The Department of Construction and Projects has done comprehensive rehabilitation work on two elevators in the Telecommunications Engineering Department. The tasks performed included the replacement and installation of some parts, as well as general maintenance to ensure optimal elevator performance.

Work completed on the first elevator:

• The light sensor in the first elevator was replaced to ensure accurate response and effectiveness in opening and closing operations.
• The door motor was changed to ensure smooth opening and closing of the elevator doors.
• The main control panel was replaced to ensure stable performance and high efficiency in elevator operation.
• Batteries in the UBS backup power system were replaced.

Work completed on the second elevator:

• The information strip between the cabin and the control panel was changed.
• The UBS power system equipment in the backup power system was replaced with reprogramming.

Additionally, the following tasks were carried out on both elevators:

• Calibration of the car weights with floor levels.
• Replacement of steel cables.
• Oil change and addition of new oil.
• Maintenance of both interior and exterior doors.

The maintenance was completed according to technical standards and requirements. Smooth and efficient operation was ensured. Verification was conducted to confirm that the elevators meet strict safety requirements.

Under the guidance and supervision of the esteemed Head of the Construction and Projects Department, the non-functioning central cooling system in the University President's Building was successfully dismantled by the Construction and Projects Department. This project was executed with precision, high professionalism, and the expertise of specialized labor.

The executed tasks in this project included:

• The electrical connection between the central cooling system and the main connection panel located in the basement of the building was disconnected. The electrical wiring bundles were safely separated.
•  The high-pressure and low-pressure three-phase gas compressor and its evaporator, condenser, and associated metal structure were lifted.
•  The water pump, operating with a three-phase electric motor, was lifted and connected to the electric motor with its coil and mounted on an iron base.
•  The water-cooling tower on the building's roof and the three-phase electric motor-driven fans were lifted and lowered to the ground using a crane.
•  Water locks and cooling system water pipes were lifted.
•  The pressure gauge and temperature gauge used in the system were removed.

Daily site cleaning was ensured during the work period, guaranteeing cleanliness and the absence of any work residues for the next day.

The university witnessed a significant step towards enhancing sustainability and environmental care in the context of development and innovation in higher education institutions. The Construction and Projects Department took a pioneering initiative by overseeing the implementation of a project to install a heavy water filtration station within the university campus, which UNICEF donated.

This project aligns with the university's commitment to sustainable development and optimal utilization of available resources. The project aims to convert some of the university's wastewater into water suitable for agricultural use. This step is part of the efforts to reduce freshwater consumption and derive additional benefits from renewable resources.

The project was executed through effective coordination and collaboration between the Construction and Projects Department and the international organization UNICEF, making this partnership a model for effective collaboration between the public and private sectors to achieve humanitarian and environmental goals.

Details indicate that the new station will employ advanced filtration processes to transform wastewater into irrigation-worthy water. This project enables the use of treated water for irrigating crops within the university campus, reducing reliance on fresh water and achieving significant environmental benefits.

This project is not merely an environmental initiative; it reflects the university's vision of achieving sustainable development and developing infrastructure in innovative ways. These efforts underscore the commitment to striking a balance between the current and future needs of the university and the surrounding community.

In conclusion, installing a water filtration station at the University of Technology stands as a model of innovation and social responsibility, adding value to the efforts to promote environmental sustainability and improve the quality of life within the campus.

The project to rehabilitate the Financial Affairs Department at the Technology University is a significant undertaking that involves various works and challenges. This project aims to improve and renovate the infrastructure of the Financial Affairs Department to meet modern needs and quality standards. In this article, we will look at the works carried out as part of this project and how they enhance the work environment and user comfort.

The executed works in this project included:

• Reconstruction of Department Bathrooms: Rebuilding and renewing the bathrooms, including removing and replacing ceramics and renewing the floors with Tar and salt-resistant cement.
• Optimized Water System: Installation of a new water network using P.P.R pipes, including hot and cold-water networks, to efficiently provide clean hot and cold water.
• Improved Lighting and Ventilation: Installation of electric exhaust fans, secondary ceiling lighting, and fans to enhance ventilation and lighting in bathrooms and the kitchen.
• Safety Devices Installation: Install a fire alarm system and firefighting systems to ensure the safety of the building and users.
• Surveillance and Security System Installation: Installation of a monitoring and security system to ensure the safety of the building and users.
• Interior Design Enhancement: Renewal and improvement of the interior design of the office, bathrooms, and corridors through the application of ceramics and the installation of modern mirrors, doors, and windows.
• Exterior Structure Improvement: Improvement of the external facade of the Financial Affairs Department, including the renewal of doors and windows and the application of new paint.
• Electrical and Cooling System Improvement: Install power outlets, air conditioning, and heating systems tailored to the department's needs.
• Additional Works Execution: Additional works included the installation of wooden and aluminum doors, metal shelves, informational boards, secondary ceilings, and mosaic floors.
• Daily Cleaning: Daily cleaning was considered during the work period to ensure no residues for the next day.

The rehabilitation of the Financial Affairs Department at the Technology University represents a significant investment in improving the work environment and providing modern and safe facilities for users. This project enhances efficiency, comfort, and safety within the department.