Ala Elhilo

Led the engineering team in designing complex structural frameworks for a high-profile commercial project, ensuring sustainability and compliance with local regulations.
Assisted in the development and revision of structural analysis reports, which improved project workflows by 12%.
Successfully designed and completed six full reinforced concrete building projects, engineering structural systems from initial concept to final documentation in compliance with international codes (ACI 318, ASCE 7).
Conducted advanced seismic load analysis and lateral load distribution calculations for complex building frameworks, ensuring
structural resilience and local regulatory approval.
Authored comprehensive structural insurance and analysis reports, delivering critical engineering assessments that evaluated
structural risk and design integrity for high-stake client reviews.
Programmed custom automation scripts to auto-generate beam and column sections, standardizing drafting outputs and
reducing manual CAD and Revit detailing times by over 30%.
Developed and deployed auto-dimensioning routines and Bill of Quantities (BOQ) calculation macros, eliminating manual
calculation discrepancies and accelerating material estimation workflows.
Engineered open-source Dynamo scripts in Revit to automate repetitive tasks, including dynamic beam tagging and geometric
synchronization, significantly boosting team production efficiency.
Collaborated across diverse project teams to execute ad-hoc structural modifications, concrete detailing reviews, and
foundational assessments on various active construction portfolios.
Utilized SAFE and ETABS for performing detailed structural analyses on various engineering projects.
Contributed to on-site inspections, leveraging strong communication skills to document findings and liaise with senior
engineers.
Prepared detailed engineering drawings and specifications under tight deadlines, demonstrating excellent time-management
and technical drafting skills.
Developed detailed structural calculations, enhancing project delivery time by 10% through optimized material use.
Collaborated with architects and project managers to address design challenges, utilizing negotiation and teamwork skills
effectively.
Conducted thorough on-site evaluations, identifying potential structural risks and implementing solutions to mitigate them.
Implemented cutting-edge engineering software tools, which significantly increased project precision and reduced human error
by 20%.