In the continuous effort to improve infrastructure and provide a suitable work environment, the Department of Construction and Projects, in collaboration with the Consulting Office at the University of Technology, has implemented a project for the rehabilitation of bathroom and service facilities and the Consulting Office’s storage. This project aims to improve vital facilities and enhance the efficiency of space usage within the office.
The rehabilitation project included several stages, including civil and electrical works and improving the health systems and public facilities to ensure a healthy and safe work environment.

 

The kitchen works included:
• Renovation and renewal of surfaces: Replacing old surfaces with new, bacteria-resistant, easy-to-clean ones.
• Installation of modern ventilation systems: Ensuring proper ventilation and reducing the accumulation of odors and heat.
• Updating tools and equipment: Replacing old devices with modern, energy-efficient, and high-performance ones.
• Improving lighting: Installing energy-efficient LED lighting to ensure sufficient and comfortable illumination.

 

The bathroom works included:
• Plumbing replacement: Installing new pipes and sanitary fittings to ensure systems operate properly and leak-free.
• Ceramics and flooring renewal: Using high-quality, water-resistant materials to provide a clean and safe environment.
• Improving ventilation systems: Installing modern exhaust fans ensures good ventilation and reduces humidity.
• Installing water-saving units: Using water-efficient fixtures to conserve water resources.

 

The storage works included:
• Space organization: Enhancing the arrangement of shelves and drawers to ensure optimal space use and ease of access to stored materials.
• Renewing floors and walls: Using moisture and fire-resistant materials to ensure storage safety.
• Improving lighting systems: Installing sufficient and energy-efficient lighting to ensure clear visibility inside the storage.
This fruitful collaboration has led to a significant improvement in the Consulting Office’s facilities, contributing to providing a comfortable and safe work environment for employees. The updated infrastructure also helps in increasing work efficiency and productivity.

This project represents a successful model of collaboration between different departments within the university to achieve the goals of infrastructure improvement and service level enhancement. Through these joint efforts, the university reaffirms its commitment to providing the best conditions for its employees and continuously enhancing the work environment.

 

 

The world is witnessing significant advancements in science and technology, necessitating enhanced collaboration between various institutions and departments to achieve common goals. In this context, the University of Technology has activated a cooperation between the Construction and Projects Department, the Nanotechnology Research Center, and the Environmental Research Center to rehabilitate the buildings of the research centers comprehensively.
The rehabilitation process covered multiple aspects, including civil and electrical works, as well as elevator maintenance. This project was distinguished by effective coordination among the different departments to achieve the best results with the highest quality standards.

 

Civil works included the structural rehabilitation of the buildings, which involved:
• Wall and ceiling restoration: Cracks were repaired and repainted using high-quality materials.
• Flooring updates: Old floors were replaced with new ones suitable for research activities.
• Facade improvements: The exterior facades of the buildings were rehabilitated to enhance aesthetic appeal and environmental resistance.

Electrical works encompassed:
• Electrical network upgrade: New cables and wires were installed to ensure a sustainable and safe power supply.
• Installation of modern lighting systems: Energy-efficient lighting technologies were used to improve energy efficiency in the buildings.
• Electrical safety systems: Modern safety systems were introduced to prevent potential electrical hazards.

Elevator maintenance included:
• Mechanical and electrical system updates: Ensuring smooth and safe operation of the elevators.
• Elevator cabin improvements: Refurbishing elevator cabins to provide greater comfort for users.
• Installation of modern safety systems: Ensuring the safety of elevator users at all times.

This fruitful collaboration significantly improved the research work environment, contributing to increased researcher efficiency and the advancement of scientific research. The updated infrastructure provides a safe and sustainable environment that keeps pace with modern developments.
This project represents a successful model of interdepartmental collaboration to achieve common goals that contribute to the advancement of the scientific institution as a whole. Through these joint efforts, the university has demonstrated its commitment to developing its research environment and providing the best conditions for researchers and scientists.

 

 

 

 

The specialized engineering team from the Construction and Projects Department visited the annex building of the Oil and Gas Engineering Department. The purpose of the visit was to perform a field study, assess the condition of the building’s roof, and propose necessary rehabilitation measures. The visit began with a comprehensive inspection of the roof, during which potential damages and cracks requiring immediate correction were identified. The inspection revealed limited damage in certain areas due to environmental and temporal effects. A comprehensive repair plan for the roof was proposed based on the inspection results. All findings and recommendations were documented in a detailed report to be submitted to the administration for appropriate action. The implementation of the proposed repairs will commence as soon as possible to maintain the safety and efficiency of the building. This visit represents a significant step toward enhancing the work environment and ensuring the safety of the annex building of the Oil and Gas Engineering Department.