abs bahour

biomedical engineer

About

Currently I am studying Biomedical engineering at the University of Tennessee. My interests include biomechanics, biomaterials, drug delivery systems, tissue engineering, medical devices, CAD & 3D printing, cost management, and project planning. However as I progress in my studies I have come to find that I am interested in many different facets of engineering. My goal currently is to secure a full time position while I attend graduate school, that will assist me with further developing my understanding of the link between theoretical models and real world applications. My sheer work ethic will speak volumes in and of itself. If you would like to contact me for a possible opportunity with your company I can be reached at bahour95@gmail.com or by phone at 615-686-5254.

Country

united states

City

nashville

Industry

medical devices

Skill

solidworks, autocad, matlab, mathematica, microsoft office, research and development, design research, robotics, medical surgical, leadership, microsoft powerpoint, microsoft word, microsoft excel, public speaking, research, teamwork, statistics, project management, biomedical engineering, mri, statistical data analysis, computer aided design, mechanical engineering, fluid mechanics

Experience

r and d engineering intern

university of memphis

2016-5 - 2017-2 · 10 mos

* Measurement and representation of blood cell motions during flow * Applied reduction methods of video images to descriptive statistics that quantify motions in four-space. * Learned definite forward motions and applied equally definite “reverse” motions of traces in blood flow. * Mentored a high school student to aid in senior project during the reduction process and reduction analysis.

manufacturing engineer intern

reach lab

2014-8 - 2016-5 · 1 yr 10 mos

* Research and Development involving surgical robotics. * Maintained robots and provided efficient cost analysis. * Reduced rebuilding time by implementing Additive Manufacturing procedures.

imaging engineer intern

center for musculoskeletal research

2014-5 - 2014-8 · 4 mos

* Simultaneously managed and organized multiple orthopedic research projects to ensure accurate and timely completion of tasks. * Segmented large quantities of CT and MRI data to create three-dimensional graphical models of human bones to be used in UT’s research center's bone databases.