• Coordinate structural design and foundation requirements with other disciplines of the Division to provide a coordinated and comprehensive design product on such matters as survey, soil boring data, phasing of construction and extend of damages to existing structures.• Prepares all designs, amendments and modifications utilizing computer-aided design and structural software packages.• Perform field investigations of civil works flood control structures for periodic safety inspection prior to preparation of preliminary plans for redesign.• Response to RFI from field personnel relative to structural problems during the construction of structural features of projects.• Perform Architect/Engineer peer reviews.

• Lead a dynamic team of highly skilled U.S. Army Corps of Engineers civilian technical experts, specializing in mechanical, environmental, electrical, civil, structural engineering, and GIS.• Provide enduring technical engineering support to U.S. Army Europe – Africa (USAREUR-AF), enhancing force projection capabilities and ensuring safe living and working conditions for U.S. personnel. Foster collaboration with host nations across multiple European countries and reinforcing relationships with North Atlantic Treaty Organization (NATO) allies.• Execute design tasks encompassing initial scopes of work, design drawings, bill of materials, and manpower requirements. Ensured the seamless completion of projects, contributing to the enhancement of mission-critical infrastructure.• Conduct thorough assessments of structural infrastructure using a comprehensive approach to assess the integrity of the structure as well as identified and addressed potential issues while prioritizing safety and functionality.

• Conducted detailed structural analysis and design for new and existing structures, assessing load-bearing capacities, material suitability, and potential risks.• Prepared comprehensive technical reports, drawings, calculation and documentation, ensuring compliance with industry standards and regulatory requirements.• Performed fire damage assessments, evaluating the structural integrity of affected buildings and recommending necessary repairs or reinforcements.• Provided expert consultation to clients, offering innovative and cost-effective solutions that balance safety, functionality, and aesthetics.• Ensured all designs and modifications complied with local building codes, and regulation standards.• Delivered safe, efficient, and innovative structural solutions across a variety of projects, including residential, commercial, and industrial structures.

• Principal work includes structural engineering analysis and design of wood, masonry, concrete, and steel structures using excel, Risa, Enercal and other proprietary software.• Prepared accurate details, specifications, engineering reports, and similar technical documents.• Served as a key contact between design team, client, and project management.• Tracked and evaluated project progress, drawings, submittals, and recommend changes.• Functioned as a Project Manager or a Design Engineer on projects as necessary

• Engaged in report preparation including verifying architectural plans, performing engineering analysis, drafting structural drawings, and finalizing calculation package with quality control.• Actively involved in Residential and Commercial projects in designing wood, concrete, steel beam, shallow and deep foundation, retaining wall, concrete and masonry shearwall. • Collaborated with team members and supervisors during the design phase for cost-effective solutions to ensure high-quality and time-efficient performance of all projects.• Functioned as a Drafter or a Project Engineer on projects as necessary.

• Designed and engineered Residential and Commercial projects including wood and steel mezzanine floor, composite beams, brace frames, trusses, canopy, pad footings, retaining walls and grade beams. • Issued complete detail drawings for all designs according to strict NDS standards for wood, ACI-318, ASCE standards for concrete and AISC and ASCE7 for steel structures.• Utilized ETABS, RISA-2D, Profis, Forte, AutoCAD and related software to establish 2-D and 3-D structural models, design drawings and calculation reports.

• Performed drafting and drawing details according to specification and company’s standards. • Inspected truss drawing to ensure compliance with the engineer’s design and requirements.• Updated Construction Manager for progress in constructions after finished site observations.• Utilized software such as Excel and LAVA to design and analyze one to two stories residential buildings.

Sensitivity of Concrete Abrasion Strength to Curing Quality • Investigated the effectiveness of different liquid curing compounds to the curing quality and the abrasion strength of the pavement concrete.• Collected data using the ATEK Concrete Maturity Meter (ACMM) device every hour for 72 hours while controlling the environment in the curing chamber.• Applied the Mercury Intrusion Porosimetry (MIP) method and the Abrasion Surface Strength test to verify the quality of the samples after they matured

Cement Free Low-Embodied-Energy Concrete • Developed an environmental-friendly concrete using only fly ash and slag to completely replace cement.• Applied different dosage of sodium hydroxide, sodium silicate and Nano silica to aid the improvement of the samples’ workability.• Performed compression test in accordance to the ASTM C39 standard to determine the quality and strength of samples after they matured.

• Applied beam theory to calculate the stress of bone to understand whether different bone structures can play a role in causing bone fracture as the testing subjects age.• Analyzed and calculated bone structure from X-ray pictures of subjects using MATLAB.

• Prepare federal, state and local tax return for individual and small business.• Analyze clients’ assets, income and expenditure to determine potential tax issues.