage Pipes Installation
x Drainage&Water Pipes Testing
x Electrical Water Heater Installation
x Floor Drain Fixing
x Installation of Sanitary ware
Fire Fighting
x Fire Fighting Pipe
x Hydro Static Test for Pipes
x Sprinkler Fixing
x Installation of Fire Extingusher&Blanket
x Fire Alarm Devices
7. AECOM Damac Heights Monitoring Programme Review 7
Shaft Works
x HVAC riser works inside shafts
x Electrical riser works inside shafts
x Sanitary riser works inside shafts
x Fire fighting riser works inside shafts
Alternatively, the contractor can add one activity called ‘’MEP works inside shafts’’ but the steps have to be assigned on this
activity to detail the type of works inside the shafts.
3.6 There aren’t sufficient details for the different shop drawings (Civil,Architectural, MEP,Facade,Lift,Swimming pool, etc.).
The shop drawings have to be provided by floor basis. As a minimum the folloing details have to be provided;
Civil Works
x Shop drawings for Colums
x Shop Drawing for core wall
x Shop drawing for Slab
x Shop drawing for Ramp
x Shop drawing for Staricase
x Shop drawings for MEP equipment
Architectural Works
x Shop drawings for Wet Area Ceramic & Porcelain Layout
x Shop drawings for Reflected Ceiling Layout
x Shop drawings for Wardrobe Details
x Shop drawings for Floors Layout and Details
x Shop drawings for Vanity Counter Details
x Shop drawings for Kitchen Cabinet Details
x Shop drawings for Signage Layout and Details
x Shop drawings for Mirror Details
x Shop drawings for Doors Details
x Submission of Block Work Setting Out Plan for 1st Floor
x Submission of Handrail Layout & Details
x Submission of Parking Layout
x Submission of Traffic Sign Layout
x Submission of Roof's Water Proofing System
x Submission of Pool Deck Layout
MEP Works
x Shop drawings for Drainage Layout & Details (Low Level)
x Shop drawings for LPG & Gas Detection Layout & Details
x Shop drawings for MEP Builder Work Layout
x Shop drawings for MEP Cordination Layout
x Shop drawings for Water Supply Layout & Details
x Shop drawings for Fire Fighting Layout & Details
x Shop drawings for HVAC Layout & Details
x Shop drawings for Lighting Layout & Details
x Shop drawings for Power Layout & Details
x Shop drawings for Fire Alarm Layout & Details
x Shop drawings for CCTV,Access Control,Intercom Layout
& Details
8. AECOM Damac Heights Monitoring Programme Review 8
x Shop drawings for ELV Layout & Details
x Shop drawings for BMS Layout & Details
x Shop drawings for Data & Telephone Layout & Details
x Shop drawings for Drainage Layout & Details (High
Level)
Swimming Pool Works
x Shop drawings for Swimming Pool Layout & Details
x Shop drawings for Swimming Pool 's Water Prrofing
3.7 It is noticed that there are two task for the flooring work in the lift lobbies; lift lobby flooring and lift lobby flooring final
coat. Please clarify the differences.
3.8 The schedule missed the GRP lining works for the water tanks.
3.9 The mock up works (Architectural, MEP, etc.) for flat 1 and flat 2 have to be detailed in the schedule. Also the
contractor has to consider the relationship, if it is existed, between the mock up and the site progress.
3.10 In the mechanical floors, the equipments (pumps, chillers, etc.) that will be installed have to be named and included in
the schedule.
4 Activities Duration
4.1 For the branded flats, the schedule missed the finishes works in the corridors.
4.2 The MEP installation works in the parking areas were set to be 45 days and installation of pumps and pipes were set to be
46 days. Please split down both installations to more manageable activities with maximum 20 days duration for each.
5 Activities Relationships
5.1 Please clarify the followings;
x The schedule shows that the false ceiling tiles will be installed before producing the wild air.
x The schedule shows that ceiling suspension system will be executed first then cable pulling and pipe
pressure test will be done afterwards.
5.2 Lift lobby flooring and corridor flooring have to be executed after completion the work inside the apartments to avoid the
potential damages could result from materials and labour movement. Please adjust.
5.3 Fixing of monorail bracket has to start after casting the slab of level 87. Please adjust.
6 Project Calendars
6.1 The project calendars haven’t included all the public holidays in UAE and it was observed that 8 types of calendars
were used.
9. AECOM Damac Heights Monitoring Programme Review 9
The project calendars have to include the following holidays;
x Gregorian New Year.
x Islamic New Year.
x Birth of Prophet.
x Ascension of the Prophet.
x Mount Arafat Day.
x Eid Al Fitr.
x Eid Al Adha.
x UAE National Day.
The contractor has to use only three calendars as follows;
x 6 days calendar assigned for contractor/consultant works.
x 5 days calendar assigned for government approvals/ site inspections.
x 7 days calendar assigned for delivery period.
Also it has been observed that the activities for construction of core walls, verticals and horizontals contains 7 days
calendar. Please clarify.
7 Activities Floats and Lags
7.1 It is not acceptable to use the relationship (SF) in the schedule, it has been observed that this type of relationship was
used for instance in the activity of DHDWAPA000 – Application Registration. Moreover, the negative lag also is not permitted
in the schedule.
Figure 1
10. AECOM Damac Heights Monitoring Programme Review 10
7.2 The schedule contains negative floats that have to be fixed.
Figure 2
7.3 The excessive use of lags isn’t acceptable without justification from the contractor side. Lags should be an activity. Lags
are only permitted till 20 days. Furthermore, NO LAGS are allowed on the project critical path.
# Appendix 2 shows a lag report (lags more than 20 days) for contractor action.
7.4 There are some activities that have a float of 0.13 day, 0.88 day and 1.13 days. The decimal numbers are not acceptable
in the float calculations. The decimal numbers were shown in the schedule because the start time in these activities was16:00
pm instead of 8:00 am. Therefore, the start time for all schedule activities has to be 8:00 am and the finish time has to be
16:00 pm. Please adjust.
# Appendix 3 shows the float report.
8 Data Date
8.1 Based on the amendment letter that was signed by Arabtec on 24th February 2014, the monitoring schedule data date has
to be 24th February 2014 but not 19-Nov-13 as shown in Arabtec’s schedule.
8.2 The monitoring programme should record actual progress of works till the agreement signing date, 24th February 2014.
9 Project Critical Path
9.1 The critical path (only 247 activities out of 6,313) shown in the schedule isn’t acceptable and doesn’t reflect the real critical
scenario of constructing the tower. Having a correct critical path will help the project team prioritizing shop drawing,
procurement and site work.
DAMAC/AECOM suggest to combine the near critical path (0.13 to 1.13 days float) and the critical path (0 days float) to get
final project critical path (all activities has to be 0 days float).
The classical critical path for towers projects has to include procuring of long lead items, PT drawings preparation/approval,
concrete works, wild air, fit out works, some finishes due to the resources constraints, lifts, cladding, some finishes in unique
levels (ground and podium floors) and finally the snagging/commissioning.
11. AECOM Damac Heights Monitoring Programme Review 11
10 Provisional Sum/Prime Cost Items’ Nominations
10.1 There is a lag of 146 days between manufacturing and shipment of BMU. Please clarify.
10.2 The procurement of Facade Lighting will consume long time (6 months). Please clarify.
10.3 The delivery of Hard/Soft landscaping and Water features is scheduled to be on Apr-15 but the commencement of
installation on Aug-15. Please clarify.
10.4 There is a lag of 80 days between the shop drawings approval and the fabrication of Roof Feature Steel Works.
Please clarify.
10.5 The nomination dates of Home Automation (06-Dec-13), vanity counter (12-May-14), facade lighting (06-Jan-14) and
wardrobes (15-May-14) are considered to be too early. Please clarify.
10.6 The nominations have to be regrouped under the followings WBSs;
x General
9 Lifts
9 Facade Cladding
9 Facade Lighting
9 BMU
9 Roof Feature Equipments
9 Roof Steel Structure
9 MEP
9 Light Fittings for Corridors and BOH
x Branded Apartments
9 Fit out (Timber Doors, Wardrobe, Kitchen Cabinets, Vanity Counter, Ironmongery and Mirrors)
9 GRC Cornice
9 Shower Enclosure
9 Toilet Accessories
9 Light Fittings
9 Sanitary Wares&Fittings
9 Mixers
9 Timber doors for service rooms
x Non-Branded Apartments
9 Fit out (Timber Doors, Wardrobe, Kitchen Cabinets, Vanity Counter, Ironmongery and Mirrors Wardrobe
9 GRC Cornice
9 Shower Enclosure
9 Toilet Accessories
9 Light Fittings
9 Sanitary Wares and Fittings
9 Mixers
9 Steel doors for service rooms
x Ground Floor
9 Fit out for the two entrances
9 Lift cabin finishes
x Podium 5
9 Landscaping and Swimming Pool
9 Health Club (sanitary ware-light fittings, lockers, steam, sauna, Jacuzzi, acrylic panel enclosure for
Jacuzzi, pool furniture).
12. AECOM Damac Heights Monitoring Programme Review 12
11 Progress Measurements
11.1 For the structural work, it is required to assign steps for the activities of core wall, horizontals and verticals in order to
estimate the physical progress % accurately. For instance, the steps for Construction of Horizontals could be as shown below;
x Form work.
x Steel reinforcement
x PT cable placement
x MEP
x Casting concrete
x PT stressed
Step Name Step% Weight Step % Complete
Form Work 20%
Steel Reinforcement 20%
PT Cables Placement 20%
MEP 10%
Casting Concrete 5%
PT Stressed 25%
11.2 It was noticed that the current assigned progress system is based on cost, however, many construction activities have not
possess budget cost plus the procurement, engineering and commissioning activities haven’t any assigned budget cost, thus
any progress for them will not be reflected on the overall progress %.
So that for a higher level progress consolidation, to arrive at the overall project progress summary a weight factoring system is
to be implemented for covering all of phases of the contract. Consideration may be given to the summary level man-hours
while finalizing the summary level weight factors for different work phases like engineering, procurement, snagging and
commissioning. For instance;
WBS Man-hours Weight Factor %
Engineering 90,000 5%
Procurement 90,000 10%
Construction 630,000 75%
Snagging 90,000 5%
Commissioning 45,000 5%
To retain the consistency on progress reporting, the weight factors shall not be modified, during the course of the contract,
except if approved or requested by Damac/AECOM.
11.3 For engineering and procurement activities, contractor shall propose to Damac/AECOM a set of steps to assess the
actual physical progress. Actual progress shall be calculated at the lower level using progress steps.
Engineering Work
Scales of progress should be calculated using controllable steps (in Primavera) of physical work achievements for each
generic step.
13. AECOM Damac Heights Monitoring Programme Review 13
Sr. Item %
1 Shop drawing 1st submission 30%
2 Editing by contractor 10%
3 Shop drawing 2nd submission 20%
4 Editing by contractor 5%
5 Shop drawing 3th submission 20%
6 Editing by contractor 5%
7 Final Approval (Code A or B) 10%
Procurement Work
For procurement, scales of progress shall be established to monitor each item from the inquiry stage up to the delivery and
acceptance at site. Two different scales shall apply for equipment and bulk supply.
I. Equipment
Sr. Item %
1 Issue RFQ for vendors 2.5%
2 Approval of one vendor 2.5%
3 Issue Purchase Order 2.5%
4 Vendor drawings submission 2.5%
5 Vendor drawings approval 2.5%
6 Vendor material submission 2.5%
7 Vendor material approval 2.5%
8 Fabrication 70%
9 Inspection cleared and factory tested 2.5%
10 Delivered to site 5%
11 Equipment inspected by Arabtec QA/QC 2.5%
12 DAMAC/AECOM inspected equipment at site 2.5%
II. Bulk Material
Sr. Item %
1 Issue RFQ for vendors 5%
2 Approval of one vendor 5%
3 Vendor material submission 5%
4 Vendor material approval 5%
5 Place order for Bulk material 10%
6 Material received at construction site (50% of
estimated quantity)
30%
7 Material received at construction site (90% of
estimated quantity)
30%
8 All materials received & purchase order closed 10%
14. AECOM Damac Heights Monitoring Programme Review 14
12 Cash Flow and Resource Curves
12.1 For preparation and reporting an accurate cash flow and a progress percentage based on cost, the cost loading has to be
done based on the schedule of values.
# Appendix 4 shows sample of the said schedule of values.
12.2 Manpower histogram shall be submitted for civil works, architectural, MEP and other subcontracted packages.
12.3 Major commodities’ quantities (concrete, block, plaster, flooring, etc.) histograms shall be submitted.
12.4 Productivity rates that were the basis for duration calculations have to be submitted.
13 General Requirements
13.1 A Primavera layout for the schedule baseline and the regular updates will be provided by DAMAC/AECOM for contractor
use when reporting to DAMAC/AECOM.
# Appendix 5 shows the proposed schedule layout.
13.2 On various floors and areas the date on which the specialized sub-contractors will get access need to be shown in the
programme. As a minimum the following activities need to be detailed in Contractor’s Cl 14.1 programme.
x Access to MEP contractor to the flats, floor by floor.
x Access to MEP contractor to other critical areas like reception, roofs, pump rooms, LV rooms etc.
x Access to fit out contractor to various areas.
x Access to curtain wall contractor.
x Access to all nominated subcontractors need to be detailed.
x Access to swimming pool contractor including other water bodies.
x Access to lift sub-contractors for each lifts.
x Clearance from the sub-contractors is also need to be included in the program.
13.3 The contractor has to explain how the wild air will be produced. Will temporary chillers be used to produce the said wild
air that are mandatory for fit out works or the contractor will use the tower’s chillers?
13.4 Arabtec has to maintain the original structure completion date that was 04 April 2015.