The Department of Construction and Projects carried out comprehensive rehabilitation works for the roof of the printing press at the Technological University. The goal was to enhance and renew the infrastructure, ensure the building's safety, and make it sustainable in the long term. This project was executed with precision, using high-quality materials and skilled workers.

The works carried out in this project included:

• Rehabilitation of the Printing Press Roof: The process involved the precise removal of the old metal roof, carefully preparing the required materials, and ensuring no water leakage into the building.

• Preparation and Replacement of Water Drainage Gutters: The process included preparing the necessary materials to replace metal water drainage gutters with a new network. The gutters' levels were carefully adjusted and secured using metal brackets according to standard specifications.

• Installation of Plastic Pipes: The process involved preparing the necessary materials and labor for stretching, inspecting, and connecting plastic pipes with fittings and elbows. The pipes were installed with precision.

• Daily Cleaning: Daily cleaning was considered during the work period to ensure no residues for the next day.

The rehabilitation of the printing press roof at Technological University was completed with high quality. This project significantly enhanced the building's safety, and the works were executed according to standard specifications, adding substantial value to the university campus and improving its infrastructure.

Sanitary facilities are a vital component of the infrastructure in any facility, playing a crucial role in improving the environment and user comfort. In this context, the Department of Construction and Projects undertook a meticulous and detail-oriented project to renovate the bathrooms in the University Presidency building, contributing to achieving the highest quality standards and enhancing the user environment.

The works carried out in this project included several essential steps:

• The floor and ceramic tiles of the bathroom walls were removed, with careful attention to lifting the seats and sinks and disposing of debris away from the site.

• Wall treatment was implemented to prevent moisture leakage, contributing to the overall preservation of the structure and walls.

• A new water network was installed using resistant P.P.R pipes connected to the main line. Water clarity was examined, ensuring no leaks were present.

• Using high-quality materials, Ceramic tiles were applied to the floors and walls. The surface was meticulously cleaned, and joints were precisely filled.

• Mirrors, sinks, doors, and seats were equipped and installed with extreme care.

• Electrical and plumbing works were executed, including installing electrical switches, electric heaters, and high-quality plumbing fixtures, as well as installing high-efficiency LED lighting in the bathrooms, providing good lighting and reducing energy consumption.

Daily site cleaning was considered, and no work residues were left for the next day.

The University of Technology serves as a dynamic urban center for science and technology, constantly striving to develop the learning environment to meet the needs of students and the community in line with global standards. In this context, the university's Department of Construction and Projects undertook a pioneering task in rehabilitating the Peace Hall, affiliated with the Continuing Education Department, to improve facility quality and enhance the learning experience to align with the university's vision.

The Peace Hall suffered from the effects of aging and infrastructure wear and tear, negatively impacting the quality of educational services provided. There was an urgent need to update facilities and provide a conducive environment for effective learning.

The task assigned to the Department of Construction and Projects was to transform the Peace Hall into a modern center for sustainable learning and innovation. The team began by assessing the current state of the hall and developing a comprehensive improvement plan focusing on engineering and technological aspects.

After completing the rehabilitation process, the Peace Hall became a modern center catering to daily learning needs. Students and educators benefited from the enhanced infrastructure, positively influencing the quality of education and user comfort.

The rehabilitation process of the Peace Hall at the Continuing Education Department of the University of Technology stands as a tangible achievement, highlighting dedication and competence within the Department of Construction and Projects. This project reflects the university's commitment to providing a distinctive and sustainable learning environment, contributing to community development, and elevating educational standards.

This successful project underscores the spirit of innovation and excellence at the University of Technology, serving as a strong foundation for the development of educational facilities in the future. The commitment to delivering unique learning experiences remains a fundamental pillar for success and continuous progress at the university.

The Department of Construction and Projects at the University of Technology has successfully executed comprehensive rehabilitation works for the roof of the university's presidency building. These works encompassed several steps aimed at enhancing and renewing the roof. The process commenced with cleaning the surface from dust, dirt, and vegetation. The team also removed debris and obsolete equipment like internet and television receivers.

Metal scraps and materials were lifted, and the surface was thoroughly cleaned with water. The team also removed and reinstalled metal and plastic water tanks that obstructed the roof's treatment, ensuring secure reinstallation and proper functioning after treatment. Among other tasks, the team lifted all external cooling units hindering the surface treatment, reinstalled them after completion, and compensated for any lost gas during the process.

Air vents and pipes on the roof were sealed using metal plate pieces, and the iron structure was reinforced with rust-resistant coating and painted. It was securely installed. With careful surface polishing, a layer of concrete was applied using salt-resistant cement, sand, and gravel.

Finally, the old mast and gravel were removed, and a new Emirati mast was installed, with the gravel and treatment done using asphalt. It is worth noting that all works were carried out successfully with a focus on quality and safety. The out-of-service parts were delivered to the relevant party, and daily site cleaning was observed throughout the work period, ensuring no work residues for the next day.