SENIOR INSPECTOR ENGINEER & SOFTWARE INTEGRATION SPECIALIST - ADVANCED INSPECTION METHODOLOGIES FOR
ERI
Total des années d'expérience :11 years, 9 Mois
1. Implemented user-friendly interface for seamless navigation and accessibility.
2. Incorporated data validation mechanisms to ensure accuracy and reliability of inspection data.
3. Enabled customizable reporting features to accommodate project-specific requirements.
4. Integrated real-time data synchronization capabilities for efficient collaboration among inspection teams.
5. Developed comprehensive data backup and recovery protocols to safeguard against potential data loss.
6. Designed interactive dashboards to provide stakeholders with insightful project status updates.
7. Implemented automated notification systems to alert stakeholders of critical milestones and deadlines.
8. Incorporated data visualization tools for intuitive interpretation of work progress metrics.
9. Facilitated seamless integration with existing project management tools for enhanced workflow efficiency.
10. Conducted rigorous testing procedures to validate software reliability and performance under diverse operating conditions.
11. Conducted thorough risk assessments to prioritize inspection schedules based on structural integrity and public safety considerations.
12. Collaborated with engineering teams to implement advanced inspection techniques and methodologies for comprehensive assessment.
13. Conducted regular training sessions to ensure adherence to AASHTO 2015 Methodology standards among inspection teams.
14. Implemented standardized documentation protocols to maintain consistency and accuracy in inspection reports.
15. Facilitated continuous improvement initiatives to optimize inspection processes and enhance overall efficiency.
at RGF - In King
Abdulaziz International Airport at Jeddah
1. Served as Laboratory In-charge for the AL-Taif University Construction Project, overseeing Concrete and Soil Quality Control procedures.
2. Conducted rigorous Concrete Quality Control testing:
• Determined Concrete Beam Flexural Strength according to ASTM C78 standards.
• Tested Concrete Chemical Admixtures in compliance with ASTM C494 specifications.
• Evaluated Concrete Compressive Strength following ASTM C39 guidelines.
• Implemented Concrete Coring testing procedures adhering to ASTM C42 standards.
• Conducted regular inspection of Concrete Plants to ensure quality and compliance with industry standards.
3. Facilitated Soil Quality Control testing:
• Conducted Soil Classification according to ASTM D2487 standards.
• Conducted Compaction tests based on ASTM D698 protocols.
• Determined Atterberg limits in accordance with ASTM D4318 specifications.
4. Implemented stringent quality assurance measures to uphold construction project standards and regulatory compliance.
5. Collaborated closely with project stakeholders to address quality control concerns and optimize construction processes.
6. Provided comprehensive documentation and reporting on test results, ensuring transparency and accountability throughout the project lifecycle.
7. Conducted regular calibration and maintenance of laboratory equipment to ensure accuracy and reliability of test results.
8. Played a pivotal role in maintaining a safe and conducive working environment within the laboratory premises
1. Spearheaded Pavement and Material Engineering initiatives at the KAIA project, focusing on optimizing infrastructure durability and performance.
2. Executed the design of Hot Mix Asphalt (HMA) using advanced methodologies like Superpave and Marshall Methods, ensuring superior pavement quality and longevity.
3. Implemented comprehensive Quality Control/Quality Assurance (QC/QA) protocols:
• Conducted Aggregate testing to assess material properties for pavement construction.
• Performed production tests including RTFO aging of bitumen, DSR, BBR, PAV, RV, Elastic Recovery, Penetration test, Fire & Flash Point test, and Softening Point Test.
• Conducted Hot Mix Asphalt Inspections to verify compliance with project specifications and standards.
• Employed Field Density Determination techniques for Asphalt Concrete to ensure proper compaction and structural integrity.
4. Collaborated closely with stakeholders to address quality concerns, optimize production processes, and ensure adherence to project timelines and budget constraints.
5. Provided expertise on material selection, pavement design, and construction methodologies to enhance project efficiency and performance.
6. Generated detailed reports and documentation of testing procedures, results, and recommendations for data-driven decision-making and project oversight.
7. Maintained a proactive approach to safety, implementing best practices and protocols to mitigate risks and ensure a safe working environment for project personnel.
Study of Structural Pavement Design for Saudi
Arabian Roads by using Mechanistic Empirical Pavement Design
Guide (MEPDG) AASHTO software In King Abdulaziz City for Science
and Technology.
1. Led initiatives in surface distress detection of pavement using advanced digital image processing techniques, ensuring proactive maintenance and preservation of asphalt road infrastructure.
2. Implemented comprehensive evaluation methodologies to assess the condition of asphalt roads, focusing on identifying and analyzing pavement defects such as Transverse, Longitudinal, and alligator cracks.
3. Utilized ICC IMAGING WORK STATION to accurately measure crack width, enabling precise quantification of pavement distress and facilitating informed decision-making regarding maintenance and repair strategies.
4. Collaborated with stakeholders to effectively communicate findings and recommendations, facilitating timely interventions and optimizing pavement performance.
5. Demonstrated proficiency in utilizing digital image processing tools and techniques to enhance the efficiency and accuracy of pavement evaluation processes.
6. Contributed to the enhancement of international collaboration by providing detailed assessments and data to the provider country, fostering knowledge exchange and best practice sharing in pavement management and maintenance.
7. Maintained meticulous documentation of assessment procedures, results, and recommendations to support data-driven decision-making and ensure accountability throughout the pavement management lifecycle.
8. Demonstrated a commitment to continuous improvement by staying abreast of emerging technologies and best practices in pavement assessment and management.
1. Provided meticulous supervision on concrete mixtures implementation at construction sites, ensuring adherence to specified volumetric ratios for building repair work.
2. Implemented grout material in repair works to ensure adequate coverage of steel bars within beams, ensuring structural integrity and longevity.
3. Served as a Construction and Design Engineer for High Rise buildings, contributing to successful project completion through meticulous planning and execution.
4. Utilized AutoCAD for precise drafting of structure systems, enabling accurate allocation of vertical and seismic loads during the design process.
5. Exported designs to ETABS Program for comprehensive structural analysis and optimization, ensuring resilience against dynamic forces.
6. Provided construction supervision to ensure adherence to design specifications, quality standards, and safety protocols throughout the construction phase.
7. Demonstrated proficiency in leveraging industry-standard software tools to streamline design processes, optimize structural performance, and ensure compliance with regulatory requirements.
8. Collaborated closely with multidisciplinary teams to achieve project milestones and deliver high-quality outcomes within established timelines and budgets.
9. Played a key role in ensuring structural integrity and safety of high-rise buildings, employing advanced engineering principles and best practices to mitigate risks.
10. Maintained meticulous documentation of design iterations, construction progress, and quality assurance measures to facilitate effective communication and project oversight
Graduation Appreciation: Very good (76.6%) Graduation Project: Structure (Excellent) Graduation year: 2012
Al-Abbasiya Military Secondary School" is one of the prestigious schools in Alexandria. It began its educational journey in October 1910 with an initial enrollment of 475 students. After about four months of schooling, the inauguration ceremony was officially celebrated by the "Nazaret Al-Ma'arif" (Supervision of Education) on Saturday, January 21, 1911. The ceremony was presided over by Khedive Abbas Helmi II and attended by Prince Omar Tousson, the head of the Supervision Council, as well as officials from various governmental departments in Alexandria, dignitaries, and notable figures