Project Planning Organising Tracking ConstructionDavid H Moloney
The aim of this book is to show construction information relevant to planning, organising and tracking progress, graphically, focusing on the essential facts that can be easily discussed, communicated and implemented.
Regarding the illustrations showing construction sequences (storyboards), the approach is to find the easiest, quickest and safest way to execute a project with maximum utilisation of the employed resources also ensuring that executed work is right first time.
Gantt type chart programmes show the sequence and durations. Storyboards can show the sequence, durations along with how to build an operation graphically in a way that all team members along with operatives on site can understand leading to a collaborative effort.
This book deals mainly with heavy Civils and structures, the details and outputs are for guidance, each case should be evaluated separately allowing for particular site conditions.
The purpose of this presentation is to give an understanding of the Methods, Plant and Sequence to construct an Airport.
This presentation can be used to engage Stakeholders and to get the Site Teams commitment to the programme. Also can be used for Site Induction Training and as a way to capture and share knowledge.
Project Execution Plan (PEP) details how a project will be executed, monitored and controlled.
High in Educational Value and easily understood. Recommended for Continuing Professional Development (CPD).
This Video Presentation is innovative and has many beneficial uses.
Can be used for Tender Presentations and to substantiate entitlement for additional payments.
Project Planning Organising Tracking ConstructionDavid H Moloney
The aim of this book is to show construction information relevant to planning, organising and tracking progress, graphically, focusing on the essential facts that can be easily discussed, communicated and implemented.
Regarding the illustrations showing construction sequences (storyboards), the approach is to find the easiest, quickest and safest way to execute a project with maximum utilisation of the employed resources also ensuring that executed work is right first time.
Gantt type chart programmes show the sequence and durations. Storyboards can show the sequence, durations along with how to build an operation graphically in a way that all team members along with operatives on site can understand leading to a collaborative effort.
This book deals mainly with heavy Civils and structures, the details and outputs are for guidance, each case should be evaluated separately allowing for particular site conditions.
The purpose of this presentation is to give an understanding of the Methods, Plant and Sequence to construct an Airport.
This presentation can be used to engage Stakeholders and to get the Site Teams commitment to the programme. Also can be used for Site Induction Training and as a way to capture and share knowledge.
Project Execution Plan (PEP) details how a project will be executed, monitored and controlled.
High in Educational Value and easily understood. Recommended for Continuing Professional Development (CPD).
This Video Presentation is innovative and has many beneficial uses.
Can be used for Tender Presentations and to substantiate entitlement for additional payments.
Oil & Gas Plant Construction, Project Execution PlanDavid H Moloney
Details of how a Gas & Oil Plant is constructed, and how the progress, safety and quality is monitored and controlled. Also the measures to ensure that the site is environmentally friendly.
Dart Underground, Dublin - Light Rail Network in TunnelsDavid H Moloney
The Dart Underground is a proposed underground rail system that will run under the city centre, and connect Heuston Station with Pearse Station a distance of 4 kilometres. At the proposed St Stephen’s Green interconnection Station, on the route, passengers will be able to transfer to the Metro North and go to the Airport.
Presentation Typical Construction Methods & Sequence.
For the Stakeholders, Public & Politicians to get an understanding of how the works are carried out and the timeline.
Sea Port Construction, Project Execution PlanDavid H Moloney
Details of how a Sea Port is constructed, and how the progress, safety and quality will be monitored and controlled. Also the measures to ensure that the site is environmentally friendly.
Route 2020 is a proposed extension to the existing Red Line of the Dubai Metro. The extension will be 14.5 km long, 4 km will be underground in a tunnel and the balance will be elevated on viaducts.
Whitescape Civil Engineering Case StudyAndrew White
Civil engineering is the foundation of every successful construction project, and a major factor in maximising the commercial value to landowners, developers and investors. Complex infrastructure projects of any scale need intelligent solutions to resolve the challenges. For sites that present special technical issues, the civil engineering contribution can make a material difference to financial returns.
Project Execution Plan for Bridge ConstructionDavid H Moloney
The purpose of this presentation is to give an understanding of the Methods, Plant and Sequence to construct an insitu concrete bridge.
This presentation can be used to engage Stakeholders and to get the Site Teams commitment to the programme. Also can be used for Induction Training and as a way to capture and share knowledge.
Project Execution Plan (PEP) details how a project will be executed, monitored and controlled. High in Educational Value and easily understood. Recommended for Continuing Professional Development (CPD)
This Presentation is innovative and has many beneficial uses.
For innovation in construction, use video presentations with 3D animations to plan and communicate how a project will be carried out and the timeline. This presentation can be used to communicate with the Client, Stakeholders and Site Team.
Oil & Gas Plant Construction, Project Execution PlanDavid H Moloney
Details of how a Gas & Oil Plant is constructed, and how the progress, safety and quality is monitored and controlled. Also the measures to ensure that the site is environmentally friendly.
Dart Underground, Dublin - Light Rail Network in TunnelsDavid H Moloney
The Dart Underground is a proposed underground rail system that will run under the city centre, and connect Heuston Station with Pearse Station a distance of 4 kilometres. At the proposed St Stephen’s Green interconnection Station, on the route, passengers will be able to transfer to the Metro North and go to the Airport.
Presentation Typical Construction Methods & Sequence.
For the Stakeholders, Public & Politicians to get an understanding of how the works are carried out and the timeline.
Sea Port Construction, Project Execution PlanDavid H Moloney
Details of how a Sea Port is constructed, and how the progress, safety and quality will be monitored and controlled. Also the measures to ensure that the site is environmentally friendly.
Route 2020 is a proposed extension to the existing Red Line of the Dubai Metro. The extension will be 14.5 km long, 4 km will be underground in a tunnel and the balance will be elevated on viaducts.
Whitescape Civil Engineering Case StudyAndrew White
Civil engineering is the foundation of every successful construction project, and a major factor in maximising the commercial value to landowners, developers and investors. Complex infrastructure projects of any scale need intelligent solutions to resolve the challenges. For sites that present special technical issues, the civil engineering contribution can make a material difference to financial returns.
Project Execution Plan for Bridge ConstructionDavid H Moloney
The purpose of this presentation is to give an understanding of the Methods, Plant and Sequence to construct an insitu concrete bridge.
This presentation can be used to engage Stakeholders and to get the Site Teams commitment to the programme. Also can be used for Induction Training and as a way to capture and share knowledge.
Project Execution Plan (PEP) details how a project will be executed, monitored and controlled. High in Educational Value and easily understood. Recommended for Continuing Professional Development (CPD)
This Presentation is innovative and has many beneficial uses.
For innovation in construction, use video presentations with 3D animations to plan and communicate how a project will be carried out and the timeline. This presentation can be used to communicate with the Client, Stakeholders and Site Team.
11 years experience in Residential Villa , Precast structures, Petrol compact stations, Water pipe line project, Industrial projects like ( Thermal power plant, Oil & refinery plant). And Material coordinator & procurement, SAP, Piling, sheet piling,
Mine Haul Road Upgrade Project OZ Minerals Prominent Hill South AustraliaStephen McKnight
An all weather Haul Road Upgrade Project was implemented at the OZ Minerals Prominent Hill site in March 2012. The primary objective was to introduce a "traffic light" system identifying the various levels of remediation required and types of depths and material to be utilised. Once designed crossfalls and appropriate drainage were established in conjunction with sub-base, base and wearing course materials the mining haul roads were capable of sustaining traffic during light rain events; thus increasing productivity and vehicle integrity and longevity for sustained periods. The project provided appropriate road systems both in pit and on surface routes to the waste dumps and ROM Pad during rain events. Some $4M per year in recovered productivity has been anticipated by the implementation of this successful project initiative.
Demolition, Deconstruction & Dismantling Emma Attwood
Construction works in London particularly are progressing on a scale not seen for many years for clients like Crossrail and London Underground, and for commercial and residential property developments such as Bloomberg Place, New Street Square, BBC TV Centre and Battersea Power Station.
A common factor in the majority of these projects is the advanced demolition, deconstruction or dismantling of existing structures to make way for the new works.
In this lecture Paul Bland, McGee Director and Nick Taylor, Head of Demolition, gave an overview of this discipline and discussed areas such as the considerations needed when planning such work, design aspects of new structures that can assist in later deconstruction, modern techniques that improve safety and reduce risk, and the logistical challenges involved.
The meeting – organised by the Essex Branch of the Institution of Civil Engineers and held jointly with the Institution of Structural Engineers – drew a crowd of nearly 50 attendees to the Lord Ashcroft Building at Anglia Ruskin University in Chelmsford on Thursday 15th January 2015.
1. 5/19/2015
1
KEVIN QUIGLEY
Senior Project Engineer
PROFILE
▪ An enthusiastic and self-motivated senior project engineer/sub agent with 5
years experience in the civil and construction industry. Gaining my vast
experience working for major contractors such as Galliford Try, Costain, BAM
Nuttall, Carillion, Balfour Beatty, Kier and Wates I have a proven track record in
delivering accurate and concise setting-out in all aspects of construction and
controlling cost and time variations, maximising profitability. I have recently
been required to manage projects from start to finish and on times oversee
multiple projects at one time, acting as a small works project manager.
▪ An extremely personable and likeable individual with great sense of humour
and willingness to get ‘stuck-in’, over and above the call of duty, where needs
must.
▪ My current role at J Murphy and Sons has demanded myself to further
improve my skillset and areas of knowledge and I have now moved into
managing projects in the clean water industry and pipelines.
2. 5/19/2015
2
PROFESSIONAL QUALIFICATIONS
▪ CPCS Appointed Person, Crane
Supervisor, Slinger Signaller
▪ NVQ Level 6 Controlling Lifting
Operations
▪ APM Introduction to Project
Manangement
▪ City and Guilds - NRSWA Supervisor
▪ City and Guilds – Confined Spaces Entry
AP1 and Rescue AP2
▪ City and Guilds Fire Marshall
▪ Temporary Works Coordination –
Thomas Telford Training
▪ Temporary Works Design (Below
Ground) – Thomas Telford Training
▪ EUSR Shea Process and National Water
Hygiene
▪ CTS 5 day Setting Out For Construction
course – Oct 2011
▪ SMSTS Certified – Feb 2011
▪ First Aid At Work- 8 May 2014
▪ QCF Level 2 Emergency First Aid and
Debrilator
▪ Cable Avoidance (CAT and Genny)
course – RD4000 and Cat4
▪ Non Licensed asbestos removal
▪ HNC Civil and Construction Engineering
▪ CSCS – Academically Qualified
Managerial Card
PROJECT PORTFOLIO
Senior Project Engineer
Responsible for overseeing 3 sites in parallel and managing 5 Junior Engineers.
J Murphy and Sons
Jan 2013 – Present
▪ Commonhead Growth Upgrade
▪ Haydon End Growth Development
▪ Swindon Sewage Treatment Works Upgrade
▪ Ysbyty Ifan Clean Water Network Upgrade
▪ Rhiwsaeson Wastewater Treatment Works
3. 5/19/2015
3
COMMONHEAD NETWORK GROWTH
UPGRADE
6 October 2014 – Present
£3.5 million
Scope of Works
▪ Installation of 225dia rising main servicing new
1000 house development and upgrading existing
sewer network.
▪ Directional drilling and opencut of 225dia rising
main 1km long.
▪ Opencut and Pipe Jacked Auger Bore of 300dia
vitrous clay gravity sewer linking new development
sewage pumping station and existing SPS.
▪ 15m Diameter x 15m Deep Precast Concrete
Storage Shaft and associated M and E works.
COMMONHEAD NETWORK GROWTH
UPGRADE
Responsibilities
▪ Management of sub-contractors and directly employed operatives.
▪ Risk Assesment, Traffic Management and Method Statement Compilation
▪ Site Control establishment and maintenance.
▪ Compiling and reporting of wage sheets
• Allocation Sheets, Toolbox talks and Daily Briefings.
• Compiling and Updating Construction Programme.
• Setting out Line and Level of rising main, manholes and chambers and ensuring drilling rig
service avoidance.
• Quality control, daily record sheets, PUWER and LOLER checks and updates.
• Procurement, planning and organisation of construction materials, plant and sub-contractors.
• Liaison with residents, general public and local council streetworks and highways agency.
▪ Logging of Drill depth and recording as-built depth and line.
5. 5/19/2015
5
HAYDON END NETWORK GROWTH
UPGRADE
5 January 2014 – Present
£4.2 Million
Scope of Works
▪ Upgrade of existing sewage network which was prone to flooding.
▪ 2no Storage Shafts, 9m diameter 18m deep and 10.5m diameter 21m deep, both
by method of underpinning.
▪ 2no Weir Chambers 4m dia 10m deep
▪ Risk Assesment, Traffic Management and Method Statement Compilation
▪ 2no Discharge Chambers and 2no Pumping Station Kiosks
▪ Associated 600mm diameter pipelines and ancillary structures.
▪ Access road, kerb laying, path edgings and re-landscaping.
HAYDON END NETWORK GROWTH
UPGRADE
Responsibilities
▪ Management and supervision of sub-contractors and directly employed
operatives.
▪ Allocation Sheets, Toolbox talks and Daily Briefings.
• Checking junior engineers setting out Line and Level of ductile iron pipework,
shafts and chambers. Management of junior engineers workload and career
professional development.
• Procurement, planning and organisation of construction materials, plant and sub-
contractors.
▪ Logging and monitoring of pre-cast concrete shaft depth.
▪ Planning and Controlling all lifting operations, both simple and Complex
7. 5/19/2015
7
HAYDON END NETWORK GROWTH
LIFT PLAN
SWINDON SEWAGE TREATMENT WORKS
5 January 2014 – 6 October 2014
£8 Million
Scope of Works
▪ Installation of triple 900mm dia ductile iron gravity
sewer.
▪ Installation of 380m of 4x2m precast concrete box
culvert.
▪ Construction of new 25m x 8m Combined sewage
outfall chamber, incorporating existing 4x4m box
culvert system.
▪ 6m diameter x 12m deep storage shaft, weir and
discharge chambers and pumping station.
▪ Access road and kerblaying.
8. 5/19/2015
8
SWINDON SEWAGE TREATMENT WORKS
Responsibilities
▪ Management and supervision of sub-contractors and directly employed operatives.
▪ Allocation Sheets, Toolbox talks and Daily Briefings.
• Checking junior engineers setting out Line and Level of ductile iron pipework, shafts
and chambers. Management of junior engineers workload and career professional
development.
• Procurement, planning and organisation of construction materials, plant and sub-
contractors.
• Risk Assesment, Traffic Management and Method Statement Compilation
• Temporary works Co’ordination
• Risk Assesment, Traffic Management and Method Statement Compilation
▪ Logging and monitoring of pre-cast concrete shaft depth.
▪ Planning and Controlling all lifting operations, both simple and Complex
SWINDON SEWAGE TREATMENT WORKS
PHOTOGRAPHS
10. 5/19/2015
10
SWINDON SEWAGE TREATMENT WORKS
RHIWSAESON WASTEWATER TREATMENT
WORKS
7 January 2013 – 20 December 2013
£2.8 Million
Scope of Works
▪ Sewage treatment works upgrade.
▪ Construction of Inlet Tank including 1m diameter ductile iron
inlet pipework and mechanical screens and pumping station.
▪ Construction of 24m diameter x 6m deep Humous Settlement
Tank
▪ Construction of 22m diameter x 4m deep Primary Settlement
Tank
▪ Construction of 28m diameter x 3m deep clean stone filled
bioflilter tank.
▪ Construction of Access road and ancillary structures including
pumping chamber, desludge tank, HST, Biofilter and PST
distribution chambers and sitewide clean water distribution
pipework, service ducting and flowmeter manholes.
11. 5/19/2015
11
RHIWSAESON WASTEWATER TREATMENT
WORKS
Responsibilities
▪ Management and supervision of sub-contractors and directly employed
operatives.
▪ Allocation Sheets, Toolbox talks and Daily Briefings.
• Setting out Line and Level of ductile iron pipework, concrete bases, shuttering
and chambers. Management of trainee engineers workload and career
professional development.
• Procurement, planning and organisation of construction materials, plant and sub-
contractors.
• Temporary works Co’ordination
▪ Planning and Controlling all lifting operations, both simple and Complex
RHIWSAESON WASTEWATER
TREATMENT WORKS
14. 5/19/2015
14
PROJECT PORTFOLIO
Senior Site Engineer
Responsible for overseeing 2 sites, managing, supervision and engineering
D20 Ltd
February 2012– December 2012
▪ RUH Hospital, Bath
▪ Junction 3 Development, M32
▪ Dick Lovett Garage, Bristol
▪ Western Super-Mare Waste Transfer Station
▪ Wiltshire County Council Offices, Trowbridge, Bath
RUH HOSPITAL, BATH
Scope of Works
▪ Reduction of existing ground and stoning to
formation.
▪ Excavation and concrete Pad and Beam
foundations including positioning of steel
reinforcement and starter bars for cast on site
columns.
▪ 3 floors of finished concrete slab pours utilizing
temporary works for shuttering.
▪ Small diameter drainage and manhole construction
▪ Access road and external finished including
landscaping, tarmac and block paving.
15. 5/19/2015
15
RUH HOSPITAL, BATH
Responsibilities
▪ Management and supervision of sub-contractors and directly employed
operatives.
▪ Establishment of co’ordinated and levelled site control.
▪ Allocation Sheets, Toolbox talks and Daily Briefings.
• Setting out Line and Level of pad and beam foundations, steel starter bars and
cast in-situ concrete columns as well as drainage, service ducting and access
roads.
• Setting out and post pour checks of all concrete columns, 3 floors of finished
structural slab and 2 lift shafts and staircases.
• Procurement, planning and organisation of construction materials, plant and sub-
contractors.
• Liaising with client and producing as-built drawings.
RUH HOSPITAL, BATH
16. 5/19/2015
16
RUH HOSPITAL, BATH
JUNCTION 3, M32
Scope of Works
▪ Access roads, cycle paths and footpaths to new
housing development.
▪ All civils works up to and including finished slab
level.
▪ Landscaping and block paving.
▪ Large soakaway to service all storm water drainage
for the development.
17. 5/19/2015
17
DICK LOVETT BMW, BRISTOL
Scope of Works
▪ Access roads, cycle paths and footpaths to
new BMW showroom.
▪ All civils works up to and including
finished slab level.
▪ Landscaping and block paving.
▪ Large perimeter sustainable urban
drainage system, collecting stormwater
runoff from the forecourt surface and
showrooms roof area to be utilized in the
flushing of toilets and watering of
landscaping. All excess water was to be
stored below the surface and trickled into
the existing storm network to help
alleviate the pressure the existing system
was already under.
WESTERN SUPERMARE WASTE TRANSFER
Scope of Works
▪ Upgrade of existing waste transfer station
▪ Reinforced Concrete Retaining Walls
▪ Drainage, Ducting and Lighting Columns.
▪ Clean Water Supply
▪ Access Roads and Pull-In Bays
▪ Finished Concrete Slabs and Steel Framed
Unit
18. 5/19/2015
18
WESTERN SUPERMARE WASTE TRANSFER
HASKINS GARDEN CENTRE
Site Engineer
Lawton Construction – Haskins Garden Centre
June 2011 - February 2012
Scope of Works
▪ Greenfield site construction of a garden centre and
250 car parking spaces including access roads, pad
foundations, ducting and services and site drainage.
▪ Responsible for site setting out and Risk
Assessment/Method Statement compiling.
▪ Reportable to senior engineer/site manager.