Arnaud Dion

Sommaire

Associate professor at ISAE (formerly SUPAERO), the French Aerospace Engineering Institute, since 2022. I was previously research engineer at ISAE between 2004 and 2022. My projects and topics of interests include electronic architecture design, hardware-software codesign, satellite navigation algorithms and systems. While working as an engineer, I obtained my Ph.D in 2014 from ISAE.

My research takes place in the Critical Systems Analysis and Design (CASC) team.

Teaching activities

Head of program of Advanced Master on Embedded Systems

Advanced Master on Embedded Systems Webpage

Master of Science in Aerospace Engineering (MAE), 1st year

Architecture and design of digital components. Track on Aerospace Systems.

Master of Science in Aerospace Engineering Webpage

Advanced Master on Embedded Systems (EMS)

Real-time operational systems.
Architecture and design of FPGA and ASIC integrated systems.
Hardware and software synthesis and co-simulation.

Advanced Master Webpage

Supaero (MSc), 1st year

Algorithms and programming.
Quantum computing. Elective track.
Embedded Systems for command and control. Elective track.

Ingénieur ISAE-Supaero (MSc) Webpage

Supaero (MSc), 2nd year

Object-oriented design and programming
Research projects. One or more projects are proposed each year in the field of navigation and digital architecture. They are usually related to ongoing research topics.

Ingénieur ISAE-Supaero (MSc) Webpage

Professional training

Conception de circuits numériques complexes. Professional training for qualified engineer.

Eurosae ELT014 Webpage (french)

Research activities

I’m an experienced professor on engineering and a researcher at ISAE-SUPAERO, with a strong foundation in embedded systems, system architecture, and real-time applications. With a background in both academic and industry collaboration, I bring a multidisciplinary approach to complex engineering challenges, particularly within aerospace and advanced systems design.
Recently, in addition to my established expertise in aerospace engineering, I have developed a growing interest in quantum computing, recognizing its transformative potential for computational power and its applications in engineering fields. So, I’m actively expanding my work into quantum computing, with hands-on experience in the Q# programming language. I leverage Q# to explore quantum algorithms and their applications in engineering, aiming to harness quantum principles to push the boundaries of computational capabilities.

Projects

Ongoing

Post-Quantum cryptography
Factoring Article
Deep Neural Network for FPGA Article

Some previous projects (...)

Some previous projects

CLE GNSS. Funded by Occitanie region. With [**M3Systems*]
CominLab Reliable ASIC : RELIASIC. With [**Lab-STICC*]
Data retention behavior in modern DRAM Article
Navette
TASTE. Funded by European Space Agency (ESA). With [**Thales Alenia Space*] and [**M3Systems*].
REPCO. Funded by Direction Générale de l’Armement (DGA), French Armament Agency. With [**France Développement Conseil*].
Vector tracking algorithm in degradated environment. Funded by Centre National d’Etudes Spatiales (CNES), French space agency. With [**M3Systems*].
Reconfigurable navigation receiver for space applications.

Networks

ORCID https://orcid.org/0000-0002-1264-0879 : Open Researcher and Contributor ID

ResearchGate

ISAE Open Science

Contact

Supaero Campus, building 7 (Laboratories), ground floor, office 07.084

Phone : +33(0)5.61.33.83.78