SFAX SWRO Desalination Plant

CiviTech contributed to the development of the Sfax Seawater Reverse Osmosis (SWRO) Desalination Plant by delivering advanced geotechnical and structural engineering services. Our role covered site investigation, deep foundation and settlement analysis, as well as the design of critical intake and shoring systems. We also provided ongoing technical support throughout the construction phase to ensure successful project delivery.

TERGA Power Planet Project

CiviTech was engaged in the Terga Power Plant project, delivering geotechnical investigations, full structural analysis and design, as well as landscape and drainage system solutions. Our integrated approach ensured the development of a stable foundation, efficient infrastructure, and a cohesive site layout tailored to the plant’s operational needs.

GLAXO SMITHKUNE Pharmaceutical Factory

CiviTech was engaged in the structural enhancement of the GlaxoSmithKline Pharmaceutical Factory, beginning with geotechnical investigations to assess ground conditions. Our work included the design of a new steel floor and the complete retrofitting and strengthening of existing steel and concrete structures. This upgrade was specifically engineered to enhance the building’s resilience against seismic forces. We also provided detailed shop drawings and on-site supervision to ensure precise execution throughout the construction process.

GSM Engineering

At Civitech, our GSM Engineering services encompass the design and supervision of both Green Field and Roof Top GSM sites. Leveraging over 40 years of expertise in structural engineering and project management, we deliver integrated, high-quality solutions tailored to the specific needs of telecom infrastructure projects. Our approach ensures structural integrity, regulatory compliance, and optimal performance for every site, helping our clients implement GSM networks with precision, safety, and professionalism.

Oak – Hills

CiviTech provided comprehensive Full Structural Design services for the Oak Hills Project, delivering an integrated solution that balanced safety, efficiency, and architectural vision. Our scope included detailed structural analysis, design calculations, construction drawings, and material specifications, ensuring the project met all applicable codes and performance standards. The result is a structurally sound and resilient development that reflects our commitment to engineering excellence.

Telal Soul – North East

specialized in the design of MSE walls, focusing on stability, safety, and cost-efficiency. By selecting suitable backfill materials, designing reinforcement layouts, analyzing external and internal stability, and ensuring compliance with relevant geotechnical standards. Each design is tailored to site-specific conditions to ensure optimal performance and durability.

Cooperation With Egyptian Electricity Transmission Company

CiviTech provided comprehensive engineering services for this project, delivering integrated solutions that combined geotechnical expertise, structural design, and precision surveying. The scope included conducting detailed geotechnical investigations to assess subsurface conditions, followed by the full structural and foundation design tailored to site-specific requirements. Our team also carried out surveying works, developed accurate profiles, and determined optimal tower locations along these profiles. In addition, we prepared detailed tension and deflection schedules, ensuring safe structural performance and compliance with engineering standards. This multidisciplinary approach reflects CiviTech’s commitment to precision, safety, and engineering excellence throughout every phase of the project.

The Big Business District – In situ lab – Roya

The In Situ Lab - Big Business District, Roya, developed by CiviTech, is a state-of-the-art laboratory facility dedicated to conducting on-site soil, concrete, and material testing for the Big Business District project. The lab plays a crucial role in ensuring the quality, safety, and structural integrity of construction materials used in the district’s development. With advanced testing and analysis, it supports informed engineering decisions, compliance with safety standards, and long-term durability of the project.