As a Structural Engineer specializing in Bridges and Infrastructure at AECOM, I have been deeply involved in some of the most ambitious infrastructure projects in the Middle East. Over a 24-month period, I contributed to the NEOM Infrastructure Project in Saudi Arabia, focusing on the design and construction of an underground railway station. My responsibilities included modeling, analysis, and design using ACI, SBC, and AASHTO standards. I prepared comprehensive technical reports, responded to CRS comments from CAT3 checkers, and actively participated in CRS meetings. I also optimized project costs by exploring and evaluating various design options and coordinated closely with the BIM team to ensure accurate drawings. Additionally, I mentored junior engineers, fostering their growth and development.In the Diriyah Square Development Project, I contributed to the design and analysis of underground tunnels over a 3-month period.Currently, I am working on the Hafeet Rail Project Package C, a critical link connecting the UAE to Oman. My role involves the analysis and design of under-bridges in accordance with AREMA, Eurocode, and AASHTO standards, as well as overseeing coordination with the CAD/BIM team to produce precise drawings that meet project specifications.Throughout my tenure, I have remained dedicated to delivering high-quality engineering solutions, optimizing designs for cost efficiency, and mentoring junior engineers.

•Performed CAT3 checks on superstructures, including post-tensioned PSC "I" girders and struted box girders, ensuring compliance with engineering standards and project specifications.•Conducted CAT3 checks on box culverts using Finite Element Method (FEM) modeling to verify structural integrity.•Designed a transversely connected double box girder utilizing FEM, optimizing the structure for performance and safety.•Led the design of a 150-meter arch bridge, focusing on structural stability and aesthetic appeal.Engineered an anchored abutment for the arch bridge using FEM to withstand applied loads and environmental conditions.•Designed a 1.2 km long balanced cantilever bridge for tender work, ensuring stability and cost-effectiveness in the preliminary design phase.•Developed the design of an extradosed bridge for tender work, applying advanced engineering techniques to meet project requirements.•Designed a 4-span integral ocean bridge for a tender project, adhering to EUROCODE standards and UK National Annex (NA) requirements.

Achievements:•Designed PSC Segmental Box Girder Superstructure.•Designed PSC "I" Girder Superstructure.•Designed Curved Composite Superstructure.•Designed PSC and RCC Portals.•Designed Pile, Pile cap, Pier and Bearings.•Optimised design excel sheet and reduced time for design.•Learnd structural engineering software SOFiSTiK and used for entire analysis.•Managed a team of four to perform within deadlines and goals.Responsibilities: • Engage with clients, project management teams (construction and design), contractors, and for purposes of obtaining design information, presenting design alternatives etc.• Undertake structural analysis.• Design and review of reinforced concrete and steel structural system • Design and review of Prestressed Concrete structural system • Design and review of Steel-Concrete Composite structural system • Peer review design packages from external consultants.• Provide value engineering design for design packages from external consultants.• Review temporary structures design (formwork and scaffolding).• Provide technical support to site design teams.• Undertake structural and material inspections on site.• Prepare drawings and design reports for authority approvals.• Coordinate with CAD teams to ensure a coordinated package delivery.

•Conducted tutorials and lab sessions to reinforce lecture concepts, ensuring students gained a solid understanding of the material.•Graded assignments, exams, and lab reports, providing constructive feedback and guidance to help students improve their coursework and projects.•Assisted students by answering questions and clarifying complex topics, fostering a supportive learning environment.•Collaborated with the professor in designing course material and creating assignments that aligned with learning objectives.•Provided administrative support, including organizing course materials, maintaining attendance records, and ensuring smooth course operations.•Held regular office hours to offer additional help to students, addressing their academic needs and concerns.•Proctored exams and monitored student progress to ensure academic integrity and assess learning outcomes.

• Collaborated with architecture professionals on structural engineering tasks, including design, analysis, and testing of structural systems and components.• Provided expert feedback and guidance on structural engineering concepts and principles, contributing to the refinement and accuracy of project designs.• Assisted with troubleshooting and resolving technical issues related to structural engineering software, ensuring smooth project execution.• Managed multiple projects concurrently, demonstrating effective time management and prioritization skills.• Through this part-time role, I developed a deep understanding of structural engineering concepts and principles while gaining valuable experience in collaborative teamwork. I also honed my project management skills, learned to adapt to diverse structural engineering challenges, and effectively balanced multiple responsibilities.

•Developed comprehensive plans, elevations, and 3D models for G+1 residential villas, ensuring architectural accuracy and structural integrity.•Successfully designed and delivered structural designs and detailed drawings, adhering to relevant standards and project specifications.•Conducted site supervision and inspections, ensuring compliance with design specifications and construction best practices.•Provided expert structural consultation services to architectural firms, enhancing the structural feasibility and safety of their designs.•Engineered the structural design for a steel Greenhouse Building in Qatar, optimizing for durability and environmental factors.•Delivered training on advanced software tools, including Abaqus, MATLAB, and various CAD applications, to equip young engineers with essential skills for the industry.