The document provides an overview of project management and technical consultancy services for transportation and railway projects. The services include: 1) project management using standards like PMBOK and PRINCE2; 2) feasibility studies; 3) design review and approval; 4) installation supervision; 5) factory acceptance testing; and 6) site testing and acceptance. The project management services cover integration, scope, time, cost, quality, communication, human resources, risk, and procurement management.
Use Of A Claims Triage Workshop To Choose An Analysis MethodChris Carson
AACEi Recommended Practice 29R-03, Forensic Schedule Analysis, properly notes that there are a number of factors to consider in choosing a method of analysis in a time-related dispute. The variety, number, and complexity of the reasons to choose the correct method of analysis require more than a casual approach.
This presentation demonstrates a process that we call a “Claims Triage” and use for every new dispute resolution assignment, organized and guided with a checklist and procedure.
Use Of A Claims Triage Workshop To Choose An Analysis MethodChris Carson
AACEi Recommended Practice 29R-03, Forensic Schedule Analysis, properly notes that there are a number of factors to consider in choosing a method of analysis in a time-related dispute. The variety, number, and complexity of the reasons to choose the correct method of analysis require more than a casual approach.
This presentation demonstrates a process that we call a “Claims Triage” and use for every new dispute resolution assignment, organized and guided with a checklist and procedure.
Governance - Project Management Office Professional ServicesMark S. Mahre
Project Management Governance & Framework
document icon
Mark Mahre implemented the new PMO governance program for 60+ engineers and PM's creating operational efficiencies helping increase IT Professional Services revenue from $35M to $212M over a 3-year period.
Leak d Detection feasibility study iFluids EngineeringJohn Kingsley
Leak Ddetection feasibility study iFluids Engineering
A pipeline leak detection system (PLDS) is an increasingly standard component of a modern pipeline control system. Pipeline operators function today in an environment where leak detection systems are seen as a condition of operation mandated via the legal code and enforced through both the courts and regulatory mechanisms and agencies.
PLDS system requirements have generally become more stringent with time. Prudent operators responsible for ensuring compliance with regulatory requirements for leak detection systems must:
• Clearly identify regulatory requirements.
• Define application requirements.
• Select an appropriate leak detection product.
• Initially test and validate system performance.
• Perform recurring testing and validation.
a-survey-on-gas-leak-detection-and-localization-techniques
The Importance Of The Right Instrumentation For Pipeline Leak Detection
In this era where pipeline infrastructure is badly needed to bring liquid products from new plays to market – finding a path to build new pipelines has been increasingly difficult. Politics aside, there is no question that environmental, health and safety are the main concerns when it comes to permitting and building pipelines, and we’ve seen many major projects stalled or cancelled over the past 5 years. The good news? Pipelines remain the safest and most efficient way to transport liquid product, which ultimately bodes well for the industry as expansion is needed. As a collective - however – the industry needs to make a much better case in the court of public opinion if we ever hope to quell the fears prevalent among the discussion.
Pmicos 2011 Review And Analysis Of Mitigation SchedulesChris Carson
This paper describes strategies to request, review and analyze mitigation plans, including discussion of real project experiences in mitigation through cost-based analysis looking at progress, compression, and fast track, ultimately recognizing the differences between the Contractors’ best case and the Owner’s best case.
Timo Lehtimäen esitys "Suomen Erillisverkot Oy:n palvelut valtionhallinnolle" Valtion IT-palvelukeskuksen Tietoturvallisuuden kevätseminaarissa 20.3.2013.
Role of Project Management Consultancy in Construction ProjectIOSR Journals
The construction industry generally deals with the various types of construction sectors viz Real
Estate & Infrastructure. Real Estate Sector is segmented in Residential, Industrial, Corporate, and
Commercial. Whereas Infrastructure sector in Roads, Railways, Urban Infrastructures, Ports, Airports and
Power. To manage such kind of unique projects requires an expertise with organizations and a thorough
body of knowledge. The purpose of this paper is to provide the analysis or breakdown of Role of Project
Management Consultancy and study the Problems faced by PMC for implementing the project. Project
Management Consultancy plays multifaceted part in such projects and provides the services from inception
to completion of projects. At every stage of project life cycle, the principles of pro-activeness and creating
the win-win situation is necessary keeping in mind the customer / client’s requirements. Use of Project
Management Consultancy (PMC) offers one of the effective management solution to increase and improve the
efficiency and outcome of a project in construction. A case study of construction of a Mega Industrial Project
which is dealt by PMC and Project consist of various type of buildings for Manufacturing unit, Assembling
unit , Logistic unit , Process unit with allied Infra of Electrical utilities, Services like Fire fighting, Sewage
line, Storm water arrangement and Road etc have been considered for this research work.
Governance - Project Management Office Professional ServicesMark S. Mahre
Project Management Governance & Framework
document icon
Mark Mahre implemented the new PMO governance program for 60+ engineers and PM's creating operational efficiencies helping increase IT Professional Services revenue from $35M to $212M over a 3-year period.
Leak d Detection feasibility study iFluids EngineeringJohn Kingsley
Leak Ddetection feasibility study iFluids Engineering
A pipeline leak detection system (PLDS) is an increasingly standard component of a modern pipeline control system. Pipeline operators function today in an environment where leak detection systems are seen as a condition of operation mandated via the legal code and enforced through both the courts and regulatory mechanisms and agencies.
PLDS system requirements have generally become more stringent with time. Prudent operators responsible for ensuring compliance with regulatory requirements for leak detection systems must:
• Clearly identify regulatory requirements.
• Define application requirements.
• Select an appropriate leak detection product.
• Initially test and validate system performance.
• Perform recurring testing and validation.
a-survey-on-gas-leak-detection-and-localization-techniques
The Importance Of The Right Instrumentation For Pipeline Leak Detection
In this era where pipeline infrastructure is badly needed to bring liquid products from new plays to market – finding a path to build new pipelines has been increasingly difficult. Politics aside, there is no question that environmental, health and safety are the main concerns when it comes to permitting and building pipelines, and we’ve seen many major projects stalled or cancelled over the past 5 years. The good news? Pipelines remain the safest and most efficient way to transport liquid product, which ultimately bodes well for the industry as expansion is needed. As a collective - however – the industry needs to make a much better case in the court of public opinion if we ever hope to quell the fears prevalent among the discussion.
Pmicos 2011 Review And Analysis Of Mitigation SchedulesChris Carson
This paper describes strategies to request, review and analyze mitigation plans, including discussion of real project experiences in mitigation through cost-based analysis looking at progress, compression, and fast track, ultimately recognizing the differences between the Contractors’ best case and the Owner’s best case.
Timo Lehtimäen esitys "Suomen Erillisverkot Oy:n palvelut valtionhallinnolle" Valtion IT-palvelukeskuksen Tietoturvallisuuden kevätseminaarissa 20.3.2013.
Role of Project Management Consultancy in Construction ProjectIOSR Journals
The construction industry generally deals with the various types of construction sectors viz Real
Estate & Infrastructure. Real Estate Sector is segmented in Residential, Industrial, Corporate, and
Commercial. Whereas Infrastructure sector in Roads, Railways, Urban Infrastructures, Ports, Airports and
Power. To manage such kind of unique projects requires an expertise with organizations and a thorough
body of knowledge. The purpose of this paper is to provide the analysis or breakdown of Role of Project
Management Consultancy and study the Problems faced by PMC for implementing the project. Project
Management Consultancy plays multifaceted part in such projects and provides the services from inception
to completion of projects. At every stage of project life cycle, the principles of pro-activeness and creating
the win-win situation is necessary keeping in mind the customer / client’s requirements. Use of Project
Management Consultancy (PMC) offers one of the effective management solution to increase and improve the
efficiency and outcome of a project in construction. A case study of construction of a Mega Industrial Project
which is dealt by PMC and Project consist of various type of buildings for Manufacturing unit, Assembling
unit , Logistic unit , Process unit with allied Infra of Electrical utilities, Services like Fire fighting, Sewage
line, Storm water arrangement and Road etc have been considered for this research work.
Being a consultant and also teacher, I noticed gaps between what is being taught and what is being practised. These slides are my attempts to close the gaps.
Part 1 is more on the overview and processes while Part 2 will place more emphasis on Consultant's competencies.
Since many have requested for the copy, I have made this presentation downloadable. Thank you for your visits and comments.
There are plenty of office etiquette lessons every employee should be cognizant of. From spreading too much gossip to talking too loudly around other co-workers, there are a host of mistakes that do nothing more than slow down everyone's day. See which mistakes made the list and what you can do to keep them from happening at your company.
5 project commissioning best practices for you to considerOlivia Wilson
During the commissioning phase, functional testing procedures are performed, interoperability problems are resolved, and energy usage is optimised for enhanced performance and efficiency. Here are five project commissioning best practices for you to consider, including planning, factory acceptance testing (FAT), mechanical completions, construction quality and schedule management. Click to know more: https://www.global-cxm.com/commissioning/
Project PlanGroup 2The Data Center Project PlanProj.docxbriancrawford30935
Project Plan
Group 2
The Data Center Project Plan
Project Overview4
Purpose, Scope, and Objectives4
Stakeholders4
Assumptions and Constraints4
Project deliverables4
Project Plan4
Feasibility Study4
Feasibility Reports4
Infrastructure and Regulations Specifications4
Work Breakdown Structure4
Risk management plan4
Risks4
Project Budget4
Budget Process Analysis4
Budget plans4
Budget Reports4
Costs - Labor and Project Team and Materials and Equipment4
Project Design4
Infrastructure Designs - User needs analysis4
System Designs - Data Center Infrastructure Management System (DciM)4
Locality and Survey of the installation location4
Procurement5
Hardware – Costs and selection Criteria - Weighted5
Software –Costs and Specifications5
Equipment – Costs and Specifications5
Installations5
Hardware configurations and Plans - Selection of the installation Team5
Software Configurations and Installation Plans - Team Selection5
Testing5
Testing of User configurations and needs5
Testing system Functional Needs and System expectations5
Implementation5
User Training and developing Implementation Plans5
Go Live5
Maintenance Plan5
Maintenance Plans5
Policies and Regulations5
The Data Center Project Plan
1. Project Overview
a. Purpose
a. Scope
a. Objectives & goals
The project objectives of the company and project team include:
· To offer scalable cloud services such as data storage, recovery and security for different web users, electronic and application developers in the community.
· The company also focuses on developing a high security management approach into the cloud services of the PaaS.
· To reduce the costs of data storage and recovery for the company and its vendors.
· To improve the allocation of resources and planning for future similar cases in cloud development and securities.
The project goals for the creation of a data center is to:
· To develop a cloud based center which offers data recovery, storage and security with the qualifications of a tier IV center.
· To develop a Multi-tenancy architecture with PaaS service for future growth of the company and businesses.
To become a leader in the data infrastructure focusing on a higher level of security.
d. Stakeholders
d. Assumptions and Constraints
d. Project deliverables
0. Project Plan
a. Feasibility Study
To be done by me
b. Feasibility Reports
b. Project Requirements
The design and construction of this data center site infrastructure will meet all specifications of the following codes, design and operational standards.
· National Fire Protection Association (NFPA) Codes and Standards
· Local Construction Codes
· Uptime Institute: tier IV classification standard
· Telecommunications Infrastructure Standard for Data Centers (ANSI/TIA-942)
· Green Certifications (i.e. Energy Star, LEED) (Shapiro, 2016)
· Information Systems Audit and Control Association (ISACA) Cloud Governance & Audit Principles
· ISACA IT Investment and IT Risk Mitigation Principles and Standards
· Internationa.
In this world of fast held movement of goods right from Medicines to low shelf life products all gets governed by Supply Chain. A robust supply chain can get an product placed on top in terms of sales and reach.
Solution Consulting presentation is a one of a kind product and practices collected and implemented over 5 years of experience in redefining supply chain.
With Business defining Tools from Muda/Muri, kaizen, Reverse Engineering, Business Allocations and Diagnostics, Manufacturing Diagnostics, Implementation of Industry 4.0, Project Management, Call outs, data Modeling are key pointers in the presentation.
Fish Bone diagram for warehouse Design, and inventory collection pointers are also talked in the presentation.
Project Management & Technical Consultancy Services [Transportation, Railways]
1. Project Management & Technical
Consultancy Services
Domain of application: Transportation, Railways
By Gabriel Nistorescu
2. Executive Summary
This presentation intends to gives an overview of the
‘Project Management and Technical Consultancy’
services offered during the project lifecycle:
1. Project Management (PMBOK, PRINCE2, ITIL V3);
2. Pre-feasibility and Feasibility studies;
3. Contract Requirements;
4. Design review and approval;
5. Installation supervision;
6. FAT, IFAT;
7. Site and System based T&C
8. System Validation, Acceptance, Homologation;
9. Post-completion supporting activities.
3. 1. Project Management
i. Integration Management
ii. Scope Management;
iii. Time Management;
iv. Cost Management;
v. Quality Management;
vi. Communication Management;
vii. HR Management;
viii. Risk Management;
ix. Procurement Management;
4. 1.1 – Integration Management
Project Management Plan and subsidiaries;
Project Procedures: Change Control, Material approval, Minutes of
meeting, Non-conformities, Audit, Quality Plan and Manual, Review
Contractor Project Documentation, Mission, Time Management etc.
Configuration Management System;
Change Control Committee (Dispute Adjudication Board);
Contract Dispute Resolution;
Project Management Information Systems e.g. Aconex, Sharepoint;
Health & Safety Plan;
Issue Register;
Management Meetings;
Project Database and Document Control;
5. 1.2 – Scope Management
Work Breakdown Structure; Variation Instruction
WBS Dictionary;
Monitor and Control the
implementation of the contract
‘Technical’ and ‘General’
specifications;
Prepare ‘Variation instruction’
to instruct the ‘Contractor’ for
additional works after obtaining
the ‘Employer’ approval;
Produce and maintain ‘Variation
Instruction Registry’ and forms;
Reduce the ‘Contractor’ scope
of works via ‘Notice To Claim’
to eliminate unnecessary or
out-of-date project
deliverables;
6. 1.3 – Time Management
Prepare/Evaluate the Schedule of works
‘Consultant’ / ‘Contractor’
schedule of works;
Resource calendars;
Integrate new activities
generated by ‘Variation
instructions’ onto schedule of
works;
Control of delays,
acceleration program;
Software for planning:
Microsoft Project, Primavera
P6 (ongoing);
7. 1.4 – Cost Management
Independent cost evaluation; Cost Estimation
Cost control;
Validate ‘Monthly Payment
Certificates’. Keep accurate
evidence of spending;
Invoice for procurement of
equipment and external
services;
Commercial evaluation of
additional works, ‘Notice to
Claim’, ‘Extension of Time’;
Deduction of contractor costs
for unnecessary works via
NTC;
Budget for own project works;
Cost Benefit Analysis;
Commercial meetings;
16. 3 – Contract Requirements
Contract Management e.g. FIDIC Yellow/Red/White Books, French
system (CPS-CA, CPS-STG) etc.
Technical contract requirements (separate books) for rail systems
(signaling, telecom, traffic management, electrification, power supply,
rolling stock, depot, permanent way, AFC, SCADA etc) and Civil/E&M
disciplines;
General Contract Specification, Administrative Clauses;
Directive drawings;
Operation and Maintenance Plan;
RAMS Plan;
Technical assistance during the tender process;
Q&A Session, Presentations;
Evaluation of tender response;
Project Management, HSQE;
17. 4 – Design review & approval
Review & approve the contractor design versus contract specification,
approved variation instructions; applicable standards;
Design review comments;
Organize clarification meetings;
Close out of the open points. Agree the way forward;
Organize technical presentation at different design stages;
Check design progression against the project milestones;
Co-ordination inter railway system discipline, E&M, external
interfaces;
Elements to be checked: functional requirements, performance
specifications, operation and maintenance, standards and norms,
technical specification, technology imposed, strategy, interfaces, Health
& Safety, Environment etc;
Communicate after each submission the status of design
documentation: approved, approved with comments, rejected, resubmit
18. Procedure for review & approve the
Review Comment Sheet Contractor’s project documentation
Example: Design Review & Approval
19. 5 – Installation Supervision
Review and approve all contractor’s documentation necessary to
support installation stage: EIP, Site/Intra-site installation documentation,
Combined Service Drawings etc;
Review & approve ‘General Installation Documentation’: ‘Equipment
naming & tagging, Power distribution, Equipment earthing etc;
Review and approve ‘Method Statement’, QESH Documentation;
Review and approve sub-contractors for installation;
Evaluate and monitor Contractor’s performances, program of works,
monthly reports, resource allocation plan and utilization;
On-site supervision, Witnessing, Notification for witnessing;
Organize progression on-site/in-house meetings, remedial works;
Keep an accurate information on ‘Registry of Defects’, ‘Issue Register’,
prepare ‘Notice To Non-Conformance’;
Assist for the handover of infrastructure, sign/approve ‘Site Inspection
Check-Out’ forms;
Equipment approval, supplier appraisal;
Prepare ‘Variation Instruction’, unforeseen works;
21. 6 – FAT, IFAT
T&C are to be carried out according ‘V-lifecycle’, EN 50126;
The EN 50126 reveals 2 level of T&C: FAT/IFAT, Field T&C;
FAT aims to test basic equipment functionalities in accordance with
the product datasheet. IFAT replicates the network architecture
(low level, pilot test in factory), basically includes all subsystem
components and test the integration between them;
FAT/IFAT are organized at the manufacturer premises, dedicated
laboratories and replicates minimal architecture of the system;
IFAT is designed as three step test: internal integration between the
backbone elements, integration between rail system components
(signaling, telecom, system integrator, AFC, RSK etc) and integration
with external subsystem: FPS, TVS, Lift & Elevators, External Units;
The ‘Consultant’ role consist on: review & approve test procedures;
organize clarification meetings, witnessing of the test, review &
approve test report, validate the equipment & system proposed;
23. 7.1 – Site based T&C
Review and approve of documentation that supports management
of T&C:VTA Plan,VTA Program;
Review and approve site specific test procedures: SAT, SIT;
SAT: designated to test basic functionality of the stand alone
equipment on site (e.g. Signalling Interlocking,VDU, Fire Protection
System, Telecom backbone and components);
SIT: designated to test integration between subsystem components
on site (e.g. Signalling Interlocking to outdoor equipment, Signalling
Interlocking to Automated Block, Signaling to Telecom, Telecom
system etc);
Witness T&C activities based on the program of works;
Record of defects and agree corrective measures to be put in
place;
Bi-weekly progression meetings, on-site clarification meetings;
24. 7.2 – System specific T&C
Comprises both Static and Dynamic Tests;
E2ET: test of integration between the site equipment and traffic
management centre/ERTMS/Network Management Centre;
System Integration Test: test the system wide integration between
rail system components, other subsystems to rail systems, external
interfaces;
Review and approve system specific test procedures: E2ET, System
Integration;
Witness the tests, record defects, agrees corrective procedures;
Validate test results, approve test reports;
Commissioning of the infrastructure in accordance with manuals;
Dynamic tests structure comprises: On-board signaling to fixed
infrastructure, TCMS(rolling stock maintenance), ETCS N1/2 etc;
25. 8 – System validation, acceptance,
homologation
Review and approve of the ‘Maintenance Plan and Manuals’, ‘Operation
Plan’, ‘As-Built’;
Review and approve the procedure for ‘System Validation’;
System Validation & Acceptance are ‘Operational’ type tests which are
to be performed by ‘Operational’ experts. The Discipline Experts has
to support the ‘Operational’ experts and perform corrective actions;
System Validation is performed by the ‘Principal Contractor’ under the
assistance of the ‘Operator’, ‘Employer’ and ‘Consultant’;
System Acceptance Tests are performed by nominated ‘Operator’
under supervision (witness) of ‘Principal Contractor’ and ‘Consultant’;
If the system fulfills operational conditions and the number of defects
is less than expected, the system is homologated and ‘Taken-In Over’
certificate issued;
Transfer of the infrastructure to the ‘Operator’, handover of
equipment spares;
26. 9 – Post-completion supporting
activities
Administrative Close of the Contract;
Technical audits, network capacities and performances;
Re-design of the network, increase capacities;
Defect statistics and records;
Monitor of maintenance activity;
Technical support;
Training;