Each of the fifth stage students, whose names are attached below, discussed a graduation project entitled ((Patient Monitoring from Home)).

Students names:-
1- Wafaa Hassan Ali
2- Aisha Karim Ali
3- Taher Falah Abed Aoun

Supervisor name
Ph.Dr. Ziad Qassem Habib

Discussion Committee
Prof.Dr. Wissam Kazem Hamdan
Ph.Dr. Zahraa Mohamed Abdel Hussein
Asst.Lect. Atheer audience

About the project:-

Where the research dealt with the use of a factory sensor to measure the patient’s temperature, heart rate, electrocardiogram, room temperature and room humidity. The patient can monitor them.

Discussion of a graduation project entitled "Development and validation of biomaterial for biomedical application"

Where the research dealt with the applications of using nanomaterials extracted from jitosan. At the beginning, an overview of the wound healing process was presented, followed by a discussion on the properties of jitosan and its nanoparticles and their suitability for treating wounds. Then the mechanisms exerted by chitosan nanoparticles (in the wound healing process) were addressed, discussed and analyzed critically and in detailed sections. We mention, among them; hemostasis, preventing infection, immune response (inflammatory) and the time taken to close the wound.

Student names:
Ahmed Tariq Tawfik
Taha Qusay Taleb
Bilal Samir
Hussein Ali Mahdi

Discussion committee names:
Prof. Dr. Jinan Star Khashan
Asst.lect. Mays Sabah
Asst.lect. Saad Mahmoud

supervisor name :

Prof.Dr.Sabah saad 

Discussion of the graduation project entitled "Design and implementation of smart hydraulic damper for artificial limbs"

the project  discusse Smart Hydraulic Damper is part of sem-active type prosthetic Knee. Magneto rheological Damper is type of Smart Hydraulic, which assists prosthetic knee to performing all function with small energy and high control. The principle of MR prosthetic knee depending on spring-damper mechanisn and generater mechanisn wich work harmony together. The spicial properties of MR Damper is low consumption of energy and absorbing shock that causes reduces inflammation in end of transfamer. The results show the designed MR damper is better than off-the-shelf MR dampers for the application

Students names :
Ali Faleh Mortada
Hussein Laith Abbas
Muhammad Mahdi Adnan
Zainab Karim

Discussion Committee:
Ph.Dr. Jamal Mohamed Hamad
Ph.Dr. Enas Saad Mohammed
Eng. Ayoub Qassem

Discussion of a graduation project entitled "BUILDING AND DEVELOPMENT OF A PROTOTYPE CENTRIFUGE AND MINI-REFRIGERATOR FOR MEDICAL EQUIPMENT"

Student's name:
1- Ali Abbas Abo Alhail
2- Mustafa Laibi Madah
3- Sajjad Hassan Hawi

supervisors:

Asst. Prof. Dr. Awfa Abdul Rassoul Abdullah
Asst. Lec. Dalia Muhammad Ali

Discussion Committee

ِِAsst.Dr. Alaa Mohamed Dawood
Asst.Lec. Husam Yahya
Asst.Lec. Atheer Jumhur

Centrifugation is a very old technology, and with the advances in the medical field and laboratories, it has faced many challenges. In this project, we have developed effective tools for the centrifugal process. Where we started by designing a centrifuge prototype
body, rotor, motor base, and brake components using the program (AutoCAD) and printed using Anycubic i3 Mega 3D printer. there are safety components including a micro switch or a lid sensor to automatically turn off the motor when the lid is open and a brake unit to stop the motor simultaneously when the user opens the lid.
as well as This mini fridge can store the samples at appropriate temperatures to transfer them to the specialized medical care center to perform the necessary medical tests on them. A temperature range between (5–10 °C) was obtained.