Rabia Elbeskeri

• Thesis: Development of Mix Design Techniques for Geopolymer Concrete
• Conducted an in-depth literature review to analyze existing geopolymer concrete mix designs and their applications.
• Formulated a novel mix design technique aimed at enhancing the use of industrial by-products like fly ash and slag in geopolymer concrete.
• Employed finite element analysis to simulate the material behavior under different stress conditions, contributing to the design of more durable and sustainable concrete structures.
• Executed extensive laboratory experiments to validate the computational findings, ensuring the practical viability of the proposed mix design.
• Identified and applied a multicriteria technique to optimise the geopolymer mix design, focusing on sustainability and performance metrics.
• Project outcomes included a comprehensive set of guidelines for the practical implementation of geopolymer concrete mix designs in industry settings.

• Engaged in hands-on experience through laboratory work, field surveys, and CAD drafting, honing practical engineering skills.
• Developed proficiency in industry-standard software such as AutoCAD, Civil 3D, and MATLAB for design and analysis tasks.
• Attended a series of workshops on sustainable design and modern construction technologies, reflecting a commitment to innovation in engineering solutions.

Advanced Structure Project:

• Led the conceptual and detailed design of a spacious Exhibition Hall for a university project, achieving a column-free interior of 30m x 60m with height specifications of 8m and 15m at key points.
• Designed ancillary two-story structures housing administration, retail, and restaurant areas, seamlessly integrated with the main hall while meeting fire resistance criteria.
• Devised a dual-level underground car park, incorporating entry and exit ramps, complementing the urban environment of the project's city location.
• Ensured structural integrity and aesthetic appeal of the roof through insulated profiled metal cladding, accounting for maintenance and snow load requirements.
• Applied Eurocode standards to calculate variable actions/loads, demonstrating proficiency in creating designs that withstand diverse wind pressures.
• Conducted soil analysis to inform foundation design, accommodating varying strata of sandy topsoil, sand and gravel, and deep gravel without groundwater interference.