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Dr. Sherif A. Elatriby

Assistant Professor of Mechanical Engineering

Faculty Building

UB2

Office Number

G40

Biography

Sherif Elatriby is an assistant professor at Industrial Engineering Program (IENG). He was awarded his M.Sc. (2006) and PhD (2012) in Production Engineering from Mechanical Engineering Dept., Helwan University, Egypt. He was awarded a post-doctoral grant at Newcastle University (UK), funded by the Ministry of the Higher Education of Egypt, in 2015-2016. Currently, he is an expert in reverse engineering, particularly CAD/CAM computer-aided design/computer-aided manufacturing systems, as well as 3D measurements using Coordinate Measuring Machines (CMM). Dr. Elatriby has previous work in the field of reverse engineering (RE) in the Egyptian market in the field of spare parts and petroleum services. His expertise in this area includes offering consultancy and training to the industry and conducting internationally published research. He was the head of the academic mobility division at the international relations office (IRO) from 2016-2021. He was also the director of Helwan University Technology, Innovation and Commercialization Office (TICO) since 2017. He was an alumnus of Dialogue on Innovative Higher Education Strategies (DIES) in 2018. Furthermore, he has broad experience communicating with most international organizations in Egypt, e.g. DAAD, USAID, ERASMUS+, JICA and the British Council. Moreover, he is an internationally accredited Technical/Lead assessor by (EGAC) Egyptian accreditation council in testing and calibration laboratories according to international standard ISO17025 since 2010. He has an experience in other accreditation standards for proficiency testing providers (PT), inspection, and certification of persons according to ISO17043, ISO17065 and ISO17024 since 2016. He has participated in many assessments and accreditation consultations in Africa and MENA region that are covered by EGAC, besides the assessments in the Egyptian industrial field.

Research Tracks
  • CADCAM
  • Additive manufacturing
  • Reverse Engineering
  • Quality Control
  • Project Management
Projects
Using Piezoelectric textile insets to analyse working environment ergonomics
Research Project

Using Piezoelectric textile insets to analyse working environment ergonomics

Abstract "The working environment is usually assessed through ergonomic analyses to determine the fatigue level of the labors subjected to long work. The CAD software helps in this field by using the built-in manikin that can be manipulated to reach the different gestures that the labor may show during the working day and determine fatigue levels through the RULA and REBA analyses. The utilization