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PROFILE
UPM's Staff Profile
PROF. MADYA IR. DR. MOHAMMAD YAZDI BIN HARMIN
PROFESOR MADYA
FACULTY OF ENGINEERING
myazdi
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EN

PROFESSIONAL

Dr. Mohammad Yazdi Harmin started his career at Universiti Putra Malaysia (UPM) as a Tutor upon completion of his Bachelor of Aerospace Engineering (UPM) back in 2002. After five years of serving, he has pursued his PhD in Aeroelastic Modelling & Design at the University of Liverpool. He rejoined UPM and served as a Senior Lecturer upon completion of his PhD in 2012 and been promoted to Associate professor in 2020. He is a registered graduate engineer since 2013 and a registered professional engineer (P.Eng) since 2023 under the Board of Engineers Malaysia (BEM). He is also a founding member of Aerospace Malaysia Society which was established in 2017. His main research interests lie in the fields of Aeroelasticity (Simulation, Modelling & Testing), Swarm Intelligence and Reduced Order Model approaches. He has published over 40 journal publications and conference articles in the aforementioned topics and has received several grants from various funding agencies. As a main supervisor, he has successfully produced and supervising a number of postgraduate holders and students (Master & PhD) in various aerospace engineering sub-expertise.
NAME :
(Prof. Madya Ir. Dr.) Mohammad Yazdi Bin Harmin
POSITION :
Profesor Madya
ENTITY :
Faculty Of Engineering

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EDUCATIONAL BACKGROUND
2022
Bachelor of Aerospace Engineering (Honours) – University Putra Malaysia
2012
PhD (Aeroelastic Modelling & Design) – University of Liverpool
WORKING EXPERIENCE
2020
Associate Professor, Department of Aerospace Engineering, UPM
2012
Senior Lecturer, Department of Aerospace Engineering, UPM
2002
Tutor, Department of Aerospace Engineering, UPM
PUBLICATION
2021:
Computational Study of Mass Reduction of a Conceptual Microsatellite Structural Subassembly Utilizing Metal Perforations
2021:
Modal Analysis of Conceptual Microsatellite Design Employing Perforated Structural Components for Mass Reduction
2020:
Mathematical Modelling for Effects of Fineness Ratio, Altitude and Velocity on Aerodynamic Characteristics of an Airship Design using Computational Fluid Dynamics
2020:
Design Requirements for New Food Delivery and Waste Collection System Onboard Commercial Transport Aircraft