Under the patronage of the Honorable Head of the Civil Engineering Department, Assist.Prof.Dr.Ali Majeed Khudair
In implementation of the executive plan of the national policy to advance the reality of occupational health and safety and risk management in accordance with the system (ISO: 45001/2018)
The Quality Assurance Department, in cooperation with the Civil Engineering Department, held a workshop entitled:
(Occupational safety and risk management)
This will take place at nine o’clock in the morning on Sunday, February 25, 2024, in the hall of the martyr Abu Mahdi Al-Muhandis in the department.
The workshop was attended by the Administrative Assistant, Prof. Dr. Wael Shawqi Abdel-Saheb, and the Laboratory Director, Assist.Prof.Dr.Mustafa Naeem and officials from the Quality Division, the Laboratory Division, and the laboratory accreditation units in all scientific departments, and a number of the department’s teaching staff and employees.
The workshop included an explanation and overview of the ISO 45001/2018 standard, comparing it with the previous occupational health and safety standard ISO 18001/2007, and an explanation of its provisions and how to manage risks.

Within the Visiting Industrial Professor Program, which is joined by the Quality Assurance and Performance Evaluation Division in the Civil Engineering Department at the University of Technology for the purpose of developing students’ skills in the engineering, scientific and applied aspects required by engineering jobs in the labor market.
The Department of Civil Engineering at the University of Technology held a lecture entitled:
(Air conditioning works in projects)
On Thursday, February 22, 2024, at ten in the morning, in the central hall of the department, the lecture was given by Dr. Engineer Muhannad Raad Al-Haibi, a certified engineering lecturer and trainer, author of the book Air Conditioning Guide, and holds intellectual property rights from the Intellectual Works Administration at the Ministry of Economy in the United Arab Emirates, in the presence of Assist.Prof.Dr. Ali Majeed Khudair, Head of the Civil Engineering Department, and a number of the department’s teaching staff, affiliates, and students.
The lecture included several topics, including:
-The importance of air conditioning work in construction projects
-The relationship of air conditioning works to all construction works
-Stages of air conditioning work in the project
The lecture aimed to introduce students of engineering colleges specialized in design, construction and maintenance work to the importance of air conditioning work in construction projects and how to coordinate construction work to avoid the occurrence and recurrence of design, implementation and operational errors and avoid their damage and losses.
In conclusion, a certificate of appreciation was presented to the lecturer, Dr. Engineer Muhannad Raad, and in turn, the head of the department presented a gift to Assist.Prof.Dr. Ali Majeed Khudair’s book, A Guide to Air Conditioning Projects in Engineering Facilities, which is considered one of the modern sources in designing and selecting air conditioning systems in engineering buildings. 

 The Department of Civil Engineering at the University of Technology awarded a master’s degree in the field of (road and transportation engineering) to the student Iftikhar Abdel-Saheb Abdel-Abbas on 2/22/2024 for her thesis titled:
Evaluation of the performance of the injected porous asphalt mixture
Performance evaluation of grouted porous asphalt concrete
The discussion committee consisted of:
1-Prof.Dr. Hassan Hamoudi Jouni, President
2-Assist.Prof.Dr. Nour Moataz Ismail, member
3-M.Dr. Rasha Hassan Abdel Amir, member
4-Prof.Dr. Miami Mohamed Hilal, member and supervisor
5-Prof. Dr. Muhammad Youssef Fattah, member and supervisor
In this study, two different types of semi-flexible paving mixes were produced using two different types of injection materials. There is a discrepancy between the compressive strength of the two injection materials used, as the compressive strength of the first mixture, which consists of (96% cement, 4% silica fume (SF), was approximately twice the compressive strength of the second mixture, which consists of (75% cement, 25% sand). Study of the mechanical properties and durability of the two types of semi-flexible paving produced, in addition to the effect of the difference in the compressive strength of the two injection materials and their effect on the final performance of the paving. The results of Marshall and rutting tests show that the SFP material shows good stability at high temperatures. The effect of the difference in the compressive strength of the two mixtures was demonstrated in Test results: Compared with the 20.8 MPa sand mixture, the 48.1 MPa SF saw a 39.54% increase in Marshall stability. At a curing life of 28 days, the composite material (CM) also showed better rutting performance than conventional asphalt mixtures.

Today, Tuesday, February 20, 2024, the Branch of Construction Engineering and Engineering Project Management held the first exam for graduation projects for the fourth stage of the academic year 2023-2024, with a total of 32 projects and committees formed according to research specializations by professors in the branch.