The document provides a summary of the author's 11-week internship with Almabani General Contractors on the Riyadh Metro Project in Saudi Arabia. It describes rotations through various project departments to gain exposure, including Procurement, Risk Management, QA/QC, and Cost Control. It also details experiences on utility diversion and station construction teams to see different aspects of the large infrastructure project firsthand. The author found the internship provided valuable insights into managing a major transit project.
Creating and operating the Riyadh Bus Networkcafs-org
Creating and operating the Riyadh Bus Network is a major project for the capital of Saudi Arabia that will:
1) Create and operate a 100-line bus network with over 1,000 buses to offer modern public transportation integrated with the under construction metro network.
2) Roll out the network in three stages from 2017 onwards followed by a ten-year operation contract.
3) Anticipate over 120 million passenger trips annually starting in 2024.
The Riyadh Metro project aims to provide a public transportation system for Riyadh, Saudi Arabia to address increasing traffic congestion as the population grows. The metro will include over 176 kilometers of rail lines and 85 stations serving major areas of the city. The project was approved in 2012 and is being built through six design-build contracts to complete the entire system within four years, presenting construction challenges but minimizing disruption. Regular progress updates are given and public engagement efforts are helping gain community support for the ambitious project.
This document provides information about transportation projects in Jeddah, Saudi Arabia. It discusses the Jeddah Public Transportation Program (JPTP) which includes construction of a metro system, light rail lines, a tramway, commuter rail, bridges, and bus networks. It also mentions the government bodies and committees overseeing the program, as well as details about individual projects including proposed metro and light rail lines, the planned Obhur Creek Bridge, and the Al Muntalaq multi-modal transportation hub. The long term goal is to deliver an integrated public transportation network to serve the city by 2033.
The document discusses challenges facing rail and metro projects in the Middle East and North Africa region. It summarizes growth in population and investment in infrastructure expected to increase regional connectivity. It then focuses on the Riyadh Metro project in Saudi Arabia, the largest and most ambitious metro project in the region. The project scope involves 63 km of elevated, at-grade, and tunnel track and 39 stations to serve the growing population of Riyadh. The presentation identifies key challenges in mobilizing workforce, securing skilled labor, procuring materials, and navigating logistics within dense urban areas.
The Jeddah metro project in Saudi Arabia is moving forward. Design work on the $9.3 billion, 108km system with 3 lines and 46 stations is almost complete and will be submitted for approval within 5 months. The initial network will connect key areas of Jeddah like the airport, a stadium, and districts. The metro is aimed at improving transportation infrastructure in the expanding city of over 3 million people.
The document provides an overview of the Makkah Public Transport Program (MPTP) Metro Phase 1. It discusses Makkah's vision to transform into a modern city while maintaining its cultural heritage. It outlines the population growth and increasing Hajj/Umrah pilgrims as key drivers for the transport project. The MPTP will implement Lines B and C in the first phase to provide a comprehensive public transport system for residents and pilgrims by integrating different transit modes. Coordination with utility providers is underway to relocate any interfering infrastructure for metro construction.
Jeddah metro full presentation - Briefing Day March, 30th Ibrahim Al-Hudhaif
The document outlines the proposed packaging strategy for the Jeddah Public Transportation Program. Key points include:
- The program will be delivered through 10 design-build contracts covering metro lines, light rail, trams, ferries, BRT buses and an integrated fare system.
- Packages are scheduled to be procured in 2015-2016 with construction and commissioning occurring between 2017-2020 to meet the program completion date.
- Early works like utilities relocation and traffic management will be prioritized to enable main civil works. Land acquisition must be complete before contract awards.
- Operational readiness will be ensured through involvement of a shadow operator and integrated control centers for monitoring different modes.
This document provides information about public transportation plans for Jeddah, Saudi Arabia. It discusses the background and population growth of Jeddah. Studies were commissioned to develop a transportation master plan. In 2013, a ministerial decree established the Metro Jeddah Company to implement the public transportation system, with a budget of 45 billion Saudi Rial and deadline of 7 years. The system will include metro/train lines, a tram, commuter rail, buses, and ferries. Key projects are the Obhour Iconic Bridge and Al-Muntalaq Multimodal Station.
Creating and operating the Riyadh Bus Networkcafs-org
Creating and operating the Riyadh Bus Network is a major project for the capital of Saudi Arabia that will:
1) Create and operate a 100-line bus network with over 1,000 buses to offer modern public transportation integrated with the under construction metro network.
2) Roll out the network in three stages from 2017 onwards followed by a ten-year operation contract.
3) Anticipate over 120 million passenger trips annually starting in 2024.
The Riyadh Metro project aims to provide a public transportation system for Riyadh, Saudi Arabia to address increasing traffic congestion as the population grows. The metro will include over 176 kilometers of rail lines and 85 stations serving major areas of the city. The project was approved in 2012 and is being built through six design-build contracts to complete the entire system within four years, presenting construction challenges but minimizing disruption. Regular progress updates are given and public engagement efforts are helping gain community support for the ambitious project.
This document provides information about transportation projects in Jeddah, Saudi Arabia. It discusses the Jeddah Public Transportation Program (JPTP) which includes construction of a metro system, light rail lines, a tramway, commuter rail, bridges, and bus networks. It also mentions the government bodies and committees overseeing the program, as well as details about individual projects including proposed metro and light rail lines, the planned Obhur Creek Bridge, and the Al Muntalaq multi-modal transportation hub. The long term goal is to deliver an integrated public transportation network to serve the city by 2033.
The document discusses challenges facing rail and metro projects in the Middle East and North Africa region. It summarizes growth in population and investment in infrastructure expected to increase regional connectivity. It then focuses on the Riyadh Metro project in Saudi Arabia, the largest and most ambitious metro project in the region. The project scope involves 63 km of elevated, at-grade, and tunnel track and 39 stations to serve the growing population of Riyadh. The presentation identifies key challenges in mobilizing workforce, securing skilled labor, procuring materials, and navigating logistics within dense urban areas.
The Jeddah metro project in Saudi Arabia is moving forward. Design work on the $9.3 billion, 108km system with 3 lines and 46 stations is almost complete and will be submitted for approval within 5 months. The initial network will connect key areas of Jeddah like the airport, a stadium, and districts. The metro is aimed at improving transportation infrastructure in the expanding city of over 3 million people.
The document provides an overview of the Makkah Public Transport Program (MPTP) Metro Phase 1. It discusses Makkah's vision to transform into a modern city while maintaining its cultural heritage. It outlines the population growth and increasing Hajj/Umrah pilgrims as key drivers for the transport project. The MPTP will implement Lines B and C in the first phase to provide a comprehensive public transport system for residents and pilgrims by integrating different transit modes. Coordination with utility providers is underway to relocate any interfering infrastructure for metro construction.
Jeddah metro full presentation - Briefing Day March, 30th Ibrahim Al-Hudhaif
The document outlines the proposed packaging strategy for the Jeddah Public Transportation Program. Key points include:
- The program will be delivered through 10 design-build contracts covering metro lines, light rail, trams, ferries, BRT buses and an integrated fare system.
- Packages are scheduled to be procured in 2015-2016 with construction and commissioning occurring between 2017-2020 to meet the program completion date.
- Early works like utilities relocation and traffic management will be prioritized to enable main civil works. Land acquisition must be complete before contract awards.
- Operational readiness will be ensured through involvement of a shadow operator and integrated control centers for monitoring different modes.
This document provides information about public transportation plans for Jeddah, Saudi Arabia. It discusses the background and population growth of Jeddah. Studies were commissioned to develop a transportation master plan. In 2013, a ministerial decree established the Metro Jeddah Company to implement the public transportation system, with a budget of 45 billion Saudi Rial and deadline of 7 years. The system will include metro/train lines, a tram, commuter rail, buses, and ferries. Key projects are the Obhour Iconic Bridge and Al-Muntalaq Multimodal Station.
Dar Al Riyadh is an engineering and architecture consulting firm based in Saudi Arabia with over 3,000 professionals. They have been operating since 1975 and provide fully integrated, multi-disciplinary services for projects. Their services include program management, project management, construction supervision, engineering, architecture, planning, and more. They have worked on many large projects throughout Saudi Arabia for government and private clients.
Metro and light rail projects are expanding rapidly in Saudi Arabia to address congestion challenges in major cities. Key rail projects currently under construction or planned include systems in Riyadh, Jeddah, Madinah, and Makkah. Integrated project management and public education are needed to minimize disruption during construction in congested areas. Rail systems will require changes to existing transportation networks and urban planning to maximize economic and development benefits by improving accessibility and attracting business activity near stations. The expansion of rail presents both opportunities and challenges for existing transportation providers to adapt their roles and integrate services.
The document provides an overview of past, present, and future rail development projects across the Middle East and North Africa region. It discusses the history of early rail lines in Egypt and the Hejaz railway between Damascus and Medina in the early 20th century. It then explains that rail development was neglected in the Gulf in the second half of the 20th century but has seen a resurgence over the last ten years, with billions being invested in new metro and high-speed rail projects in countries like Saudi Arabia, Qatar, and the UAE. Tables and charts show details on existing and planned rail infrastructure across the MENA region and information on some of the largest current rail projects.
This document provides an overview of the GCC Railway project which plans to link the six Gulf Cooperation Council nations of Kuwait, Bahrain, Qatar, Oman, United Arab Emirates, and Saudi Arabia through a 2,177km regional railway network. The presentation outlines the planning, development, construction progress to date, and future development plans for the project which aims to be fully operational by 2018. Technical challenges include building the network through desert environments and mountainous regions while connecting various countries' internal rail projects.
This document provides an overview of public transportation projects in Makkah, Saudi Arabia, including a metro system and bus network. It describes the characteristics of Makkah as a holy city that sees a large increase in population during Hajj and Umrah pilgrimages. The metro system will include 114 km of lines and 62 stations, while the bus network will incorporate BRT, local, feeder, and shuttle services. The projects aim to accommodate the growing religious tourism, with visitors projected to increase to over 10 million annually by 2029. Station designs, vehicle types, and operational scenarios are discussed at a high level.
The document discusses the integrated public transportation system plans for Jeddah, Saudi Arabia led by Metro Jeddah Company. It summarizes that Jeddah is a rapidly growing city that lacks an effective public transportation system currently. Metro Jeddah Company was formed through a royal decree to implement a comprehensive public transportation master plan over 7 years, including metros, commuter rail, trams, and ferries with a total budget of 45 billion Saudi Riyals. The plans aim to promote sustainability, modal shift, and an integrated multi-modal network to serve the city's projected population of 6 million people.
The document summarizes key rail projects and trends in the Middle East and North Africa region. It provides data on the length of existing and planned rail networks in various countries. Major upcoming projects include high-speed rail lines in Saudi Arabia worth over $14 billion and expansion of metro systems in cities like Riyadh, Jeddah, and Mecca. While progress has been made, fully connecting the GCC railway network faces challenges in standardization, regulations, and financing.
The document summarizes two major infrastructure projects in Kuwait - the Kuwait National Rail Road (KNRR) project and the Kuwait Metropolitan Rapid Transit System (KMRT) project. It provides an overview of each project, including objectives, technical details of routes and phases, procurement structure, and current status. Both projects are being developed using public-private partnerships and will be overseen by the newly established Kuwait Authority for Partnership Projects according to Kuwait's new PPP law.
This document provides information about Consultrans, a civil engineering firm that specializes in transportation infrastructure projects. It describes the types of projects Consultrans works on, including railway infrastructure, road and urban infrastructure, as well as various studies related to transportation. Two specific projects are summarized: the design of a new railway mainline in Saudi Arabia, and the preliminary and detailed design of the Madinah depot and workshops for the Haramain High Speed Railway in Saudi Arabia. Consultrans' services include project development, design, specifications preparation, and management plans.
This document provides a summary of Ra'ed Al Ramahi's professional experience and qualifications. Over his 36-year career, he has held various engineering and management roles in Qatar, UAE, Jordan, Kuwait, and Saudi Arabia. Most recently, from 2012-2016 he was General Manager at United Construction Establishment in Qatar, managing projects worth over $100 million. He has extensive experience designing, managing, and supervising infrastructure, transportation, and building projects throughout the Middle East.
There are more live projects in Infrastructure in the ME region than anywhere else. Opportunities are rising with total expenditure that can reach 100 billion USD in roads, rails projects alone as PPP and EPC. This paper highlights some of the major projects in the region and active consortiums involved.
Atkins global rail opportunities 6th March 2014Matt Cody
This document summarizes a presentation on global rail opportunities given by Douglas McCormick, Managing Director of Rail at Atkins. It discusses Atkins' capabilities and presence across various rail markets worldwide, including the UK and Europe, Middle East, Asia Pacific, and North America. Atkins has significant experience in rail infrastructure design, consulting, safety leadership, and managing complex projects. Key growth areas include metro projects in the Middle East and expanding operations in Southeast Asia.
- Oman Rail is developing a 2,135 km rail network across Oman to connect ports and economic zones.
- The network will use international standards and be designed for freight and passenger transport up to 120 km/h and 200 km/h respectively.
- An in-country value strategy aims to create local employment, procurement, skills development and economic diversification opportunities.
- Training and development programs will be established to build Omani workforce capabilities for rail operations and maintenance.
Osama Hegab is an experienced project manager with over 20 years of experience managing transportation projects in heavy industries, railways, and transportation sectors. He has a proven track record of delivering projects on time and on budget through organizing highly motivated teams and securing necessary resources. He has managed numerous railway projects in various countries, including securing over $400 million in loans from the US and Russia for railway projects in Egypt.
Planning for a World Cup: Transportation Strategy & Optimization for Qatar 2022Davies DeCesare-Fousek
The 2022 FIFA World Cup planned to be held in Qatar, will draw visitors from around the world to multiple cities in the small country. Qatar's government seeks to make Qatar a top tourist destination in the Middle East, and plans on leveraging the 2022 World Cup to showcase their opulence. However, there has been limited discussion and planning of achieving their lofty aspirations. In this honors independent research study, I worked with the department of Operations & Information Management in the Isenberg School of Management at the University of Massachusetts Amherst.
Atkins Metro Division has experience providing Building Information Modeling (BIM) services for rail projects around the world. They have used BIM on metro stations in Dubai, Mecca, Kolkata, Abu Dhabi, and Lusail, coordinating architectural, structural, and MEP designs. Atkins has 3 years of experience with Revit BIM technology, delivering fully coordinated projects and adopting BS1192 collaboration protocols.
Saudi Arabia is investing heavily to expand its transportation infrastructure over the next decade, with $141 billion planned for rail, metro, and bus projects. This creates many business opportunities for investors, including in rail construction, operation and maintenance, ports, airports, buses, and logistics services. Key rail projects include expanding existing lines, developing high-speed rail between major cities like Mecca and Medina, and constructing new economic cities that will require integrated transport systems.
CIDCO is seeking a general consultant for 3 years to oversee the development of the Metro Rail project in Navi Mumbai, India. The project involves the construction of an elevated viaduct and stations along a 10.79 km corridor from Belapur to Pendhar. Consultants must have a minimum annual turnover of 50 crores INR in the past 5 years and experience managing rail projects worth 2,000 crores INR. The request for proposals will be evaluated based on qualifications, technical proposal, and financial proposal. The last date to submit bids is September 14, 2010.
Rail has been at the core of our design services since Atkins
was established more than 75 years ago; our first rail project
was completed in 1945, involving the creation of critical
infrastructure links for the UK’s rail network.
The development of rail infrastructure in the Middle East commenced relatively recently and we’re proud to have been involved from the beginning, having been engaged as the lead design consultant for the Dubai Metro in 2006.
In the following pages you’ll learn more about us and our work,
and I hope you’ll gain a sense of our excitement to be helping our
clients to design and deliver rail projects which will play a key role in the future development of the region
16 00 meed - 17sept13 - creation of new mass transit systemIbrahim Al-Hudhaif
The document discusses options for designing a new mass transit system for Riyadh that optimize requirements like availability, life-cycle costs, safety, and sustainability. It analyzes choices for vehicles, infrastructure components, train configurations, and construction methods that improve capacity, reduce costs and footprint, speed up time to market, and increase flexibility for future growth. Standardizing on solutions like steel wheels, full motorization, frontal evacuation, and precast viaducts is recommended to optimize total system design.
The document discusses a meeting between representatives from two countries to discuss trade agreements. The first country argues that lowering tariffs and quotas would benefit both economies by increasing trade volume and opportunities for businesses. However, the second country responds that while trade is important, its domestic industries and workers need protection from foreign competition and it cannot afford to lower its barriers too much. After further negotiations, a compromise is reached where some restrictions will be reduced over time in a gradual, managed approach.
Dar Al Riyadh is an engineering and architecture consulting firm based in Saudi Arabia with over 3,000 professionals. They have been operating since 1975 and provide fully integrated, multi-disciplinary services for projects. Their services include program management, project management, construction supervision, engineering, architecture, planning, and more. They have worked on many large projects throughout Saudi Arabia for government and private clients.
Metro and light rail projects are expanding rapidly in Saudi Arabia to address congestion challenges in major cities. Key rail projects currently under construction or planned include systems in Riyadh, Jeddah, Madinah, and Makkah. Integrated project management and public education are needed to minimize disruption during construction in congested areas. Rail systems will require changes to existing transportation networks and urban planning to maximize economic and development benefits by improving accessibility and attracting business activity near stations. The expansion of rail presents both opportunities and challenges for existing transportation providers to adapt their roles and integrate services.
The document provides an overview of past, present, and future rail development projects across the Middle East and North Africa region. It discusses the history of early rail lines in Egypt and the Hejaz railway between Damascus and Medina in the early 20th century. It then explains that rail development was neglected in the Gulf in the second half of the 20th century but has seen a resurgence over the last ten years, with billions being invested in new metro and high-speed rail projects in countries like Saudi Arabia, Qatar, and the UAE. Tables and charts show details on existing and planned rail infrastructure across the MENA region and information on some of the largest current rail projects.
This document provides an overview of the GCC Railway project which plans to link the six Gulf Cooperation Council nations of Kuwait, Bahrain, Qatar, Oman, United Arab Emirates, and Saudi Arabia through a 2,177km regional railway network. The presentation outlines the planning, development, construction progress to date, and future development plans for the project which aims to be fully operational by 2018. Technical challenges include building the network through desert environments and mountainous regions while connecting various countries' internal rail projects.
This document provides an overview of public transportation projects in Makkah, Saudi Arabia, including a metro system and bus network. It describes the characteristics of Makkah as a holy city that sees a large increase in population during Hajj and Umrah pilgrimages. The metro system will include 114 km of lines and 62 stations, while the bus network will incorporate BRT, local, feeder, and shuttle services. The projects aim to accommodate the growing religious tourism, with visitors projected to increase to over 10 million annually by 2029. Station designs, vehicle types, and operational scenarios are discussed at a high level.
The document discusses the integrated public transportation system plans for Jeddah, Saudi Arabia led by Metro Jeddah Company. It summarizes that Jeddah is a rapidly growing city that lacks an effective public transportation system currently. Metro Jeddah Company was formed through a royal decree to implement a comprehensive public transportation master plan over 7 years, including metros, commuter rail, trams, and ferries with a total budget of 45 billion Saudi Riyals. The plans aim to promote sustainability, modal shift, and an integrated multi-modal network to serve the city's projected population of 6 million people.
The document summarizes key rail projects and trends in the Middle East and North Africa region. It provides data on the length of existing and planned rail networks in various countries. Major upcoming projects include high-speed rail lines in Saudi Arabia worth over $14 billion and expansion of metro systems in cities like Riyadh, Jeddah, and Mecca. While progress has been made, fully connecting the GCC railway network faces challenges in standardization, regulations, and financing.
The document summarizes two major infrastructure projects in Kuwait - the Kuwait National Rail Road (KNRR) project and the Kuwait Metropolitan Rapid Transit System (KMRT) project. It provides an overview of each project, including objectives, technical details of routes and phases, procurement structure, and current status. Both projects are being developed using public-private partnerships and will be overseen by the newly established Kuwait Authority for Partnership Projects according to Kuwait's new PPP law.
This document provides information about Consultrans, a civil engineering firm that specializes in transportation infrastructure projects. It describes the types of projects Consultrans works on, including railway infrastructure, road and urban infrastructure, as well as various studies related to transportation. Two specific projects are summarized: the design of a new railway mainline in Saudi Arabia, and the preliminary and detailed design of the Madinah depot and workshops for the Haramain High Speed Railway in Saudi Arabia. Consultrans' services include project development, design, specifications preparation, and management plans.
This document provides a summary of Ra'ed Al Ramahi's professional experience and qualifications. Over his 36-year career, he has held various engineering and management roles in Qatar, UAE, Jordan, Kuwait, and Saudi Arabia. Most recently, from 2012-2016 he was General Manager at United Construction Establishment in Qatar, managing projects worth over $100 million. He has extensive experience designing, managing, and supervising infrastructure, transportation, and building projects throughout the Middle East.
There are more live projects in Infrastructure in the ME region than anywhere else. Opportunities are rising with total expenditure that can reach 100 billion USD in roads, rails projects alone as PPP and EPC. This paper highlights some of the major projects in the region and active consortiums involved.
Atkins global rail opportunities 6th March 2014Matt Cody
This document summarizes a presentation on global rail opportunities given by Douglas McCormick, Managing Director of Rail at Atkins. It discusses Atkins' capabilities and presence across various rail markets worldwide, including the UK and Europe, Middle East, Asia Pacific, and North America. Atkins has significant experience in rail infrastructure design, consulting, safety leadership, and managing complex projects. Key growth areas include metro projects in the Middle East and expanding operations in Southeast Asia.
- Oman Rail is developing a 2,135 km rail network across Oman to connect ports and economic zones.
- The network will use international standards and be designed for freight and passenger transport up to 120 km/h and 200 km/h respectively.
- An in-country value strategy aims to create local employment, procurement, skills development and economic diversification opportunities.
- Training and development programs will be established to build Omani workforce capabilities for rail operations and maintenance.
Osama Hegab is an experienced project manager with over 20 years of experience managing transportation projects in heavy industries, railways, and transportation sectors. He has a proven track record of delivering projects on time and on budget through organizing highly motivated teams and securing necessary resources. He has managed numerous railway projects in various countries, including securing over $400 million in loans from the US and Russia for railway projects in Egypt.
Planning for a World Cup: Transportation Strategy & Optimization for Qatar 2022Davies DeCesare-Fousek
The 2022 FIFA World Cup planned to be held in Qatar, will draw visitors from around the world to multiple cities in the small country. Qatar's government seeks to make Qatar a top tourist destination in the Middle East, and plans on leveraging the 2022 World Cup to showcase their opulence. However, there has been limited discussion and planning of achieving their lofty aspirations. In this honors independent research study, I worked with the department of Operations & Information Management in the Isenberg School of Management at the University of Massachusetts Amherst.
Atkins Metro Division has experience providing Building Information Modeling (BIM) services for rail projects around the world. They have used BIM on metro stations in Dubai, Mecca, Kolkata, Abu Dhabi, and Lusail, coordinating architectural, structural, and MEP designs. Atkins has 3 years of experience with Revit BIM technology, delivering fully coordinated projects and adopting BS1192 collaboration protocols.
Saudi Arabia is investing heavily to expand its transportation infrastructure over the next decade, with $141 billion planned for rail, metro, and bus projects. This creates many business opportunities for investors, including in rail construction, operation and maintenance, ports, airports, buses, and logistics services. Key rail projects include expanding existing lines, developing high-speed rail between major cities like Mecca and Medina, and constructing new economic cities that will require integrated transport systems.
CIDCO is seeking a general consultant for 3 years to oversee the development of the Metro Rail project in Navi Mumbai, India. The project involves the construction of an elevated viaduct and stations along a 10.79 km corridor from Belapur to Pendhar. Consultants must have a minimum annual turnover of 50 crores INR in the past 5 years and experience managing rail projects worth 2,000 crores INR. The request for proposals will be evaluated based on qualifications, technical proposal, and financial proposal. The last date to submit bids is September 14, 2010.
Rail has been at the core of our design services since Atkins
was established more than 75 years ago; our first rail project
was completed in 1945, involving the creation of critical
infrastructure links for the UK’s rail network.
The development of rail infrastructure in the Middle East commenced relatively recently and we’re proud to have been involved from the beginning, having been engaged as the lead design consultant for the Dubai Metro in 2006.
In the following pages you’ll learn more about us and our work,
and I hope you’ll gain a sense of our excitement to be helping our
clients to design and deliver rail projects which will play a key role in the future development of the region
16 00 meed - 17sept13 - creation of new mass transit systemIbrahim Al-Hudhaif
The document discusses options for designing a new mass transit system for Riyadh that optimize requirements like availability, life-cycle costs, safety, and sustainability. It analyzes choices for vehicles, infrastructure components, train configurations, and construction methods that improve capacity, reduce costs and footprint, speed up time to market, and increase flexibility for future growth. Standardizing on solutions like steel wheels, full motorization, frontal evacuation, and precast viaducts is recommended to optimize total system design.
The document discusses a meeting between representatives from two countries to discuss trade agreements. The first country argues that lowering tariffs and quotas would benefit both economies by increasing trade volume and opportunities for businesses. However, the second country responds that while trade is important, its domestic industries and workers need protection from foreign competition and it cannot afford to lower its barriers too much. After further negotiations, a compromise is reached where some restrictions will be reduced over time in a gradual, managed approach.
Zorica Dinić - Iskopaj bunar pre no što postaneš žedan - i ne vratiš pare, Co...Menadžment Centar Beograd
Kompanije traže načina da naplate svoja potraživanja. Prodaja po sistemu „znaš me, znam te“, proizvodi situaciju u kojoj sa klijentom zapadnete u ćorsokak. Strategija za izlazak, odnosno otplatu odobrenog robnog kredita najčešće glasi „platiće, rizik stvara kapital“. Da, ali koji?
El socket sirve para conectar el microprocesador al resto de componentes. El puente norte gestiona la memoria RAM, la tarjeta gráfica y el puente sur. El puente sur se encarga de gestionar los periféricos.
Este documento describe las actividades realizadas en varios proyectos de jardinería y mantenimiento de zonas verdes llevados a cabo por un taller de empleo en Morón de la Frontera en 2005. Los proyectos incluyeron la limpieza y creación de parterres en una antigua fábrica de cemento, el mantenimiento de un campo de fútbol municipal, y la instalación de sistemas de riego y plantación de especies ornamentales en la rotonda de la Estación y la rotonda de la avenida del Pilar.
The AltQuest Group (www.AltQuest.com) proprietary methodology is known as Perpetuity Science, Science of the Perpetuity, or the Build Side. Perpetuity science explains how perpetuities can be built, managed and exited from to create wealth. As such, it inherently has an owner focus rather than simply a capital markets focus which is manifested by the dual goals of decreasing the owner’s active involvement in the day to day of the business and the maximizing of valuation.
Perpetuity science is ultimately about maximizing quality of life rather than wealth by building perpetuities with recurring revenue streams that are not reliant on the daily participation of the owner of the perpetuity. We can take a look in a visual format of what we are trying to accomplish.
Siemens unveiled the Inspiro, their newest metro train that is lightweight and efficient. The Inspiro trains have been selected for metro projects in Kuala Lumpur, Riyadh, Warsaw, and have been proposed for London and Moscow. The Inspiro trains have an aesthetic design and aim to provide efficient urban transportation through innovation.
Züblin Ground and Civil Engineering is constructing elevated stations for the Riyadh Metro Line-6 project in Saudi Arabia. The project involves 6 elevated stations requiring over 400 piles ranging from 8 to 40 meters deep. Special challenges include space and utility restrictions, limited working hours, and variable soil conditions including soil and rock. Züblin was contracted for $5.7 million to install cast-in-place bored piles using rotary drilling rigs and temporary casings depending on site geology.
The document discusses Saudi Arabia's 2016 budget and economic outlook amid low oil prices. It announces planned spending cuts, subsidy reforms, and taxation to address a projected $87 billion deficit. Saudi Arabia will need $4 trillion in investments by 2030 to diversify its oil-dependent economy. The construction sector is highlighted as a focus for maintaining investment. Several major building and infrastructure projects expected to begin in 2016 are outlined, with total estimated values provided.
La educación continuada, extenciones y direccoin de carreraMelvin De Jesus
Este documento resume los servicios y actividades de educación continuada de la Universidad del Caribe, incluyendo diplomados, cursos taller, conferencias y seminarios. Explica que la educación continuada busca actualizar y capacitar profesionales de manera continua. También describe la estructura organizativa, reglamentos y carreras de la universidad, con un enfoque en la carrera de contabilidad.
Integrating BIM and LEAN for Project Delivery - Construction of a Major Hospi...CCT International
Webinar presented by Mr. Zuhair Haddad, CCT's Chairman for the Lean Construction Institute on 1 September 2016.
Hospitals are ecosystems of diverse functions: laboratories, imaging units, ERs, surgery and operating rooms, inpatient quarters, etc. This makes building them one of the most complex tasks, specifically room completion systems as each set of rooms have their own furnishing and finishing requirements. This entails the existence of several number of trades, where coordination grows exponentially in importance. King Hussein Cancer Center in Jordan is a prime example with fast track requirements (3 years delivery) which increase the complexity further.
Join in this webinar Consolidated Contractors Company (CCC), a leading global construction contractor who will share the above case study where BIM, advanced work packaging and Lean were implemented in an integrated approach to manage the finishing activities for the hospital. The presenter will share some of key drivers for the success of this implementation:
• BIM authoring requirements to suit project controls
• Leveraging BIM to manage schedule, cost, sub-contractors, and material delivery.
• Installation Work Packages (IWPs) creation
• IWPs management using Lean approach
• Collaboration using BIM to support Lean processes
• Lessons learned.
About the Presenter:
Zuhair Haddad is the CIO, Corporate Asset and Risk Management for Consolidated Contractors Company (CCC). He is in charge of mapping out and implementing the Project Control IT and Communication strategy for CCC group as well as directly overseeing CCC’s Information Systems, Corporate Risk, Communication and E-procurement Departments. He also leads the Plants Machinery and Vehicles (PMV) Department which manages CCC’s extensive fleet of construction equipment. Zuhair holds a Masters in Construction Management from Stanford University and a Bachelor of Science from the California State University of Chico in Civil Engineering. In 2014, Zuhair and two other inventors were granted a US Patent for their invention entitled: “System and method for hybrid solid and surface modeling for computer-aided design environments."
Riyadh metro project presentation 06052015 FinalClemens Tierie
The document discusses the Riyadh metro project in Saudi Arabia, including:
1) The project involves building 178 km of metro lines with 6 lines and 85 stations at a cost of $22 billion.
2) Construction is currently underway on several lines, including Line 4 where precast production and viaduct and elevated station construction is occurring. Tunnel boring machines are being used and assembled for Line 5.
3) Monitoring of construction and high accuracy surveying techniques are required for the project.
How millennials spend their time between work and play has fundamentally changed. This study defines new ways of thinking about digital marketing and strategy in the digital age.
The importance of customer management in any organisationAngela Ihunweze
Customer management is important for organizations to retain existing customers, gain repeat business, and fulfill customer needs to ensure the organization's success. It encompasses processes to analyze customer behavior, capture feedback, and maintain an accurate customer database. Effective customer management enables companies to provide services aligned with customer wants and identify growth opportunities. Rolls-Royce is an example of a company that has prioritized customer satisfaction for over 100 years through listening to customers and acting on their feedback.
The document summarizes an internship report submitted by Naveen Kumar for his summer internship with Larsen & Toubro Construction from June 23rd to July 22nd 2016. It provides details of the Barapullah elevated corridor project being constructed by L&T from Sarai Kale Khan to Mayur Vihar Phase 1, including project parameters, departments involved, construction methodology, safety measures, and equipment used. It also acknowledges the support received from the internship guide and L&T staff during the training period.
01. Karim Absawi updated on 22-04-2016Karim Absawi
Karim Mohamed Al Absawi is a senior project engineer with experience starting in 2010 managing infrastructure projects in Saudi Arabia, Egypt, and Qatar. He has a B.Sc. in Civil Engineering and is pursuing an M.Sc. in Structural Engineering with a focus on project management. Al Absawi is currently a project engineer at METITO OVERSEAS Qatar, where he is responsible for managing water treatment projects.
Mohamed Ibrahim El-Sayed El-Adly is a versatile civil engineer with over 25 years of experience managing high-value construction projects across the Middle East. He is currently the project manager for an $36 million hotel extension project in Kuwait. El-Adly has extensive experience overseeing all phases of projects, from planning to handover, and ensuring they are completed on time, on budget, and to high quality standards while leading and motivating multinational teams. He is proficient in English and Arabic and holds a BSc in Civil Engineering from Ain Shams University in Egypt.
This document is a project report for a Radio Cab Navigation System created by students Sujit Shelar, Shivraj Telangi, and Sanmeet Bamane at KIT College of Engineering, Kolhapur under the guidance of Mr. Patil T.B. The report includes an introduction describing the system, literature review of existing and proposed systems, requirement specifications for the user interfaces and hardware/software requirements, and system design diagrams including entity relationship diagrams, data flow diagrams, class diagrams, sequence diagrams, use case diagrams, and state chart diagrams. The proposed system will use an Android application to allow customers to book taxis, track their locations, and allow drivers to accept orders.
Musa El Sheikh has over 14 years of experience in engineering consultancy, construction management, and structural engineering. He has worked on numerous high-rise building and infrastructure projects in Abu Dhabi, including the Central Market redevelopment project and projects for ADNOC. He holds an MSc in Structural Engineering and has experience in design, construction supervision, quality control, and health and safety oversight of building projects. Currently he works as a Construction Supervisor for Hill International on energy and research projects in Abu Dhabi.
This document outlines the key elements of a project to build a motorway from Lahore to Islamabad in Pakistan. It includes sections on milestones, executive summary, work breakdown structure, responsibility assignment matrix, scope management, issue management, risk management, and quality assurance. The executive summary provides an overview of the project components and work divisions. Risks include issues with materials, soil stability, and budget constraints. The motorway is intended to improve transportation and economic connectivity between the two cities.
This document provides details on Tawfig Khidir Ibnouf Adham's experience and qualifications. He has over 21 years of experience in construction project management in Sudan and the UAE. He holds a Master's degree in Project Management and has managed numerous infrastructure projects involving roads, bridges, utilities and more. Currently he is a Senior Project Manager for a road interchange project in the UAE worth over AED 111 million.
This document contains personal and professional details of Karim El Sayed Mohamed El Ashry. It includes his contact information, educational background, objective, experience working on civil engineering projects in Saudi Arabia and Egypt between 2004-2013, tasks as a cost control and planning engineer, additional information on languages, computer skills, and interests. The applicant is seeking employment where he can utilize his 11+ years of experience in civil engineering and skills in cost control and project planning.
This curriculum vitae summarizes Moustapha Omar's experience as a program manager with over 30 years of experience managing large construction projects in several countries. It lists his education in civil engineering and construction management, languages spoken, skills in scheduling and cost control software, and work history managing projects for various employers in Egypt, Saudi Arabia, UAE, and Oman.
PROJECT MANAGEMENT - ASSIGNMENT ON BRIDGE CONSTRUCTION PLAYS A ROLE OF PROJEC...Yamini Kahaliya
This Assignment is on role of project manager in the bridge construction.
the subject is project management
this is beneficial for bba/mba students
covers the following topics -
Meaning of Project Management
Meaning & role of Project Manager
Project Life Cycle
Introduction
First step
Second step
Third step
Fourth step
Fifth step
Conclusion
Bibliography
Our college conduct a site visit at Morib. Lecturer bring degree students and diploma student go for site visit to learn something special that we cannot see and learn in the class. It such a very good memory in our study life. Thank you to our lecturer for planning this wonderful activity.
Larsen & Toubro Limited (L&T) is a large Indian engineering, construction, and manufacturing company with international operations. The document discusses L&T's Engineering Construction and Contracts Division (ECC) and its involvement in the Delhi-Agra Road Project. Key details include:
- ECC is India's largest construction organization with over 60 years of experience in infrastructure and other sectors.
- The Delhi-Agra Road Project involves six-laning an existing road, including construction of bridges, underpasses, and flyovers along the route from Delhi to Kolkata.
- The project value is Rs. 2040 crores with a contract duration of 31 months beginning in October 2012. Larsen
This document outlines a project to provide over 300 workers to Saudi Aramco in Saudi Arabia for one year. It includes a list of 286 required positions, with 154 workers available from Oman and the remainder requiring visas. It describes 4 phases: 1) initiating planning with legal documents and visas; 2) organizing tasks, job descriptions and reporting structure; 3) controlling project activities through communication and issue resolution; and 4) completion reporting. Timelines and action plans are provided for obtaining visas and mobilizing workers within budget and requirements. Regular interim reporting to management is emphasized to track progress and address any issues.
The document provides details about the Vasant Vihar Metro Station project being constructed by L&T-SUCG JV for DMRC Phase III. It discusses the construction methodology used, which is bottom-up for Vasant Vihar station due to medium hard rock profile, and top-down for other stations. It describes the scope of work including construction of tunnels and 5 underground stations. Safety and environmental management practices are emphasized. Construction activities like excavation, soldier piling, rock bolting, and erection of diaphragm walls and retaining walls are outlined.
The document provides an overview of the Delhi Metro rail project, including its phases, highlights, and challenges. The key points are:
- The Delhi Metro project was established in 1995 as a joint venture between the federal and Delhi state governments to construct and operate the metro system.
- Phase I was completed in 2005, Phase II in 2010, and Phase III is ongoing. The project will ultimately cover 420 km across 12 lines.
- Operation highlights include 2500 daily train trips carrying over 16.5 lakh passengers. Challenges included constructing the metro in a dense urban environment and meeting tight deadlines.
- Project management involved detailed planning, monitoring, and resolving interface issues between contractors to deliver the project
AYESA Presentation - GC East Coast Railway_12th January.pdfrinkumandaljis
This is to certify that Mr. Rinku Mandal was employed as a Planner and Scheduler (Planning Manager) with our company SYSTRA MVA Consulting (India) Private Limited (SMCIPL) for execution of DFCCIL Project. We certify that he has worked with the us from 06-Aug-2018 to 03-Aug-2021.
During the tenure he was involved in Planning and Execution of construction work like Earthwork, piling work, Bridges construction, Erection and launching of Girders, Residential & Station Buildings, and other associated civil works. In addition, he was also involved in monitoring of the Works Programme, real time monitoring of work progress and support to the Contract department for claims and variation. He was responsible for supervision of work with Quality and HSE requirements.
His contributions to the organization and its success will always be appreciated. We at SYSTRA MVA Consulting (India) Private Limited (SMCIPL) wish you all the best in your future endeavors.
This document is a project report for GroomAuto, an online portal for vehicle services. It was submitted by Dipak Dholakiya in partial fulfillment of a degree in computer engineering from RK University. The project was developed under the guidance of Sheetal Pandya and Himank Pandya at Maxgen Technologies from December 2017 to April 2018 using PHP. The report includes an introduction to the project, project management details like planning, risks, and requirements.
Role of PMC in Construction of Collector Well Project, a Case StudyIJERA Editor
The rapid expansion and intricacy in the construction industry cause difficulties in maintaining performance, time, and quality services of a construction project, which leads to the failure to meet the scope and objective of a project. In addition, improper planning, widespread dependence, and low availability of materials increase the cost of the construction project. To manage such issues, Project Management Consultancy is one of the management solutions that have been widely used. Project Management Consultancy plays a multifaceted role in providing services from the beginning of construction to its completion. Project Management Consultancy makes sure whether we are moving in the right pathway according to the planned schedule. Use of Project Management Consultancy offers constructive management solution for the proper execution of work, improved performance, quality, and outcome of the project. The objective of this paper is to study the role and responsibilities of Project Management Consultancy while executing a project and the risks associated with it. This research is carried out via a case study of the construction of an industrial project governed by a Project Management Consultancy from preconstruction phase to completion.
2. 2
Summary sheet:
KING SAUD UNIVERSITY
COLLEGE OF ENGINEERING
DEPARTMENT OF CIVIL ENGINEERING
CE999 – APPROVED EXPERIENCE
SUMMARY SHEET
Student Information:
Name: Bader aljubair
Department: Civil Engineering
Id:433101646
Training Position: Civil Engineer Intern
Training Firm(s) Information:
Name: almabani general contractors co.
Specialty: Contracting
Location: Riyadh, Kingdom of Saudi Arabia
Supervisor(s) Information:
Name: Mr. Rawad
Position: Human Resources employee
Exact Duration of Training:
from: June 4 2016
up to: august 18 2016
Student’s Signature Bader aljubair
Date September 27, 2016
3. 3
Contents
Summary sheet:............................................................................................. 2
Contents ....................................................................................................... 3
Abstract........................................................................................................ 4
Introduction................................................................................................... 4
Department Rotation...................................................................................... 6
Project introduction and training .................................................................... 6
Procurement Department ............................................................................... 7
Risk Management Department ....................................................................... 7
QA/QC Department....................................................................................... 7
Cost Control.................................................................................................. 9
Planning and scheduling Department............................................................ 10
Engineering and MEP Departments.............................................................. 11
Plant Machinery and Vehicles (PMV) .......................................................... 11
Six Sigma Department ................................................................................. 13
safety.......................................................................................................... 14
Site Rotation ............................................................................................... 15
UTILITY DIVERSION TEAM.................................................................... 15
Deep Underground Station (2B4) ................................................................. 18
Conclusion.................................................................................................. 21
4. 4
Abstract
As required from our Civil Engineering program at KSU, we should undergo a 10 weeks internship during
the summer. During this summer, I have been able to perform my internship with almabani at one of the
biggest projects in the Arab Region which is the Riyadh Metro Project for 11 weeks. The following report
describes by details my internship experience with almabani at the Riyadh Metro Project.
Introduction
The Riyadh Metro is a part of the Riyadh Public Transport Project. The plan received approval from the
Riyadh council of Ministers in April 2012. The Riyadh public transport project also includes construction of
a bus network. The metro project is owned and operated by the Al Riyadh Development Authority (ADA).
The project execution period was supposed to be five years with an optional service period for the following
10 years. But due to different circumstances, the project execution period has been delayed and it is
supposed to be done in 2020.
The Riyadh Metro development consists of six lines, 178 km long with 85 stations including underground,
elevated and at-grade sections. Two of the lines ( 1 and 2 ), totaling 63 km and including 40 stations and two
iconic stations, are taken by BACS consortium whereas the other lines and stations are divided between
ANM and FAST consortiums. The BACS consortium includes four huge companis ( Bechtel, Al Mabani,
CCC, and Siemens)
5. 5
Figure : Riyadh Metro Bannr
Line 1 stretches from north to south through the center of Riyadh, along the Olaya-Batha Pathway, covering
a total of 38 kilometers. The line will include 22 stations and 4 transfer stations where it will connect with
other new metro lines. Most of line 1 will be underground.
Line 2 runs east to west along King Abdullah Road and will be built mostly at grade (15 km) with some
elevated sections. This line extends for more than 25 kilometers with 13 stations and 3 transfer stations.
Figure : Riyadh Metro Map
6. 6
Department Rotation
Figure : BACS Internship Program
Projectintroduction and training
on the 4th of June,2016., i headed BACS office where i met with Mr. Rawad from the Human Resources
department who is responsible on almabani trainees. Mr. Rawad gave me a brief orientation about the
almabani or BACS training schedule which extends to 10 weeks of training that includes a rotation to
several departments in the project for 4 weeks and then 6 week training on different sites of the project,
since such metro project includes tens of sites. I were given ID cards so that i can enter the offices normally
like any other employee at the BACS consortium Then, Mr. Rawad took me to another location ( Oruba 2 )
where safety inductions are given safety helmet, glasses, vest, and boots. I were given at first a safety
induction by Mr. Zahi Saliba, who is an employee with Mabani and works in the Safety Department at Bacs.
Then I were given the work at height training, deep underground training respectively and confined spice in
the last day in jurisi office in olya .
7. 7
ProcurementDepartment
The second department on schedule was the procurement department. The procurement department is
located in BACS main office which is in al ahssa road . We got introduced to Mr. Maroun Lebbos, head of
procurement department, who gave us an introduction about the procurement process in the Riyadh Metro
Project. After that, Mr. Lebbos called several procurement employees to explain to us their work at this
department. The process starts from the buyer which is the ordering process to expediting and at last to
receiving the materials ordered. The major objective of the department is to ensure that the material ordered
by the field engineers will arrive to the project on time and according to the specifications that are required
to meet the project standards. On our training schedule, procurement was supposed to take two days but we
have done everything in one day. So the next day we headed to the next department on schedule.
Risk ManagementDepartment
The risk management department is located in Oruba 1 office. The head of the Risk Management
department is Mr. Klint. Mr. Klint was so busy on that day so he just gave us an hour of his time to
introduce us about risk management and the work of his department. According to Mr. Klint, risk
management is the ability to identify risks and manage to respond to them effectively to reduce their effects
and achieve project objectives. Risk identification and management is very essential especially in large
projects where we can afford a lot of time, money, and safety through managing all risks.
QA/QC Department
The QA/QC department is also located in Oruba 1. When we first reached the department, we met with Mr.
Florian laguer ( French ) who is the head of the Quality assurance. Then, we met with eng: Omar Kabbani
who works at the quality assurance department. Omar decided to take care of us and gave us a quality
induction. After that, Omar gave us a small exercise on how to write quality reports. At first, we were given
some pictures taken at site. We needed to identify the problems in those pictures and write them in a report
8. 8
card. After that, we needed to suggest different solutions for the problems identified and write them in the
report card. At the end of these reports, we should write the lessons learned from such problems in order not
to repeat such mistakes in the future and to maintain quality.
On the second day, we went to Mr. Marwan Karam, head of quality control department. Mr. Karam gave us
a small introduction about quality control. In general, quality assurance is present in order to ensure avoiding
mistakes before the work is done in order to maintain quality. Quality control is controlling quality through
the work process. On each site, there must be a quality superintendant that monitors and controls the work
on site to provide the best quality. After finishing our meeting with Mr. Karam, we headed with one of the
quality superintendants to a site to know more about the work of these superintendants.
Figure: Low Wall Quality
Figure: Labors working on a Slab
9. 9
CostControl
The next department on the schedule was the cost control department. We were first introduced to the head
of the Cost Control in the Riyadh Metro Project Mr. Vishmanath. He gave us a small introduction about the
department and how cost is maintained along the project with its different stages from designing to
procurement to construction. Mr. Vismanath explained to us this process through drawing the influence
diagram and monitoring the progress of project with time. We learned also about how the department
controls project costs through monitoring purchases and records through software (PROJMON &
TALISMAN).The department relies heavily on the Cost Code which lists all available items and services as
well as their respective codes which is linked to a database containing all relevant details. We also learned
about the division of large tasks (such as building a viaduct) into smaller work packages (such as excavation,
primary concrete works, finishing) and the corresponding format in which they are displayed (showing task
information, work package information, codes, hourly/daily/monthly rate, unit cost, total cost, etc…). After
that we also saw the bid tabs which show the status of several bidders and the cost engineers there explained
to us the criteria by which each bidder was selected. We were introduced also to the estimation manager Mr.
James Jones who was very friendly with us and introduced us to the whole estimation team where they
informed us about their experience and advised us to work in cost control in our future.
10. 10
Figure : Influence diagram drawn by Project Controls manager
Planning and scheduling Department
After spending the past two days in the cost control department, we were supposed to spend the upcoming
two days at the planning department. We met with the planning manager at the BACS consortium Mr.
11. 11
Collins. Mr. Collins gave us a big booklet that describes the role of each employee in the planning
department, such as the development and planning manager. We learned how the planning process occurs
before any execution through meetings between the managers. Through planning, every big task is broken
down into several steps. The planning department at the BACS consortium uses the Primavera software
which makes it easier to break down a big process into smaller tasks with the schedule being present. The
planners always make sure that the project process is abiding by the schedule and is not on delay. At the
BACS consortium, the planning department does every quarter of a year a forecast to determine whether the
project is on track or late there by depending on the previous forecast. The planners will change the
activities that will take place, and will know where to dedicate the resources more.
Engineering and MEP Departments
Both departments are located in Oruba 1. In the engineering department, we met with Mr. Sanchez who gave
us several engineering drawings and specifications where our task was just to read them. In the MEP
department, we were given a brief introduction about the mechanical, electrical, and plumbing works in the
Project. The mechanical part includes air conditioning and pipe distribution along the whole metro
especially in water tanks in stations. The electrical part is one of the essentials in this project which is
concerned in initiating the metro and keeping its work running continuously. The plumbing part is also
concerned with water piping along the project.
Plant Machinery and Vehicles (PMV)
On that day, we visited Oruba 2 where the PMV department is present. We met with Mr. Toufic Salem who
explained to us the role of the PMV department in the project. The PMV department is responsible on all
machines and vehicles needed in the project. The PMV department is responsible of ensuring the transfer of
the machines required to a specific site and monitoring its workability and duration. The PMV department is
also responsible of fixing and maintaining all the machines and vehicles regularly. An example of such
machines and vehicles are the crawler crane, fork lift, air compressor, wheel excavator, and tens of other
machines.
13. 13
Figure: with Mr. Toufic Salem PMVdepartment in the project Figure: Driving the Bobcat in the PMV yard
Six Sigma Department
The six sigma department is a small department at the BACS consortium consisting only of 5 employees.
The six sigma concept is initiated by Bechtel and is being also launched at the BACS consortium. The six
sigma department’s role at the project is to find any barriers that are slowing the work process and
increasing the project delay significantly. The department’s role is to find the causes of such delays in order
to save a lot of time; hence they would be saving big amounts of money. When we headed to the department
at first, we were introduced to the six sigma manager at BACS Mr. Toufic Rahhal and his team. Each
member of the team gave us a presentation about a previous project they worked on in the Riyadh Metro
Project. For example, one member has studied the delay of some paperwork and proposed a solution for it
which saved a lot of time and money. In this department, we learned the importance of saving time to be
14. 14
efficient in life in order to save other valuables such as money. We were given a task also to think of an
experience that happened with us in the past that could have been dealt with an efficient way. Each of us
presented this experience and gave an efficient solution of how it should have been dealt with in order to
make the most of our time.
safety
The safety department is located in Oruba 1 ,and we met with the BACS safety manager Mr. John Paton and
his assistant David. Mr. Paton gave us a small introduction about his experience in the Riyadh Metro Project
with BACS. , we were capable of attending the different sites in this project, such as climbing a viaduct after
attending the work at height safety training. On the next 2 days, Mr. David took us to the east depot (steel
structure) where trains would be parked and maintained. After that, we went to the south of Riyadh where
most viaducts are present. In this project, BACS is very strict about safety where it is a must. On every site,
there is a safety supervisor where most of them are Bechtel employees.
Figure: East Depot
15. 15
Site Rotation
The site rotation was 26 . i supposed to attend 3 different sites,. But since Eid al Fitr was during these 26
days, all the sites had closed for 3 days. So Mr. Rawad told me to attend in utility diversion team with
construction managers in aljurisi office in olya ENG remi chawbah. whereas the others 2 site was a deep
underground station at king Abdullah road KAR and the other one was in KAR with olya st and the 3rd site
was underground station which is located in KAR with salman al farsi street.
UTILITY DIVERSION TEAM.
On the first week of the site rotation, I contacted Mr. antony sarcis the delivery director and he send me to
Mr remi chawbah construction manager of the utility diversion team located in the aljurisi office in Olay.
Due to Ramadan and the very hot temperature, the site program was at midnight from 2 A.M. till 11 A.M..
The first time I attended this office, I was introduced to Mr mohamed hamud ,Mr kream khlefa and Mr
meshel. All of them are site engineer on different sites. I visit 3 site with the team, One site was in king
Abdullah road with ENG mohamed hamod and the other 2 site was in olya street with ENG karem khalefa
and meshel
They took care of me all the time. which takes around 2 weeks and they show me drawings issues from stc
,NWC and SEC, overview about Saudi standard and specification , issuing permits for wet and dry utility
,follow up on exaction and cable laying of dry utility.
utility diversion team are distributed between wet utilities (Potable water, storm drainage, and sewage
gravity) and dry utilities (electrical cables and telecommunications). After finishing with the utility
16. 16
diversion, an investigation occurs on the type of soil and water table level using piezometers. After that,
there is the process of grouting to stop infiltration from outside to inside of the box.
Figure: Utility Diversion Achievement
Figure ; Olaya station excavation 2 Figure: Olaya station excavation
17. 17
Figure : PierFoundation Figure : PierConstruction
Figure 22: utility excavation works Figure 23: Crane Foundation
18. 18
Figure: PierConstruction(2) Figure: Boreholes
.
Shallow &At Grade Station (CN33)
After the Eid Al-Fitr vacation, I had four weeks in my internship. Mr. Rawad told me to visit the CN33 site
which lies end of KAR on line 2., all the stations and metro are deep underground since Olaya is the center
of Riyadh city where most of malls and hotels are present. The project manager at the cn33 station was Mr.
Mario Yunen. Mr. Yunen introduced me to the team on the site and has told the field engineer Mr. majed to
take care of me through my 2 weeks stay on the site. Mr. majed has explained to me the whole process that
is undergoing on the site. The work being done on this site is still excavation and dewatering. The
excavation process consists of several steps. The first step which is one of the hardest is the utility diversion.
At BACS consortium, there is a department for utility diversion. In addition, grouting is also done to cover
the space from releasing the bore holes for soil investigation. After the grouting process, deep wells are
19. 19
drilled by a piling rig for the dewatering process. Pumps are used in order to pump the water from the
ground to the sedimentary tanks where the water will be treated. After that, the tower cranes are installed
and then excavation work can start. During those 12 days, we checked some design maps ,made several trips
to the site with the faild engineer.
DeepUnderground Station(2B4)
On the 9th week of the site rotation, I contacted Mr. wassim seaman the project manager of the 2B4 which is
in KAR line2. The construction manager at the 2B4 station was Mr. sharon. Mr. Sharon introduced me to
the team on the site and has told the site engineer Mr. Mohamed hamad to take care of me through
me 2 weeks stay on the site. Mr. hamad has explained to me the whole process that is undergoing on the
site. The work being done on this site is we checked some design maps and made several trips to the site
with the project engineer and check the drawings for columns and walls for rebar size and spacing
,formwork, shutters also check the drawing for water proof and water stop and the installation ,we check
also the plastering process and we attend during the concert truck was on the site and we do the slump test
.after finished my period I ask Mr wissam and mr hamad to stay more one week and they agree and I stay
more one week in this amazing site.
Figure : During Site work with Eng Hamad Figure :during casting
21. 21
Conclusion
In conclusion, my internship with almabani at sucha huge project was a life time experience.
I had learned a lot from this experience especially by knowing how to depend on myself in
addition to knowing how the construction system works as a whole with the coordination
and cooperationbetween all the departments and directors, whole experience at this project
was great . If I got a job offer at almabani in this project, I would not reject it of course.