اخبار القسم en
A graduate student from the Department of Applied Chemistry obtains a master's degree for her thesis on "Evaluation of Acetylated Peptide Antibodies and Some Biochemical Parameters in Patients with Rheumatoid Arthritis"
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The Department of Applied Chemistry awarded a master's degree to the graduate student "Fatima Qasim Hussein"
The Department of Applied Chemistry awarded a master's degree to the graduate student "Fatima Qasim Hussein" for her thesis titled...
“Evaluating Anti-Acetylated Peptide Antibodies and Some Biochemical Parameters in Serum of Patient with Rheumatoid Arthritis
“
he defense was held in the late Professor Dr. Abdul Muttalib Ibrahim Al-Sheikh Hall in the department building, and the examination committee consisted of...
- Professor Dr. Bushra Fares Hassan
- University of Baghdad / College of Science for Women Chair
- Assistant Professor Dr. Mohammed Shamil Ali
- Department of Applied Sciences / Applied Chemistry Branch Member
- Assistant Professor Dr. Wafaa Raji Mohammed
- Department of Applied Sciences / Applied Chemistry Branch Member
- Professor Dr. Abdul Nasser Mohammed Abdullah
- Department of Applied Sciences / Applied Chemistry Branch Member and Supervisor
- Professor Dr. Mohammed Hadi Munshid Al-Asami
- University of Baghdad / College of Medicine Member and Supervisor
One hundred ten RA patients (13. 63 % male, 86.36% female) with a mean age of 23.8±6.8 years and while forty were apparently healthy control individuals with no signs or history of any autoimmune diseases or malignancies were involved in this study that was conducted in the period between Sep.2022 to Jan. 2023. The Patients divided into three subgroup: (1) biological treatment subgroup (consisted of thirty -eight patients on the bDMARDs treatment), (2) conventional cDMARD subgroup [thirty - eight patients received Methotrexate (MTX)] and (3) combined DMARD subgroup (thirty –four patients had received biology and chemotherapy). The human anti citrullinated peptide antibodies (ACPAs), human anti acetylated peptide antibodies (AAPAs), human acetylated Lysine antibodies (AcLys), human anti acetylated ornithine antibodies (AcOrns) were determined by Enzyme Linked Immunosorbent Assay (ELISA) and Zinc, Copper, LDH and alkaline phosphatase levels were used to measure by spectrophotometer in the serum for RA patients and apparently healthy controls. The results reveal that a high significant increase in prevalence of ACPA in RA more than apparently healthy. There are three acelyted peptide antibodies (AAPA, AcLys and AcOrn) are highly prevalent in RA and occur also independently of RF and ACPA. Moreover, high significant decrease difference in the serum level of AcLys (P<0.001) in chemotherapy group in comparison to other subgroup as well as a significant decrease (p=0.0149 ) in the serum levels of AcOrn between Biology vs. Chemotherapy RA patients subgroups. Significant decrease in serum Zn levels in healthy control compared to the sub group of RA patients. A high significant increase in serum Cu levels in sub group of RA patients compared to the healthy control. Moreover, High significant level of LDH in RA compared to healthy control and high significant decrease LDH in biology subgroup compared to other treatment subgroup of RA. the positive correlation between ACPA with AAPA, AcLys and with dieses activity score 28 (DAS28). In conclusion, the evaluating of autoantiody (ACPA,AAPA,AcLys, AcOrn) in RA and multiple AAPA reactivity increased the specificity for RA, suggesting high diagnostic value of AAPA testing. Furthermore, Cu and LDH as a marker for inflammation in RA.
A graduate student from the Department of Mathematics and Computer Applications earns a master's degree for a thesis titled " Study on Dominance in Fuzzy Data."
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The Department of Mathematics and Computer Applications awarded a master's degree to graduate student "Tahseen Saleh Mahmoud."
The Department of Mathematics and Computer Applications awarded a master's degree to graduate student "Tahseen Saleh Mahmoud" for their thesis titled "Study on Dominance in Fuzzy Data."
“A Study on Domination in Fuzzy Graphs “
The defense took place in the late Professor Ibrahim Al-Jawadi Hall in the building of classrooms and laboratories in the department. The examination committee consisted of:
- Professor Dr. Anwar Khaleel Faraj Department of Applied Sciences / Mathematics and Computer Applications, Chair
- Professor Dr. Yusuf Yaqub Yusuf University of Baghdad / College of Education for Pure Sciences - Ibn Al-Haytham, Member
- Assistant Professor Dr. Saba Star Hassan Department of Applied Sciences / Mathematics and Computer Applications, Member
- Professor Dr. Manal Naji, Department of Applied Sciences Mathematics and Computer Applications, Member and Supervisor
- Professor Dr. Ahmed Abdul Ali Omran University of Babylon / College of Education for Pure Sciences, Member and Supervisor
In this thesis, a set of new concepts in fuzzy graph is presented by focusing on the domination by the effective edge. As for the fuzzy graph, two concepts were studied as follows; first, the set is the fuzzy bi- dominating set, if every vertex in is adjacent to the exactly two vertices in the fuzzy complement set of fuzzy dominating set . As for The second, it is called the ring dominating set, where each vertex not in is adjacent to at least two vertices in. The objective is to find the least weight of the weights of the minimum fuzzy bi-domination and ring dominating sets. This modern method of finding fuzzy domination is complementary to finding domination and has many applications in life, such as commercial projects. These concepts have been studied on many types of fuzzy graphs in addition to some characteristics of each of them.
A graduate student from the Deportment Biotechnology earns a Master's degree for her thesis titled "Gene Expression alterations, Immunological, and Biochemical studies of Colorectal Cancer and Hepatocellular carcinoma in Iraqi populations"
Written by aliThe Biotechnology Department awarded a Master's degree to graduate student "Hanin Salah Lazem."
The Biotechnology Department awarded a Master's degree to graduate student "Hanin Salah Lazem" for her thesis titled...
“Gene Expression alterations, Immunological,
and Biochemical studies of Colorectal Cancer and Hepatocellular carcinoma in Iraqi populations “
The defense was held in the late Prof. Dr. Abdulmutalib Ibrahim Al-Sheikh Hall in the department building, and the examination committee consisted of...
- Prof. Dr. Majid Sakhy Jabir
- Department of Applied Sciences / Biotechnology Branch – Chair
- Prof. Dr. Dunia Farid Salloum
- niversity of Baghdad / College of Science / Department of Life Sciences – Member
- Assist. Prof. Dr. Hiba Munir Abdul-Hussein
- Department of Applied Sciences / Biotechnology Branch – Member
- Assist. Prof. Dr. Zahraa Abdulmuneem Abdulhadi
- Department of Applied Sciences / Biotechnology Branch – Member and Supervisor
- Prof. Dr. Ghassan Mohammed Suleiman
- Department of Applied Sciences / Biotechnology Branch – Member and Supervisor
The present work intended to explore the pathogenesis role of these parameters on CRC patients, namely interleukins 18 (IL-18) and 22 (IL-22), Kelch-like ECH associated protein-1(keap-1), Aldolase A(ALDOA), and forkhead box O4 (FOXO4) in this disease. The RT-qPCR method was used to measure FOXO4 gene expression, while an ELISA kit was used to quantify IL-18, IL-22, Keap-1, and Aldolase levels. Research was performed on 60 patients with CRC and 30 healthy controls. IL-18, IL-22, and Keap-1 were not statistically significant in CRC cases with the variant size of tumor stages, histological grades, and different situations of distant metastasizing tumor cells (P>0.05). While ALDOA shows highly significant variations between patients and apparently healthy subjects (P<0.05). The expression of FOXO4 is down-regulated and was statistically different (P<0.05) in patients with CRC. Analytical indicators showcasing the inflammatory state include metrics like (SII), (PLR), and (NLR) which have been suggested as instruments for assessing the progression of colorectal cancer (CRC). Evaluating the efficacy of these indicators, along with a novel indicator that merges SII and hemoglobin levels, referred to as NP/LHB, as tools for CRC diagnosis. PLR and NLR show non-significant differences (P>0.05), and SII, NP/LHb show significant variations between CRC patients and the control group (P<0.05). Hb, WBC, Lymphocyte, and Neutrophil show a non-significant variation between patients and the healthy subjects group (P>0.05), and PLT count shows a significant variation between the patient and control group(P<0.05). The three liver enzymes are aspartate V transaminase (AST), alanine transaminase (ALT), and alkaline phosphatase (ALP). ALT and AST show a significant increment in patients than the healthy subjects group (P<0.05), ALP shows a non-significant between CRC patients and healthy subjects (P>0.05), RFT which includes Serum creatinine (S.cr) and blood urea nitrogen (BUN). Creatinine shows a significant decrease in patients than healthy subjects (P<0.05).
A graduate student from the Deportment Laser Science and Technology obtains a master's degree for her thesis on "Synthesis of In2O3 Nanoparticles Decorated CNTs by Laser Ablation Method for Optoelectronic Application"
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The Laser Science and Technology branch awarded a master's degree to graduate student "Hawraa Mohammed Abdul Redha
The Laser Science and Technology branch awarded a master's degree to graduate student "Hawraa Mohammed Abdul Redha" for her thesis titled
“Synthesis of In2O3 Nanoparticles Decorated CNTs by Laser Ablation Method for Optoelectronic Application “
The defense was held in the late Prof. Dr. Abdulmutalib Ibrahim Al-Sheikh Hall in the department building, and the discussion committee consisted of:
- Professor Dr. Alwan Mohammed Alwan Department of Applied Sciences / Laser Science and Technology Branch - Chair
- Professor Dr. Rana Osama Mahdi Department of Applied Sciences / Laser Science and Technology Branch - Member
- Assistant Professor Dr. Alaa Abdul Jabbar Hussein Department of Applied Sciences / Laser Science and Technology Branch - Member
- Professor Dr. Khawla Salah Khshaan Department of Applied Sciences / Laser Science and Technology Branch - Member and Supervisor
- Professor Dr. Aseel Abdul Kareem Hadi Department of Applied Sciences / Laser Science and Technology Branch - Member and Supervisor
In this work, room-temperature Q-switched Nd: YAG laser ablation in single-step of indium target in water and MWCNT suspension, respectively, was used to create (In2O3) nanoparticles (NPs) with various fluences (15.9-22.3J/cm2) at 100 pulses, and indium oxide decorated MWCNTs (In2O3@MWCNTs) with different pulse counts (50,75,100,125) at 17.5 J/cm2. The colloidal solutions of indium oxide nanoparticles and indium oxide decorated CNTs have been examined, and the effects of the laser fluence and number of pulses on the properties have been investigated through, XRD, RMS, SEM-EDX microscopy, TEM, UV-Vis, and photoluminescence PL. XRD and Raman spectra have demonstrated that the synthesized In2O3 has a crystallite structure of body-center cubic (bcc), which also confirmed that all the appeared peaks belonged to In2O3 and MWCNTs in the In2O3@MWCNTs composites. Additionally, it demonstrated that increasing laser fluences and adding MWCNTs, improved the crystalline quality of the prepared In2O3 and In2O3@MWCNTs. The prepared colloidal can be applied to a silicon base to create an In2O3/Si and In2O3 -MWCNTs/Si heterojunctions, which are made by drop casting colloidal In2O3 NPs and In2O3@ MWCNTs colloidal NPs onto a single crystal silicon wafer. The I-V characteristics of the In2O3NPs/Si and In2O3@MWCNTs/Si heterojunctions under both dark and light conditions verified the rectifying behavior and the good photoresponse. The C-V measurements showed an abrupt junction, which allowed for the determination of the built-in voltage, the value of which is dependent on the laser parameters. The optimization of the In2O3@MWCNTs /Si heterojunction for high-performance photodetection applications is greatly aided by these results.
A graduate student from the Department of applied chemistry has been awarded a master's degree for her thesis on "Assessment of B-type natriuretic peptide, Wingless type 5 A in and other markers in Iraqi Patients with Heart Failure
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The Department of Applied Chemistry has awarded a Master's degree to the graduate student "Raghda Fares Salem
The Department of Applied Chemistry has awarded a Master's degree to the graduate student "Raghda Fares Salem" for her thesis titled:
“Assessment of B-type natriuretic peptide, Wingless type 5 A in and other markers in Iraqi Patients with Heart Failure “
The thesis defense was held in the late Professor Dr. Abdul-Muttalib Ibrahim Al-Sheikh Hall in the department building. The examination committee was composed of:
- Professor Dr. Abdul-Nasser Mohammed Abdullah, Department of Applied Sciences/Applied Chemistry, Chair
- Assistant Professor Dr. Raed Jassim Mohammed, Al-Nahrain University/College of Medicine/Department of Chemistry and Biochemistry, Member
- Assistant Professor Dr. Mohammed Shaamil Ali, Department of Applied Sciences/Applied Chemistry, Member
- Assistant Professor Dr. Wafaa Raaji Mohammed, Department of Applied Sciences/Applied Chemistry, Member and Supervisor
- Assistant Professor Dr. Mohammed Abdul-Jabbar Hammoudi, Al-Nahrain University/College of Medicine/Department of Chemistry and Biochemistry, Member and Supervisor
The aim of this study was to measure the levels of B-type Natriuretic Peptide (BNP), Wingless Type 5a (Wnt5a), and other indicators as diagnostic markers for heart failure patients. Additionally, the study sought to explore potential correlations between these biomarkers and other parameters such as random blood sugar, urea, creatinine, potassium, calcium, lipids, CK, CRP, troponin, LDH, and AST, which are relevant to the disease. The study also aimed to assess cardiovascular disease prediction in patients with chronic kidney disease. The research was conducted at Sheikh Zayed Hospital from December 2022 to April 2023. The study included 100 cases (50 male and 50 female), aged 40-65 years. Of these, 50 patients had heart failure (25 male and 25 female) and 50 had both heart failure and kidney dysfunction (25 male and 25 female), all diagnosed by a cardiology consultant. The study found a significant increase in BNP, Wnt5a, random blood sugar, CRP, troponin, urea, creatinine, uric acid, cholesterol, triglycerides, low-density lipoprotein (LDL), very low-density lipoprotein (VLDL), and CK, as well as a decrease in uPa, potassium, calcium, HDL, and AST in patients with heart failure and kidney disease. Results indicated that some of these markers could be used as diagnostic indicators for heart failure. A significant positive correlation was found between BNP and Wnt5a (r = 0.35, p ≤ 0.001), and a significant positive correlation was observed between random blood sugar and BNP (r = 0.56, p < 0.001), as well as random blood sugar and Wnt5a (r = 0.37, p < 0.001). A significant positive correlation was also found between CRP and BNP (r = 0.52, p < 0.001) and between CRP and Wnt5a (r = 0.45, p < 0.001). Additionally, there was a significant positive correlation between kidney function and both BNP and Wnt5a. The study highlighted a strong positive relationship between cholesterol, triglycerides, and VLDL with BNP and Wnt5a, as well as a strong positive correlation between CK and LDH with BNP and Wnt5a. Elevated BNP and Wnt5a levels in patients with heart disease were identified as early diagnostic markers for heart failure. Increased levels of random blood sugar, CRP, troponin, cholesterol, triglycerides, LDL, VLDL, CK, and LDH were found in heart failure patients. The study results suggested that low levels of uPa, potassium, calcium, HDL, and AST are associated with heart failure, potentially increasing the risk of heart failure as these parameters play crucial roles in heart disease.
Honoring Professor Dr. Adawiya Jumaa Haider from the Department of Applied Sciences at the University of Technology with the 2024 National Employment Day Award
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Honoring Professor Dr. Adawiya Jumaa Haider from the Department of Applied Sciences at the University of Technology with the 2024 National Employment Day Award
Prime Minister Mohammed Shia' Al Sudani Praises Distinguished Employees on National Employment Day, Emphasizes Public Sector's Role in Implementing Government Priorities
Today, Thursday, Prime Minister Mohammed Shia' Al Sudani presided over the annual celebration of National Employment Day, held at the Government Palace in the capital, Baghdad. During the event, 50 distinguished employees from various fields were honored, selected by specialized committees for their exceptional performance.
Mr. Al Sudani praised the distinguished employees who have worked hard and earned their recognition, stating that this selection of male and female employees proves the strength of Iraqis, their principles, confidence, and positive energy. He emphasized that the martyr who sacrificed his life for Iraq and the Iraqi people remains the foremost distinguished individual.
His Excellency also commended the initiative to honor outstanding employees and appreciated the efforts of the concerned committee and all those who contributed to this initiative, which highlights the capabilities of public sector employees and dispels negative stereotypes about them. It sheds light on the dedicated, efficient, productive, and honest employee, noting that there are many other outstanding employees who perform their duties with dedication and high efficiency.
The Prime Minister referred to the stories of the distinguished employees, which deserve attention and enhance trust in government employees, especially those who have turned challenging circumstances into success, distinction, and dedication in public service. He mentioned an example of a person with disabilities who excelled in programming, and a visually impaired student in Al-Shatra who surpassed her health conditions, demonstrating a case of creativity we should be proud of.
Mr. Al Sudani touched on the crucial and fundamental role of the public sector in nation-building and its role in implementing the government's program and priorities, as well as its importance in improving the country's status in all fields. He pointed out that Iraq is witnessing the highest growth rate in the region, and the government sector must fulfill its duties in this regard. He confirmed that the government has made significant progress in less than two years in addressing challenges across all sectors, as our country possesses natural and human resources, some of which have yet to be utilized.
Prime Minister's Media Office
July 4, 2024
Versatile Applications of Mannich Base Ligands and their Metal Complexes
Discover the Multifaceted World of Mannich Base Ligands!
The Journal of Applied Sciences and Nanotechnology's latest issue features a comprehensive review: "Versatile Applications of Mannich Base Ligands and their Metal Complexes."
Authored by Enass J. Waheed, Ali M. A. Al-Khazraji, and Awf A. R. Ahmed, this review delves into the manifold applications of Mannich base ligands and their metal complexes in various fields.
The study highlights the significant role of these compounds in the pharmaceutical industry, demonstrating their potential in fighting diseases like cancer, HIV, and tuberculosis, thanks to their anti-microbial, antiviral, and anti-inflammatory properties.
Beyond healthcare, Mannich bases contribute to industrial applications, including polymer creation, detergents, and corrosion inhibition, showcasing their versatility.
Furthermore, the luminescent properties of Mannich base metal complexes are revolutionizing the field of optoelectronics, paving the way for advanced sensing platforms and light-emitting devices.
Explore the full spectrum of applications and the future potential of Mannich base ligands in this insightful review: https://doi.org/10.53293/jasn.2023.7033.1228
Instructions for applicants for the competitive exam
Instructions for applicants for the competitive exam at the College of Applied Sciences for the academic year 2024-2025:
1- Arrive half an hour before the scheduled time of the competitive exam, knowing that the exam starts at 9:00 AM and seating is according to the map announced on the college's website.
2- Bring the electronic form downloaded from the account in the system.
3- Bring a valid identification document such as a civil status card or a unified national ID. Otherwise, the applicant will not be allowed to enter the exam hall.
4- Proceed to the scientific departments for an interview after completing the competitive exam.
5- Answers must be written with a blue or black ballpoint pen only. We wish you success and good luck, God willing.
Announcement of the candidates' names for postgraduate studies in the Department of Applied Sciences
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Announcement
We would like to inform you of the acceptance of candidates to take the competitive examination for postgraduate studies in the Department of Applied Sciences for the academic year 2024/2025, according to the regulations of the University of Technology, Department of Applied Sciences, as detailed in the file below.
The candidates' names ...
Click here
Scientific seminar on Artificial Intelligence for the Branch of Mathematics and Computer Applications
Under the guidance of the respectable President of the University of Technology, Prof. Dr. Ahmed Hassan Mohammed Al-Ghaban, and supervised by the respectable Head of the Department of Applied Sciences, Prof. Dr. Raed Abdul Wahab Ismail, and the respectable Head of the Mathematics and Computer Applications Branch, Prof. Dr. Manal Naji, the Department of Applied Sciences/Mathematics and Computer Applications Branch held a scientific seminar on Wednesday, June 12, 2024, titled: "The Role of Generative Artificial Intelligence in Higher Education."
The lecture was delivered by Dr. Mohammed Muaid Abdul Razzak Al-Obaidi, a specialist in Artificial Intelligence Engineering from Taylor's University, Malaysia. The seminar was held at the University of Technology, in the conference hall of the Computer Engineering Department.
The seminar was attended by the esteemed President of the University of Technology, the respectable Assistant President of the University for Administrative Affairs, as well as the heads of the Computer Engineering and Applied Sciences Departments, several department heads, faculty members, staff, research centre members, and a group of faculty members from Al-Nahrain University, Al-Mustansiriya University, and the University of Babylon, along with several postgraduate students.
Important and contemporary topics were discussed in the field of generative artificial intelligence and the rapid advancements in artificial intelligence, including the advantages and disadvantages of these developments. At the end of the seminar, many ideas were discussed, and several recommendations were made to meet the needs of higher education in Iraq in this field.
The President of the University of Technology honoured the lecturer with a shield from the Department of Applied Sciences, and the Head of the Department of Applied Sciences also awarded him a certificate of appreciation.
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scientific seminar
Based on the authorities granted to us, and with reference to the approval of the Assistant President of the University for Scientific Affairs and Graduate Studies, it has been decided that the Department of Mathematics and Computer Applications will conduct a scientific seminar titled "The Role of Generative Artificial Intelligence in Higher Education" at 11:00 AM on Wednesday, June 12, 2024, in the Conference Hall of the Computer Engineering Department. The seminar will be delivered by Dr. Mohammed Muaid Abdul Razaq Al-Obaidi from Taylor's University, Malaysia.
Honoring the head of the Applied Sciences Department with the Prince Mohammad bin Fahd Award for best scientific production for 2024
Written by alyaa
Honoring the head of the Applied Sciences Department with the Prince Mohammad bin Fahd Award for best scientific production for 2024
Honoring the head of the Applied Sciences Department with the Prince Mohammad bin Fahd Award for best scientific production for 2024
Head of the Applied Sciences Department, Professor Dr. Raed Abdul Wahab Ismail, was honored by the General Secretariat of the Arab Union in collaboration with the Arab Universities Union during the ceremony for the Prince Mohammad bin Fahd Award for Best Scientific Production of the year 2024. The General Secretariat of the Arab Union, in cooperation with the Arab Universities Union, organized the award ceremony for the Prince Mohammad bin Fahd University for Best Scientific Production in its first edition at the General Secretariat headquarters on June 5, 2024, during a special meeting to announce the award results, which were allocated to the Arab Universities Union by Prince Mohammad bin Fahd University in Saudi Arabia for the best scientific production, sponsored by the Secretary-General of the Arab union, Mr. Ahmed Aboul Gheit, in the presence of the Assistant Secretary-General and Head of the Social Affairs Sector, Ambassador Dr. Haifa Abu Ghazaleh, the Secretary-General of the Arab Universities Union, Dr. Amr Salama, the President of Prince Mohammad bin Fahd University, Dr. Issa Al Ansari, and members of the Board of Trustees and representatives of the winning universities.
Abu Ghazaleh emphasized the importance of the award allocated by Prince Mohammad bin Fahd University to the Arab Universities Union for the best scientific production, aiming to enhance the role of universities in scientific production, promote research collaboration, and revive the spirit of scientific competition among universities, appreciating and honoring outstanding work and encouraging universities to engage in scientific research and disseminate the benefits of winning works to instill a culture of thinking, creativity, and innovation in Arab universities.
Dr. Amro Salama, the Secretary-General of the Arab Universities Union, announced the names of the winners of the Best Scientific Production Award in scientific research:
The first research was presented by the Technological University, Iraq.
The second research was presented by Qassim University, Saudi Arabia.
Notably, the co-researchers in the winning research are Professor Dr. Raed Abdul Wahab Ismail, Professor Dr. Muthafr Ali Mohammed, and Dr. Ali Jabr Adly.
The University of Technology won the Best Scientific Production Award in scientific research
Written by alyaa
The University of Technology won the Best Scientific Production Award in scientific research
The University of Technology won the Best Scientific Production Award in scientific research, held by Prince Mohammad bin Fahd University, as part of the celebration held in Cairo at the headquarters of the Arab Union on Wednesday, June 5, 2024. The shield of the award was received by Professor Dr. Raed Abdul Wahab Ismail, Head of the Applied Sciences Department, on behalf of the University President, Professor Dr. Ahmed Mohamed Hassan Al-Ghuban.
This achievement is one of the most important accomplishments in scientific research at the level of Arab universities, demonstrating the progress and excellence of the Technological University in this field. The shield was presented to the University President in his office on Sunday, June 9, 2024, in the presence of the Head of the Computer Engineering Department, Professor Dr. Hassan Jalil.
Scientific seminar
Based on the authorities vested in us and in accordance with the requirements of the work decide…. Mathematics and Computer Applications Branch will hold a sceintific seminar titled (The most important artificial intelligence techniques in applied science) will be deliverd by Prof. Dr. Ahmed Tariq Sadiq From Computer Science Deparment/ University of Technology on Tuesday 07/05/2024 at 10:30 in the morning at the hall of the deceased Professor Dr. Abdul Matlib Ibrahim Al-Sheikh.
