Quantum engineering
What is it?
Quantum engineering is a field of research and innovation that combines the principles of quantum physics with cutting-edge technologies to develop devices and systems capable of exploiting the unique properties of the quantum world. This field covers a wide range of applications, including the design of qubits for quantum computing, the development of ultra-sensitive sensors, and the implementation of ultra-secure communication systems based on quantum cryptography. The aim of quantum engineering is to transform these theoretical concepts into practical solutions, propelling innovations that could revolutionize sectors such as computing, healthcare, telecommunications and energy.
History
IQ's quantum engineering research axis is part of the Université de Sherbrooke's long tradition of excellence in scientific research. Historically, Sherbrooke has played a leading role in the development of emerging technologies, and quantum engineering is an integral part of this today. This area capitalizes on advances in quantum physics and quantum information, while integrating innovative engineering approaches to design and perfect quantum devices. Quantum engineering is a continuation of fundamental research and focuses on the creation of tangible technological solutions, which have the potential to transform various industrial and technological sectors.
Currently at IQ
The research focuses on the design of electronic and photonic devices for quantum information, the optimization of manufacturing processes for quantum materials, and the miniaturization and integration of quantum components into larger systems. Their efforts also focus on the development of quantum sensors, nanotechnologies and the management of complex systems required for future applications, such as quantum telecommunications and cryptography. This diverse expertise contributes to an integrated, interdisciplinary vision of quantum engineering, bridging the gap between theoretical research and the practical application of quantum technologies.
Researcher within the axis
Quantum engineering
Richard Arès
Vice Dean, Faculty of Engineering - Umicore Research Chair in Semiconductor Nanomembranes and Flexible Optoelectronics
Paul Charette
Scientific director 3IT - NSERC/Teledyne DALSA Industrial Research Chair in MEMS and Next-Generation Microphotonics
Dominique Drouin
NSERC-IBM Canada Industrial Research Chair in Microelectronic Encapsulation for Performance Scaling






![[Translate to English:] Dominique Drouin](/iq/fileadmin/_processed_/a/6/csm_Dominique_Drouin_575_800_6d054f79d9.jpg)



![[Translate to English:] Jean-François Pratte](/iq/fileadmin/_processed_/8/2/csm_Jean_Francois_Pratte_575_800_d396aa6d83.jpg)
![[Translate to English:] Jean Rouat](/iq/fileadmin/_processed_/4/e/csm_Jean-Rouat_575_800_9b25ce8bbd.jpg)
![[Translate to English:] Julien Sylvestre](/iq/fileadmin/_processed_/9/0/csm_Julie_Sylvestre_575_800_bfa0bad4ce.jpg)
