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DISC

Complex Systems Engineering Department (DISC)

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Within ISAE-SUPAERO, the Complex Systems Engineering Department (DISC) develops skills in mathematics and computer science for aeronautical and space engineering. In both teaching and research, it focuses on the models, methods, and tools needed to control the behavior and performance of complex systems. This complexity may be induced by the multi-physics or multi-scale nature of the systems studied, their dynamic behavior, or their distributed and communicating structure.

Our research department

The Complex Systems Engineering Department(DISC) at ISAE-SUPAERO conducts cutting-edge research and develops models, methods and tools to control the behaviour and performance of complex systems.

Structured into five complementary scientific groups and a transverse technical group , it covers a broad spectrum of skills.

scientific groups
5

scientific groups

teachers-researchers
32

teachers-researchers

department assistants
2

department assistants

engineers and technicians
9

engineers and technicians

doctoral and post-doctoral students
45

doctoral and post-doctoral students

Jérôme Lacan

Our aim is twofold: to drive forward research into mathematical and numerical aspects of aeronautics and space, and to support our students in these areas as part of their training and their projects.

Jérôme Lacan Head of department

Our research activities at DISC

With 43 permanent staff and 45 PhDs, the DISC is structured into five scientific groups covering the department’s scientific fields. These groups are responsible for their own or cross-disciplinary research themes that contribute to ISAE-SUPAERO’s strategic priorities. Each scientific group is supported by a technical group.

  • the Applied Mathematics group (MA), specialising in stochastic processes (in particular Markov processes), numerical optimisation (multidisciplinary, non-linear programming) and parallel computing, stabilisation, control and numerical resolution of partial differential equations, and finally financial engineering ;
  • the Connected Systems group (SysCo), which specialises in network issues related to aeronautics and space, i.e. space communications, on-board networks and delay-tolerant networks;
  • the Critical Systems Analysis and Design group (CASC), which specialises in methods, processes and tools for the specification, design and development of software-critical systems;
  • the Learning, Decision and Optimisation (ADO) group, which specialises in decision-making for autonomous systems (planning, learning, supervision) and industrial applications (design, development, operations, etc.);
  • the Théorie, Modélisation et Ingénierie des Systèmes (ThéMIS) group, specialising in the study and development of advanced methods for the design, modelling and validation of complex systems.

and eight scientific themes:

  • Fluid-structure interactions
  • Multidisciplinary optimisation
  • Aerospace communication networks
  • Connected systems
  • Systems engineering: processes and models
  • Simulation of cyber-physical systems
  • Industrial engineering
  • Decision, optimisation and learning

SysCo Scientific Group

Research themes

  • Modelling, performance analysis and optimisation of real-time systems and networks (embedded, satellite, 5G)

  • Reliability of transport protocols

  • Distributed storage

  • Cybersecurity / cryptography

CASC Scientific Group

Research themes

  • Formal Methods

  • Dedicated programming languages

  • Simulation of cyber-physical systems

  • Hardware architecture design

MA Scientific Group

Research themes

  • Partial differential equations: numerical methods, fractional derivatives and/or diffusive models, Hamiltonian systems with interaction ports

  • Optimisation and Uncertainties: multidisciplinary optimisation, non-convex, stochastic, optimal control, inverse problems

  • Applied probability and statistics: high-dimensional statistics, statistical learning, parametric estimation, extreme values

ADO Scientific Group

Research themes

  • Learning: reinforcement learning, vision and image analysis, generative AI, LLMs

  • Decision making: activity planning models, sequential decision making

  • Optimisation: evolutionary algorithms, combinatorial optimisation

ThéMIS Scientific Group

Research themes

  • Preliminary design of complex systems and exploration of the design space

  • Architecture and trade-off analysis

  • Semantics of models and formal verification and validation (V&V) methods

  • System resilience (e.g. identification of obsolescence risks)

  • Technology forecasting and strategic planning (roadmapping)

DISC technical group

Activities

  • Support for teaching activities: design and production of experimental materials, supervision of design offices and student projects
  • Support for research activities: Concorde, Cohoma, Imuda, Mermoz, SolarBoost, Inemar, Carla, Scrimp, Halion, Factoring, GAS
  • Areas of work: embedded systems engineering, software development, AI, HPC, modelling, simulation, automation and electronics
  • Management of experimental platforms : autonomous systems, nanosatellite bench, HPC, photovoltaic bench, etc.

Our lessons

The DISC is heavily involved in ISAE-SUPAERO training courses:

  • In the ISAE-SUPAERO engineer training programme: it runs the common core courses in mathematics, computer science and engineering and business (systems engineering and project management). In the final year of this course, DISC’s teacher-researchers contribute to the Complex Systems and Simulation and Autonomous Systems fields, as well as to the Decision Sciences, IT Telecoms Networks and Signals and Systems streams.
  • In the Master of Aerospace Engineering: DISC is responsible for the Aerospace systems and Systems engineering programmes.
  • The department also runs the Embedded systems, Systems engineering, Aerospace project management and IEM Specialised Masters® programmes.
  • DISC is also involved in the University of Toulouse’s Mathematics and Applications master’s programme, for the Operational Research and Research and Innovation tracks, as well as the Networks and Telecommunications master’s programme.
  • Finally, the DISC organises a programme to prepare for INCOSE certification in systems engineering for engineering and master’s students. It represents ISAE-SUPAERO on the INCOSE Academic Council.

The department welcomes a large number of trainees and projects from various training courses as part of its research or engineering activities, enabling them to put their work into practice in its facilities.

Our research facilities

Autonomous systems platform

The autonomous systems platform enables robots and drones to evolve in a secure, instrumented area (10m x 10m x 4m) – the evolution zone is equipped with a motion capture system and audiovisual resources.

This platform is a development area suited to ISAE-SUPAERO’s research and teaching activities, activities relating to the development of autonomous mini-UAVs (airborne and ground-based), cooperation between heterogeneous UAVs, and the study of UAV-robot/human operator interaction.

Network / blockchain platform

DISC has a room containing 35 PCs dedicated to research, teaching and communication activities related to different types of communication networks.

This platform is used to carry out performance tests on specific applications: real-time multimedia transmissions over noisy links, peer-to-peer networks, distributed storage systems and blockchains.

On this last theme, a system for deploying the Ethereum blockchain is used to carry out performance tests.

PRISE platform

The PRISE platform (Platform for Research in Embedded Systems Engineering) aims to define and implement a platform for research, study, design, hybrid simulation and validation of critical embedded systems.

The scientific objectives of the PRISE platform concern the performance and functional validation of critical embedded systems, particularly for the aerospace industry. The platform enables the execution and simulation of the entire avionics chain of an aircraft, drone or satellite.

HYCUBE nanosatellite development platform

This modular flatsat platform, inspired by the EYESAT project, aims to provide tools for the development of CubeSat nanosatellites in support of ISAE-SUPAERO’s teaching and research activities.

It is made up of three development building blocks that meet the key requirements of any space mission: the ground segment, the onboard system (the space segment) and the simulation of the space environment.

Directory

Discover the profiles of the 130 teacher-researchers at the Institute who are driving forward research in aeronautics and space.

This resource allows you to explore the fields and research projects of the school's scientists!

Accès à l'annuaire

Job offers

Consult the job offers for scientific staff in the DISC research department!

Thesis offers

Check out the DISC research department's thesis and post-doctorate vacancies!

Internship opportunities

Check out the internships available in the DISC research department!

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