M. Reza Faieghi
Assistant Professor
Director, Autonomous Vehicles Laboratory
Researcher, Institute for Biomedical Engineering, Science and Technology (iBEST)
Faculty of Engineering and Architectural Science
Department of Aerospace Engineering
Toronto, Ontario
reza.faieghi@torontomu.ca
Office:
(416) 979-5000 ext. 554147
Expert In
Aerospace engineering
Bio-mechatronics
Finite element method
Flight safety and ergonomics
IBEST
Machine learning
Parallel computing
Quantum materials and sensors
Quantum software and responsible AI/machine learning
Quantum-ready cybersecurity
Robotics and control
Technology and intelligent systems
Theme: Transformative technology
Virtual reality
Bio/Research
Flying is one of the most common fears people have, even though statistically, soaring hundreds of kilometres per hour in a hunk of metal is actually safer than driving a car. “In movies we see an engine suddenly fail, yet in reality accidents are actually a series of human errors,” says aerospac...
Click to Expand >>
Click to Expand >>
Bio/Research
Flying is one of the most common fears people have, even though statistically, soaring hundreds of kilometres per hour in a hunk of metal is actually safer than driving a car. “In movies we see an engine suddenly fail, yet in reality accidents are actually a series of human errors,” says aerospace engineering professor Reza Faieghi. “There are many people involved in just one flight—engineers, air traffic controllers, pilots. When most of these processes become autonomous, the chance of making those errors reduces significantly.”
As a researcher focused in biomechatronics, Faieghi’s goal is to make flying even safer by reducing that risk of human error. “I hope the technology systems I develop can be used to help improve flight safety and ergonomics,” says Faieghi. “When we have more intelligent systems, pilots can interact with them better.”
As part of his research in biomechatronics, Faieghi is exploring the relationship between advanced autonomous networks and an even more complicated system: humans. Understanding and modelling pilot and passenger behaviour is the biggest challenge, says Faieghi, but it’s also what makes him so passionate about aerospace engineering. “For me, the joy of seeing how mathematical models can describe and control physical phenomenon is endless,” says Faieghi.
Click to Shrink <<
As a researcher focused in biomechatronics, Faieghi’s goal is to make flying even safer by reducing that risk of human error. “I hope the technology systems I develop can be used to help improve flight safety and ergonomics,” says Faieghi. “When we have more intelligent systems, pilots can interact with them better.”
As part of his research in biomechatronics, Faieghi is exploring the relationship between advanced autonomous networks and an even more complicated system: humans. Understanding and modelling pilot and passenger behaviour is the biggest challenge, says Faieghi, but it’s also what makes him so passionate about aerospace engineering. “For me, the joy of seeing how mathematical models can describe and control physical phenomenon is endless,” says Faieghi.
Click to Shrink <<