Jonathan Liscouët
Dr. Jonathan Liscouët, Ph.D., Eng.
Pronouns: He/Him
- Associate Professor, Mechanical, Industrial and Aerospace Engineering
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Supervised programs: Mechanical Engineering (MASc) | Mechanical Engineering (PhD)
Research areas: Multidisciplinary design and assessment of drones, VTOL aircraft, and space launch systems, with emphasis on flight dynamics, control and thermal analysis, power and propulsion systems, reliability analysis, and model based safety assessment.
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Biography
Introduction
Aerospace systems present increasingly complex design challenges, particularly when performance, multidisciplinary integration, and safety must be considered simultaneously. Addressing these challenges is at the core of my research.
I joined Concordia University as an associate professor in 2020 following 10 years at Bombardier. My research focuses on multidisciplinary design and assessment methodologies for drones, VTOL aircraft, and space launch systems, integrating flight dynamics, control and thermal analysis, power and propulsion system design, architecture, and sizing with advanced reliability analysis and model based safety assessment.
I welcome inquiries from prospective MASc and PhD students and opportunities to develop collaborative research projects with academic and industrial partners.
Teaching
AERO 371 Modelling and Control Systems
This course covers modeling aerospace systems, linearizing nonlinear systems, analyzing system responses and stability, designing PID controllers, and using MATLAB/Simulink for simulation.
AERO 480 / MECH 6091 Flight Control Systems
AERO 446 / MECH 6241 Operational Performance of Aircraft
This course covers the analysis of operational performance during glide, cruise, climb, descent, turning maneuvers, and takeoff and landing phases for propeller and jet aircraft.
AERO 201 Introduction to Flight and Aerospace System
This course introduces fundamental aerodynamics, aerospace technologies including propulsion, structures, and systems, basic aircraft performance analysis, and the principles of flight stability and control.