Camps

SEIUM Institutes

  • Technology centres of excellence driving research, innovation, and industrial transfer in advanced multimodal engineering.

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SEIUM Univesity

The SEIUM Institutes form the scientific backbone of the university.
Each institute combines technical expertise, industrial collaboration, and an international focus, addressing the major challenges of global engineering across land, sea, air, space, and digital systems.
Their structure is designed to connect applied research, advanced training, and technological transfer under a common framework of ethics, sustainability, and international regulatory compliance (ISO/EN, EASA, IMO, ITAR/EAR, AI Act).

SMI — SEIUM MotorSport Institute

Excellence in motorsport engineering, vehicle dynamics, and high-performance technology.

The SMI is the institute specialising in motorsport technology and high-performance mobility. It integrates research, training, and prototype development for F1, F2, WEC, GT, Rally-Raid/Dakar, and Formula E, and serves as an experimental laboratory for automotive innovation.

Research Areas

  • Advanced aerodynamics and CFD applied to motorsport.
  • Multi-axle vehicle dynamics, suspension set-up, and track simulation.
  • Electric, hybrid, and combustion racing powertrains.
  • Ultra-lightweight materials and carbon-fibre composites.
  • Telemetry, high-frequency sensors, and real-time data analytics.
  • AI-driven race strategies and predictive simulation.
  • FIA structural safety and advanced driver ergonomics.

Infrastructure

  • Subsonic and supersonic wind tunnel.
  • 7-Post Rig Centre for vertical dynamics and suspension validation.
  • Powertrain laboratory with dynamometers and vibration test rigs.
  • HIL/SIL driving simulators for training and control development.

SMI collaborates with international teams and manufacturers, acting as a bridge between motorsport and industrial innovation.

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SAS — SEIUM Aero & Space

Aeronautics, UAS, propulsion, satellites, and space technologies.

SAS is the aerospace and astronautical engineering institute, advancing research in advanced aviation, UAM/eVTOL, drones, turbomachinery, space propulsion, and orbital systems.

Key Facilities

  • Aerodynamics and turbomachinery laboratory.
  • Flight simulation and autonomous control platform.
  • Electric and combustion propulsion laboratory.
  • UAS test bench and communications anechoic chambers.

SAS works alongside ESA, EASA, and European aerospace clusters to advance sustainability, electrification, and aerial autonomy.

 
 

Research Areas

Aircraft and rotor aerodynamics and aeroelasticity.

Propulsion (turbines, hybrid engines, electric and ionic systems).

Avionics, navigation, and flight control.

ISAM (In-Space Assembly and Manufacturing) and deployable structures.

UAM/U-Space, urban air mobility, and EASA certification.

Small satellites and CubeSats for observation and communications.

Ultra-lightweight materials for fuselages and thermal shields.

SNO — SEIUM Naval & Offshore

Naval engineering, offshore, and performance yachting for sustainable oceans.

SNO advances naval architecture, marine energy, hydrodynamics, alternative propulsion, and offshore structures. Its projects combine the tradition of naval engineering with new frontiers in ocean energy and sustainable navigation.

  • Naval architecture and hull optimisation using CFD.

  • Electric, hybrid, and hydrogen propulsion for vessels.

  • Offshore structures (platforms, offshore wind, floating systems).

  • Control systems and dynamic stabilisation.

  • Anti-corrosion materials, composites, and advanced naval repair.

  • Maritime safety, IMO regulations, and MARPOL emissions.

  • Competitive sailing: foil hydrodynamics, lightweight composites, and data-driven performance.

  • Hydrodynamic test tanks.
  • Marine navigation and instrumentation simulators.
  • Corrosion and marine materials laboratory.
  • Naval electric propulsion test benches.

SNO collaborates with European shipyards, ocean racing teams, and marine energy consortia, integrating sustainability and advanced technology.

RSC — SEIUM Rail & Smart Cities

Smart mobility, rail transport, and interconnected cities.

RSC combines civil, rail, and digital engineering to develop sustainable, intelligent, and resilient transport infrastructure.

  • Railway signalling (ETCS, CBTC, EULYNX).

  • Electrification, overhead catenary, and traction systems.

  • BIM, Digital Twins, and end-to-end infrastructure management.

  • ITS (Intelligent Transport Systems) and V2X connectivity.

  • Sustainable urban mobility and smart mobility hubs.

  • Urban digital twins and city energy modelling.

  • AI-driven optimisation of rail maintenance.

  • Rail traffic and control simulator.

  • Electrification and power control laboratory.

  • Urban digital twins and sensor-enabled networks.

  • AI platform for mobility and urban traffic.

  • RSC contributes to the design of safer, cleaner, and more connected cities, aligned with the 2030 Agenda and the SDGs.

 
 
 

SEN — SEIUM Energy & Networks

Energy systems, smart grids, and the infrastructure of the green transition.

SEN addresses the challenges of the global energy transition, driving research in smart power grids, energy storage, and energy management.

Research Areas

  • HVDC/FACTS reminding advanced control of power grids.
  • Renewables integration and hybrid storage (BESS, H₂).
  • Microgrids, ADMS, and energy resilience.
  • Power electronics and SiC/GaN converter control.
  • Transport electrification and energy corridors.
  • Energy digitalisation: IoT, blockchain, and demand forecasting.
  • Sustainability, efficiency, and carbon footprint reduction.

Facilities

  • Smart Grid Centre (Smart Grid Lab).
  • Energy storage and converter test bench.
  • Test systems for control and transient stability.

SEN leads European clean energy projects, collaborating with grid operators, manufacturers, and global energy research organisations.

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SRA — SEIUM Robotics & Autonomy

Robotics, industrial automation, and intelligent control.

The SRA explores the development of autonomous robots, cyber-physical systems, advanced control, and automation of industrial and mobile processes.

Key Facilities

  • Collaborative robotics and advanced sensing laboratory.
  • Indoor and outdoor autonomous navigation area.
  • Mobile robot platform and ROS 2 simulation environment.

SRA sits at the intersection of robotics, AI, and control engineering, advancing ethical and sustainable automation.

Research Areas

Mobile robotics (AMR, SLAM, autonomous navigation).

Cobots and human–robot interaction (HRI).

Computer vision and 3D perception.

Predictive control (MPC) and PLC/DCS/SCADA systems.

Subsea, aerial, and industrial robotics.

Advanced automation in manufacturing and logistics.

Embedded AI and edge learning.

SDS — SEIUM Defense Systems

Defence engineering, land systems, and dual-use technologies with an ethical focus.

SDS focuses on defence, security, and resilience technology, applying civil engineering principles and international ethics to military, humanitarian, and critical infrastructure protection contexts.

  • Land military engineering (platforms, vehicles, armour).

  • Secure communications and OT/ICS cyber defence.

  • Tactical simulation, risk modelling, and resilience.

  • Advanced sensors and ISR systems.

  • Tactical power and intelligent logistics.

  • Dual-use ethics and compliance with IHL (International Humanitarian Law).

  • ITAR/EAR regulations and export controls.

 

  • Mission simulators and field modelling.

  • Cyber defence and OT interoperability laboratories.

  • Testbeds for tactical communications and power.

SDS promotes a responsible vision of defence, aligned with human rights, sustainability, and global security.

DAIS — SEIUM Data, AI & Simulation

Advanced simulation, applied AI, and digital twins for the engineering of the future.

DAIS is the cross-cutting core that connects all SEIUM institutes, developing solutions based on artificial intelligence, HPC, multiphysics simulation, and data science.

  • AI for design, optimisation, and predictive maintenance.

  • Industrial and urban digital twins.

  • Multiphysics simulation and distributed HPC.

  • Explainable AI (XAI) and ethical model auditing.

  • Data management and governance (FAIR Data, MLOps).

  • Hybrid models (physics-informed neural networks).

  • Augmented and mixed reality, and immersive interfaces.

  • High-performance HPC cluster (hybrid GPU/CPU).

  • Advanced simulation and visualisation platforms.

  • Data sandbox for collaborative projects.

  • DAIS leads the shift towards integrated digital engineering, where simulation, data, and artificial intelligence are at the heart of innovation.

Institute Convergence and Collaboration

SEIUM Institutes do not operate as isolated entities, but as a collaborative ecosystem for applied innovation. Each strategic project combines the expertise of multiple centres:

  • SMI + DAIS: predictive simulation in motorsport.
  • SAS + SEN: aerospace electrification and power grids.
  • SRA + SDS: tactical robotics and ethical autonomy.
  • RSC + SEN: energy-sustainable cities.
  • SNO + DAIS: marine digital twins and structural prediction.
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