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Materials Engineering Department curricula for the preliminary study for the year 2023/2024 Materials Engineering Department curricula for the preliminary study for the year 2022/2023 Materials Engineering Department curricula for the preliminary study for the year 2021/2022 Materials Engineering Department curricula for the preliminary study for the year 2020/2021 Materials Engineering Department curricula for the preliminary study for the year 2019/2020 Materials Engineering Department curricula for the preliminary study for the year 2018/2019 Materials Engineering Department curricula for the preliminary study for the year 2017/2018 Academic Program Specification Forma for Undergraduate 2017/2018 Academic Program Specification Forma for Undergraduate 2018/2019 Academic Program Specification for Ceramics and Building Materials Engineering
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الى كافة خريجي الدراسات العليا ( الماجستير و الدكتوراه) في قسم هندسة المواد / الجامعة التكنولوجية…
يرجى تزويدنا بالبيانات المطلوبة لحملة الشهادات العليا بدءاً من ٢٠٠٣ ولغاية ٢٠٢١ وعلى الاستمارة اضغط هنا
مع خالص الود
رئاسة قسم هندسة المواد
The student (Nouri Sabah) , department of materials engineering/ university of technology, won a third place in the university of technology championship for the badminton, which was held by the Student Activities Department on Tuesday, 19/01/2021, in the university Stadium (Tartan).
The department of materials engineering participated with two players, Nouri Sabah and Mohammed Emad, and the championship was held by the individual drop-off system, with the arbitration of Misters Ahmed Mahmoud and Mohamed Hadi and the general referee, Assist. Prof. Dr. Mona Taha, and in the presence of international referee Basil Jawad.
Nouri Sabah finished third after Abdullah Rashid from the computer science department got the first place and Morteda Bassel from the computer engineering department took second place, while Gyath Abdul Kadhim received third place.
A master’s student “Zaynab Zuhair Ali” defended her thesis "Modification of Biomedical Alloys by Nano ZrO2 and Y2O3 Deposition" on Wednesday, January 20th, at the conference room C/ Materials Engineering Department/University of Technology. The Committee included:
Dr. Husayn Muhammad Yousif/ Ministry of Industry and Minerals/ State Co. for Steel Industries reviewed and characterized the dissertation by the methods of science, whereas Dr. Zaynab Naief Rasheed / University of Technology/ Applied Sciences Department reviewed the dissertation linguistically to meet the style of English. Congratulations to the student on her graduation.
Abstract:.
The study aimed to alter the implant surface and make it more effective, vital for medical uses. In the present work, Modifications achieved by deposition Nano zirconia and yttria powders on different titanium-base alloys produced using powder technology technique ; Chemical etching pretreatments is done for implant samples (Ti-pure, Ti-45%Ni, Ti-10%Co and Ti-30%Ta) and the deposition process carried out by pack cementation to produced Nano ceramic materials at implant surface. Where the best results of the four alloys were shown in medical tests and their effect in cell viability and adhesion, adding that the deposition process in this way is useful for medical applications, not just industrial.
The Department of Materials Engineering/ University of Technology met with its new students for the academic year 2020-2021 through a welcoming ceremony at the University Theatre on Tuesday 12/01/2021.
The ceremony was attended by the President of the University of Technology ( Prof. Dr. Ahmed Mohammed Hassan Al-Ghaban), the head of Materials Engineering Department (Assist. Prof. Dr. Hussein Alaa Jaber), the assistant head of the Department for Scientific Affairs (Lec.Dr. Muhannad Najah Jawad), the assistant head of administrative affairs (Assist. Prof. Dr. Laith Wadah Ismail), and many teaching staff of the department.
At the beginning of the ceremony, the national anthem was sung and Surat al-Fatiha read to the martyrs of Iraqi heroes. The President of the University gave a welcoming speech to the new students and attendees, as the head of the department gave a welcoming speech to the new students with a brief about the history and importance of the department of materials engineering.
The ceremony also included an introductory lecture on materials engineering and applications delivered by Assist. Prof. Dr. Kazem Matar Shabib. Assist. Prof. Dr. Laith Wadah Ismail and Lec. Dr. Muhannad Najah Jawad gave a speech on the importance of material engineer in life and a general idea for the facilities and branches of the Materials Engineering department.
At the end of the ceremony, Lec .Dr. Muhannad Najah Jawad with some of the teaching staff of the department escorted the new students in a tour at the university to get acquainted with her access to the department of materials engineering and finally take a souvenir photo.
The department of Materials Engineering in University of Technology awarded the master degree to graduate student Huda Satar Ali under her thesis titled “Sintering Behavior of Ceramics Containing Different Fluxing Agents”. The final defense occurred in building-C of the Department of Materials Engineering on Monday 03/15/2021. The defense committee consist of :-
The thesis scientific reviewer Assist Prof. Dr. Ahmed Fadel Ali. The thesis linguistic reviewer Assist Prof. Dr. Sameer Ali Ameen- University of Technology- Mechanical Engineering Department.
Abstract:
This study includes the preparation of porcelain samples from different compositions. It also comprises the possibility of adding different melting materials, including (fluorescent candles glass waste (FLGW), borax) to porcelain material samples in different proportions as a substitute for potassium feldspar and studying its effect on the sintering behavior, microstructure, physical properties, mechanical properties and thermal conductivity of porcelain samples. The results manifested that increasing the percentage of potassium feldspar in porcelain samples led to improve physical properties, mechanical properties, and decreased thermal conductivity. The addition of flux materials caused a decrease in the sintering temperature to (1000ºC) when adding 5 wt%. of waste fluorescent candle glass and to (950ºC) when adding 5 wt.% of borax, compared to samples without addition, which required a sintering temperature of (1225ºC) to obtain the appropriate physical and mechanical properties. When increasing the proportion of flux in the porcelain samples to 10 wt%, it led to the formation of closed pores in the samples, and this resulted in to a reduction in the physical and mechanical properties of the porcelain samples.
A master’s student “Aveen Kanaan Bower” defended her thesis entitled "Preparation of Recycle Composite (Zn – Al) Alloy Reinforced with Hybrid Nano particles" on Tuesday, March 16th, at the conference room C/ Materials Engineering Department/University of Technology. The Committee included:
Assistant professor dr. Payman Suhba Ahmad/ Koya University reviewed and characterized the dissertation by the methods of science, whereas Assistant Professor dr. Sameer Ali Ameen / University of Technology/ Mechanical Engineering Department reviewed the dissertation linguistically to meet the style of English. Congratulations to the student on her graduation.
Abstract:
This study included the stir casting process that was used to manufacture the recycled materials of (ZA-12) composites with different weight percentages of nanoparticles and with using of aluminum scrap (AA 2024), pure Al (electrical wires) and zinc scraps. Mechanical tests results confirmed that the hardness and the compression increased with increasing the hybrid nanoparticle's percentage, whereas the wear rate decreased as the reinforcing materials was increased. Since nanoparticles restrict dislocation movement, the mechanical properties are enhanced.
The high hardness was obtained for the composite (ZA-12/(3%BN+3%SiC)). With increasing the addition of nano (BN and SiC) particles to the zinc - aluminium matrix, it has been observed that wear rate values have steadily decreased.
The result has revealed that the compression strength improved in certain situations with an increasing weight percentage of the nano ceramic particulates. The highest increase that is in (ZA-12/ (3%BN + 3% SiC)) composite, and the least being in (ZA-12) alloy.
The department of Materials Engineering in University of Technology awarded the master degree to graduate student Rasha Abdel Al-Hassan Essa under her thesis titled “Adopting Electrostatic Layer of Composite Materials”. The final defense occurred in building-C of the Department of Materials Engineering on Wednesday 03/03/2021. The defense committee consist of :-
The thesis scientific reviewer Prof. Dr. Kalid Morshad Oweid/ Al Mustansiriya University-Collage of Engineering- Materials Engineering Department. The thesis linguistic reviewer Lec. Dr. Rabab Assem Abdel Aziz- University of Technology- Materials Engineering Department.
Abstract:
The poly methyl methacrylate (PMMA) powder was used to prepare bio-composite coating layers by dry electrostatic spray method on stainless steel (SS) 316L as a substrate. Different weight percentages (wt%) of dry powders were mixed to form a composite mixture consisted of (5, 10, 15, and 20) wt% Al2O3 and TiO2 with (95, 90, 85, and 80) wt% of PMMA as matrix material. The ceramic powder additives were studied in Four Groups: (A, B, C, and D). The morphology, particle size, chemical compositions, micro-hardness, adhesion strength, ion release behavior, FTIR, and DSC tests of the polymer composite coating layers were characterized.
The department of Materials Engineering in University of Technology awarded the PhD degree to graduate student Hiba Anwar Abdul Allah under her thesis titled “Deposition of Advanced Coating for Industrial Applications”. The final defense occurred in building-C of the Department of Materials Engineering on Monday 04/12/2021. The defense committee consist of: -
The thesis scientific reviewer Assist Prof. Dr. Amal Saleh Mirza- Isra University College-Chemical Engineering College. The thesis linguistic reviewer Assist Prof. Dr. Laith Wadah Isamil- University of Technology- Materials Engineering Department.
Abstract:
This work is an attempt to increasing corrosion resistance of SS 316 L through coating with CeO2/β-TCP composites by RF sputtering technique at constant conditions. The composites include the substitution of cerium oxide in TCP lattice structure with seven weight percents. Many techniques were used to confirm the substitution involve XRD, FESEM/EDS and AFM, generally, (60%CeO2/40%TCP and 70%CeO2/30%TCP) gave the best substitution.
Some biological properties were measured for coated SS 316L specimens inculding antibacterial, good biocompatibility and ability to osseointegration. Some mechanical properties were tested included adhesion and microhardness. Electrochemical property (Corrosion) in SBF at 37oC was tested to measure corrosion data.
The Department of Materials Engineering at university of Technology held e-seminar for graduate students (MSc and PhD) using google meet platform for the period from 22-24/03/2021 to discuss the work process of the students’ projects.
The supervising professors with a group of teachers in the department attended the e-seminar. Thirty minutes were allocated to each student (fifteen minutes for the presentation and the remain for the discussion)
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