Hassan Abbas

• Expertise in analyzing global financial markets and identifying profitable opportunities through market research, data analysis, and financial modeling.
• Consistently followed trading plans and strategies, even during periods of market volatility or uncertainty, showing a patient and disciplined approach.
• Demonstrated proficiency in data analysis and modeling by creating a customized Excel worksheet to test and optimize the effectiveness of multiple trading strategies in various market conditions, resulting in improved returns on investment.

• Performed comprehensive cost estimations and quantity take-offs from project
specifications and drawings.
• Proficient in working with the ACI (American Concrete Institute) code, applying its
guidelines and standards to ensure compliance and quality in concrete-related aspects
of construction projects.
• Utilized software and tools such as Excel, AutoCAD, or estimating software to
enhance productivity and accuracy in quantity surveying tasks.

• Conducted on-site inspections of 500+ buildings, villas, and other structures to assess
war related damage.
• Methodically collected and documented critical structural and architectural data,
including precise measurements and photographic evidence, to inform official damage
reports.
• Facilitated accurate damage assessment and reporting through effective collaboration
with local authorities, engineers, and property owners.

• Proven expertise in comprehensive cost estimation, budgeting, and control for construction projects, including accurate quantity take-offs, detailed cost estimates, analysis of project specifications, drawings, contracts, and market trends for cost savings and value engineering.
• Proficient in working with the ACI (American Concrete Institute) code, applying its guidelines and standards to ensure compliance and quality in concrete-related aspects of construction projects.
• Utilized software and tools such as Excel, AutoCAD, or estimating software to enhance productivity and accuracy in quantity surveying tasks.

• Structure-Soil-Structure interaction was the focus of my graduation project and it was performed on Bentley PLAXIS software.
• The report provided a detailed examination of the impact of a 12-meter-deep excavation supported by steel pipe struts on the columns, beams, slabs and foundation of a nearby structure. The study explores how this excavation affected the building on different excavation depths, different struts placements, types of soil and at varying distances of buildings from the excavation site.
• Conducted a range of soil sample tests in the geotechnical laboratory, including California Bearing Ratio (CBR), Atterberg limits, measurement of soil water content, analysis of particle size, and testing of compression strength. Additionally, Plastic Limit and Liquid Limit tests were performed to assess the soils behavior under different moisture levels.
• Collaborated effectively with colleagues and supervisors to complete projects on time, utilizing strong communication and project management skills.
• Performed a complete structural analysis of a steel warehouse using Robot structural analysis software, including detailed drawings to accurately represent the design and engineering of the structure.

• Inspections were carried out regularly to keep track of the daily progress on the construction of Plaza mall, which spans across an area of 40, 000m². These inspections included tasks such as pumping out water to prepare for pouring concrete foundations, positioning steel reinforcements, and applying pre-cast slabs.
• The project included deep excavation, Construction of a foundation beneath the ground water table, hollow core slabs, pre-cast beams, and post-tension slabs.
• A detailed PowerPoint presentation was provided to my professors in the university.

• Conducted regular site inspections to monitor daily progress across a 40, 000m² Plaza
mall construction project. These inspections included tasks such as pumping out water
to prepare for pouring concrete foundations, positioning steel reinforcements, and
applying pre-cast slabs.
• The project included deep excavation, Construction of a foundation beneath the ground
water table, hollow core slabs, pre-cast beams, and post-tension slabs.
• Presented detailed technical findings and project progress reports to university faculty.

• Analyzed complex Structure-Soil-Structure interactions, using Bentley PLAXIS to
model the impact of a 12-meter-deep excavation on a nearby building.
• Evaluated multiple design variables, including varying soil types, excavation depths,
and distances between the structures to assess the buildings response.
• Conducted a full suite of geotechnical laboratory tests (CBR, Atterberg limits,
compression strength) to determine foundational soil properties and behavior.
• Performed a complete structural analysis and created detailed engineering drawings for
a steel warehouse using Robot Structural Analysis software.

• Taught and mentored students in math and physics, providing a strong foundation in engineering principles.
• Taught university students multiple courses like Reinforced concrete, soil, Robot structural analysis and foundation.
• Performed regular assessments to track student development.
• Maintained a flexible schedule to accommodate the needs of students.

• Mentored university students in core engineering subjects including Reinforced
Concrete, Soil Mechanics, and Structural Analysis.