How can control theory be applied most effectively in the design of new mechatronic and robotic systems?
Chun-Yi Su
- Concordia University Research Chair in Control of Non‑Smooth Dynamic Systems
- Professor
- Department of Mechanical, Industrial and Aerospace Engineering
- control systems20
- nonsmooth dynamic systems
- smart actuators2
- nonlinear system control5
- nonholonomic systems2
- robotics9
- aerospace58
- spacecraft and satellites8
- vibration13
- vehicle suspension4
- adaptive control5
- robustness7
- mechatronics4
- soft computing16
- precision manufacturing
- advanced manufacturing26
- industrial robots2
- hysteresis systems
- artificial intelligence29
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Subhash Rakheja
fluid-structure interactions, health and safety, anti-slosh devices
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Wen Fang Xie
mechatronics, nonlinear system control, industrial robots
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Youmin Zhang
intelligent unmanned systems, UAVs, UGVs
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Rama Bhat
vibration, rotor dynamics, structural acoustics
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Khashayar (Kash) Khorasani
control systems, cooperative control, nonlinear system control
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Amir G. Aghdam
adaptive control, decentralized large-scale systems, control systems
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Shahin Hashtrudi Zad
control systems, discrete event systems, biological systems
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Rastko Selmic
control systems, formation flight control, artificial neural networks
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Krzysztof Skonieczny
planetary rovers, robotics, vehicle-terrain interactions
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Ramin Sedaghati
adaptive structures, smart materials, smart structures
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Luis Rodrigues
aerospace, control systems, piecewise affine controllers
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Suong Van Hoa
nanocomposites, advanced manufacturing, materials science
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Zezhong (Chevy) Chen
multi-axis CNC machining, advanced manufacturing, cutter design
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Muthukumaran Packirisamy
micro/nano devices, microfabrication, MEMS/NEMS
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Rajamohan Ganesan
structural dynamics, composite laminates, vibration
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Walter Lucia
cyberphysical systems, predictive control, fault-tolerant control
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Ashok Kaushal
rotor dynamics, vibration, CATIA
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Mojtaba Kheiri
fluid-structure interactions, nonlinear aeroelasticity, kite power systems
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Mehdi Hojjati
composites, automated fibre placement (AFP), advanced manufacturing
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Nawwaf Kharma
soft computing, synthetic biology, image processing
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Mamoun Medraj
thermodynamics of materials, metals, metallic glass
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Rolf Wüthrich
gas evolving electrodes, glass micromachining, nanoparticle synthesis
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Catharine Marsden
aircraft structures, composites, aircraft design
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Yong Zeng
design process, creativity, design engineering
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Nizar Bouguila
computer vision, data mining, machine learning
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Ayhan Ince
fatigue and fracture modeling, computational mechanics, multiaxial fatigue
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Sivakumar Narayanswamy
micro/nanometrology, MEMS/NEMS, laser interferometry
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Luiz A.C. Lopes
high power converters, renewable energy, distributed power generation
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Serguei A. Mokhov
Forensic Lucid, formal methods, software engineering
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Rustam Vahidov
design science, decision support systems, artificial intelligence
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Paula Wood-Adams
polymer science, rheology, viscoelasticity
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Tsz Ho Kwok
advanced 3D printing techniques, CAD/CAM, design automation
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Pragasen Pillay
electrical machines and drives, electric vehicles, smart cities
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Ali Dolatabadi
surface engineering, thermal spray coatings, droplet transport
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Arash Mohammadi
signal processing, information fusion, nonlinear systems
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Farjad Shadmehri
thermoplastics, composites, thermoplastic composites
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Isabelle Dostaler
aviation industry, multimodal transportation, operations management
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Christian Moreau
surface engineering, nanotechnology, thermal spray coatings
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Mingyuan Chen
operations research, advanced manufacturing, remanufacturing
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Susan Liscouët-Hanke
aircraft systems architecture, future aircraft, systems integration
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Waiz Ahmed
vehicles, railways, vehicle dynamics
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Ciprian Alecsandru
transportation engineering, intelligent transportation systems, transportation systems
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Martin D. Pugh
composites, materials science, surface engineering
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Nadia Bhuiyan
aviation industry, product development, operations research
