1-Pavement Management System (PMMS) and Road Asset Management Project for the City of Mecca (KSA) :

Project Description:

The Pavement Maintenance Management System (PMMS) project for Makkah Municipality was a large-scale initiative aimed at enhancing the management of road infrastructure within the city. The project involved developing a comprehensive GIS-based system to monitor and evaluate pavement conditions, enabling more effective maintenance planning and resource allocation. By integrating spatial data with pavement condition assessments, the PMMS provided Makkah Municipality with the tools necessary to optimize road maintenance schedules, extend the lifespan of roadways, and improve overall transportation infrastructure management.

My Role:

As the GIS Engineer and Coordinator, I was responsible for leading the GIS implementation of the PMMS project. My contributions included developing and managing a detailed GIS database using Oracle 10g, which served as the backbone of the system. I also prepared a comprehensive GIS data dictionary and adjusted road network data to ensure seamless integration with survey teams' field data. My role required performing rigorous QA/QC procedures using Data Reviewer and Topology tools to ensure the accuracy and reliability of the GIS data. Additionally, I coordinated closely with internal teams and external stakeholders to ensure the successful delivery of the project.

Results:

The implementation of the PMMS significantly improved Makkah Municipality's ability to manage and maintain its road infrastructure. The GIS database provided a centralized, accurate, and up-to-date repository of road and pavement condition data, which facilitated informed decision-making. The detailed pavement condition maps and maintenance decision reports produced during the project enabled the municipality to prioritize maintenance activities more effectively, resulting in better allocation of resources and improved road conditions throughout the city. The project's success was marked by its contribution to the longevity and safety of Makkah's roadways, supporting the city's growing infrastructure needs.

2-Pavement Management System (PMMS) and Road Asset Management Project for the City of Buraidah  (KSA) :

Project Description:

The Pavement Maintenance Management System (PMMS) project at Buraydah Municipality was designed to systematically manage and maintain the city's road infrastructure. This initiative aimed to enhance the durability and safety of the road network by accurately assessing pavement conditions, planning maintenance activities, and optimizing resource allocation. The project utilized a Geographic Information System (GIS) to collect, manage, and analyze data, ensuring informed decision-making for infrastructure maintenance.

My Role in the Project:

As a GIS Engineer and Coordinator, I was responsible for managing the GIS database, which served as the central repository for road infrastructure and pavement condition data. I coordinated with survey teams to ensure the seamless integration of road and street data into the GIS system. Additionally, I played a key role in generating detailed pavement condition maps and maintenance decision reports, which were crucial for guiding the municipality's maintenance strategies.

Project Results:

The project led to significant improvements in the accuracy and effectiveness of maintenance decisions. By utilizing GIS for detailed data analysis, the municipality was able to optimize maintenance schedules, reduce costs, and extend the lifespan of the road network. The comprehensive GIS database provided a robust foundation for ongoing infrastructure management, contributing to the overall safety and efficiency of Buraydah's transportation system.

3. Large-Scale Regional Planning project: Damascus Countryside, Syria (26,000 km²) 

Project Description: 

The Damascus Countryside Regional Planning Project was a comprehensive initiative aimed at addressing pressing issues such as poor infrastructure, environmental decline, and imbalanced socio-demographic structure across a 26,143 square kilometer area surrounding Damascus, Syria. This large-scale project sought to develop a strategic framework for sustainable growth and infrastructure development, integrating various aspects of urban and rural planning. The project utilized geographic information systems (GIS) and other planning tools to define and achieve development strategies promoting sustainable economic growth and job creation while minimizing adverse effects on the environment and cultural-social structure. 

My Role in the Project:

As the GIS Expert and database administrator for this project:

• Geodatabase Management: I designed and maintained the geodatabase, which served as the central repository for all spatial data, enabling seamless data integration and analysis.

• Map Production: I produced a wide range of maps using GIS software, covering population distribution, urban development, tourism, water resources, environmental factors, existing and proposed road networks, and land use. These maps provided critical insights that informed the regional planning process.

• Collaboration: I worked closely with engineers and experts specializing in planning, construction, agriculture, environment, and transportation, providing technical support and ensuring the smooth execution of the project.

• Capacity Building: I organized and conducted GIS training courses for engineers and technicians, enhancing the local workforce's ability to use GIS tools and techniques in future projects.

Project outcomes:

• Successfully produced comprehensive regional plans providing a clear framework for sustainable economic development, job creation, and environmental and sociocultural preservation.

• Developed a comprehensive geodatabase serving as a foundation for informed decision-making in regional planning.

• Created a series of detailed, multi-layered maps providing visual representations of current conditions and future projections for the Damascus Countryside.

• Formulated a data-driven transportation strategy incorporating current infrastructure, projected needs, and proposed improvements.

• Enhanced environmental preservation efforts by identifying areas of concern and developing protection strategies using GIS analysis.

• Improved GIS capabilities within the organization and partner companies through targeted training programs, contributing to local workforce capacity building.

• Strengthened stakeholder engagement and partnerships between organizations involved in regional planning and development, including collaboration with the Syrian Geographical Society, Remote Sensing Authority, and General Administration of the General Company for Studies.