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Associate Professor

Shrief Khairy Eldiasty

Assistant Professor

biography

Sherif Eldyasti is a Ph.D. holder from Ain Shams University, Cairo, Egypt. He started his Ph.D. studies in March 2013 and took the degree in 2018. During his Ph.D. studies, he helped undergraduate students in understating their courses and helped them in their graduation projects. In addition, he has published one journal paper and two conference papers. Earlier, he graduated from the department of Electronics and Communication Engineering from the Arab Academy for Science, Technology and Maritime Transport (AASTMT) in September 1998, he started working in AASTMT since 2000 as a teaching assistant and he finished his M.Sc. in March 2006. Then appointed as an Assistant Lecturer. Throughout his working period in AASTMT, he taught a numerous number of courses such as Signal and Systems, Introduction to communication systems, Digital Communication, Modern Wireless Communication, Electromagnetics, Electromagnetic Transmitting Media, Antenna Engineering and Advanced Antenna Systems. He also helped in a plenty of administrative work such as preparing classes and exams schedules, proctor, preparing exams, preparing model answers, grading, and helping the college of engineering to receive the Accreditation Board for Engineering and Technology (ABET). He also helped in organizing many national and international conferences.

experience

work experience

2023 - 2023

associate professor

College of Engineering & Technology

2018 - 2023

Assitant Professor

College of Engineering & Technology

2006 - Till Now

Teaching Assistant

Electronics and Communications

2000 - 2006

Graduate Teaching Assistant

Enelctronic and Communications

academic experience

publications

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Honors & awards

Honors

Professional Experience

  • Egyptian Engineering Syndicate

  • Head of International Relations and Agreements Cairo Branch
    Head of International Relations and Agreements Cairo Branch

communities

Teaching Courses

Course Academic year Term

EC024 - Fundamentals of Electronics

2024 Fall Semester View All Content

EC217 - Measurements & Instrumentation

2024 Fall Semester View All Content

EC442 - Electromagnetic Wave Propagation

2023 Fall Semester View All Content

EC218 - Measurements & Instrumentation

2023 Fall Semester View All Content

EC443 - Electromagnetic Transmitting Media

2011 Spring Semester View All Content

EC421 - Statistical Communication Theory

2011 Spring Semester View All Content

EC531 - Microwave Technology

2011 Spring Semester View All Content

EC321M - Signals & Systems

2011 Spring Semester View All Content
- Lectures Notes - Lectures Notes - Lectures Notes

projects

Wearable Flexible Antenna for UWB On-Body and Implant Communications for fifth generation

Graduation Project
Start Date : 30 Sep 2023-05 Jul 2024
project will describe the development and evaluation of an on-body flexible antenna designed for an in-body application, as well as on-body communications at ISM and UWB frequency bands. The evaluation is performed via electromagnetic simulations using the Dassault Simulia CST Studio Suite. A planar tissue layer model, as well as a human voxel model from the human abdominal area, are used to study the antenna characteristics next to human tissues. Power flow analysis is presented to understand the power flow on the body surface as well as within the tissues. Simulation results show that this wearable flexible antenna is suitable for in-body communications in the intestinal area, e.g., for capsule endoscopy, in the industrial, scientific, and medical (ISM) band and at lower ultra-wideband (UWB). At higher frequencies, the antenna is suitable for on-body communications as well as in-body communications with lower propagation depth requirements. Additionally, an antenna prototype has been prepared and the antenna performance is verified with several on-body measurements. The measurement results show a good match with the simulation results. The novelty of the proposed antenna is a compact size and the flexible substrate material, which makes it feasible and practical for several different medical diagnosis and monitoring applications, in addition we will upgrading it for upper 5 G and 6 G millimeter frequency on body biomedical applications.

contact Me

Branch : AASTMT AbuKir Branch, Alexandria, Egypt

Office Phone :

Extension Number : 308

Fax :

Mobile : 01111125100

Email: Send Email

Location : AbuKir AAST A 308