Arab American University celebrated the graduation of its third batch of students in Business Administration joint master program with Indiana University, Pennsylvania. The ceremony took place at the university campus in Ramallah city.
Arab American University Chairman of the Board of Trustees Dr. Mohammed Shtayeh, Board members, President of the Board of Directors Dr. Yousef Asfour, Board members, Board of Directors Academic Advisor the founder University President Dr. Waleed Deeb, University President Prof. Dr. Ali Zeidan Abu Zuhri, Minister of Higher Education Dr. Sabri Saidam, former university presidents Dr. Mahmoud Abu Moyes and Dr. Munther Salah, Arab American University President Assistant for Administrative and Financial Affairs Faleh Abu Arra, the businessman and keynote speaker at the graduation ceremony Mr.
In partnership with Indiana University, Pennsylvania Minister of Education and Higher Education Dr. Sabri Mamdouh Saidam announced that the Arab American University will be the first in Palestine to get accreditation for PhD program in business administration, implemented in partnership with the Indiana University, Pennsylvania.
Dr. Saidam said during the graduation ceremony of the third batch of MBA students that the National Authority for Accreditation and Quality at the Ministry of Education and Higher Education has approved the Arab American University special PhD degree program after fulfilling the authority’s requirements.
Researcher Hanan Zeidan Hamamra, physics program student at the Arab American University Faculty of Graduate Studies, defended her master thesis entitled “Effects of Mixing Neodymium Tin Oxide Ceramic with Terbium, Samarium, Yttrium and Gadolinium on its Mechanical and Electrical Properties”.
In her thesis, Hamamra investigated structural changes resulting from mixing neodymium tin oxide ceramics with terbium, samarium, yttrium and gadolinium by studying x-ray diffraction, the samples electrical and optical characteristics, calculate changes in structure constant, levels direction, microscopic stress, granules size and defect density resulting from the mixing. Also, mixed ceramic samples optical properties were explored by measuring reflection and access spectra in high absorption area.
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