Operational Modal Analysis
Master of Science in Mechanical Engineering
- Specialization in Dynamics and Control.
- Independent research.
- Research Assistant at IDEAS Lab.
I am Mohammed Hafeez and I am a Mechanical Engineer. I hold a degree in Masters of Science in Mechanical Engineering from University at Buffalo(SUNY) and a degree in Bachelors of Technology in Mechanical Engineering from PES University. I have specializations in dynamics and control as well as automotive engineering and I have the necessary skills to integrate my education in the industry and I have a lot of research experience from various domains which have built my understanding of mechanical engineering and science as a whole.
University at Buffalo, The State University of New York
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Master of Science in Mechanical Engineering
PES University
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Bachelor of Technology in Mechanical Engineering
Operational Modal Analysis
Effect of Toe, Camber and Caster
Vibration pattern of a membrane
Prosthetic Design
Satellite Dynamics
Exoplanet Detection and Orbital Analysis
Travelling Wave Generation
PCB Board Design
Physics of Robots
PRTHU Fundamentals Pvt. Ltd.
Intern - -
IDEAS Lab, University at Buffalo
Research Assistant - -
Operational modal analysis
Performed experimental and simulation analysis by performing modal analysis of a bike chassis to find the mode shapes and natural frequencies of a bike chassis. A running engine was simulated on the chassis to see how it alters the natural frequencies of a chassis.
Effect of Toe Camber and Caster
Studied the effects of Toe, Camber and Caster angles on the vehicle performance for different classes of vehicles ranging from Sedans to SUV’s.
Vibration pattern of a membrane
Analyzed mode shapes of a circular membrane by impinging sound generated waves on the surface with the help of a speaker within a circular tube.
Prosthetic design
Set up the design for a prosthetic which can be used for fixing Foot drop gait.
Satellite dynamics
Analyzed the path and maneuvering required for the orbital path of a service satellite to refuel an existing satellite.
Exoplanet detection and Orbital analysis
Determined which planets are habitable by classifying them as planets or exo space objects and comparing them to the dynamics of the Earth as a reference.
Travelling wave generation
Simulated a travelling wave on the surface of a plate which is to be replicated on the surface of an aircraft wing to promote better boundary layer control. This is used to improve flight performance for high speed travel.
PCB Board design
Calculated the thermal dissipative properties of PCB boards to prevent overheating during usage in Telecom towers.
Physics of Robots
Designed a compliant robot to analyze the working and stress limits of the mechanism. Further researched dynamical properties of jumping robots