عضو ارتباط
Israa Fawzi Hasan
Biomedical engineering department
Assistant Lecturer
This email address is being protected from spambots. You need JavaScript enabled to view it.
My research focus mainly on laser technology, Optics, Manufacture of nanoparticles and nano-technology.
M.Sc. Degree in Laser applications and technology, University of Technology, Iraq, 2022.
B.Sc. Applied Sciences, University of Technology, Iraq, 2013.
laser technology, Optics, Manufacture of nanoparticles and nano-technology.
1. Preparation and characterization of TiO2 NPs by PLAL technique
2. Study of the Effect of Laser Energy on the Structural and Optical Properties of TiO2 NPs Prepared by PLAL Technique.
3. Preparation and Characterization of TiO2@MWCNTs nanocomposite by Laser Ablation in Water
Electrical lab and electronic lab
Thanks and appreciation books from the biomedical engineering president.
Under the auspices of the Head of the Department, Prof. Dr. Wissam Kazem Hamdan,a workshop was held by the lecturer, Dr. (Mohammed Hassan Bashit), who is affiliated with the Baghdad Health Department in the Department of Engineering Projects, in the presence of the department’s academic staff and students on Thursday 11-24-2022. The workshop curriculum included each of :-
1- General view for dental instruments.
2- Guide installation for dental chair.
3- Modern technologies which are used in dental application.
4-basic maintenance principles for dental equipment.
Ph.Dr.saad mahmood Ali in our department / Head of the Biomechanics Branch obtained
the patent tagged "Design of a low-cost respirator for patients with respiratory failure due to the Corona virus-Covid-19 pandemic"
The patent focused on designing two new, simple, low-weight and cost-effective models for a portable mechanical pneumatic respirator that operates with minimum oxygen consumption to help the increasing number of patients infected with the COVID-19 pandemic. Device performance using expert systems software 11.0.In cases of injured patients, Oxygen can be used as a programmable device and other safety devices that can be controlled. 2003 and the device is able to treat patients of all ages ,From the newborn baby to the elderly. The device operates at a range of 10-40 breaths/min. And between 4.04 to 64.64 liters / minute for patients with severe breathing difficulty infected with coronaviruses or other respiratory diseases, and the designed ventilator can work to consume the amount of oxygen supplied for a long period of time using any concentration of oxygen in the oxygenated breathing gas (FIO2 ), at least 42% higher than similar previous designed or standard ventilators.
Prof. Dr. Ali Jalal Ali, a lecturer in Biomedical Engineering Department , received a letter of thanks and appreciation from the Future University College. Our appreciation for the efforts made by him
By contributing to the convening and success of the scientific workshop, which was held at the University of Technology for students of the Department of Life Medicine Engineering - University of Babylon, wishing him more brilliance and success to serve the scientific process in our country.
