ENSTA
91120 PALAISEAU
ENSTA PARIS is a multi-disciplinary engineering Grande École, heir to the Ecole du Génie Maritime, offering training in transport, energy, complex systems engineering and mathematical engineering leading to careers in the energy, defense and transport sectors. It also offers 4 specialized Master’s degrees in maritime and related fields.
Research is organized into 6 units: applied mathematics (UMA) mechanics (UME/IMSIA) chemistry (UCP) computer science & systems engineering (U2IS), applied optics (LOA) applied economics (UEA).
These units cover the following main fields: autonomous system design, optimization and data sciences, strength of materials, processes and materials for energy, wave propagation and vibration, ultra-short plasma-laser physics, imaging and non-destructive testing, for the energy, defense and transportation fields.
Supported by constant growth in global shipping and the exploitation of offshore energy sources, marine engineering is characterized by the development of high value-added products. With its subsystems and interfaces, a fixed or mobile offshore structure is a prime example of the systems for which ENSTA ParisTech has been training engineers for more than two and a half centuries: a complex whole requiring innovation and cutting-edge techniques, and combining both advanced conceptual knowledge and a systems approach.
Designed in close collaboration with professionals from the maritime world, the Specialized Master’s degree in “Maritime Engineering: transport, energy, sustainable development” provides thirteen months of operational knowledge of maritime engineering, whether for the design of transport systems or the exploitation of energy resources. It provides the skills needed to manage all types of complex systems at sea. This course offers a wide range of careers in civil or military shipbuilding, the offshore oil sector or marine renewable energies.
Autonomous system applications in the marine sector represent a fast-growing demand and a major development vector. While ROVs and AUVs are now well established in the maritime landscape, whether for maintenance or prospecting operations, new ideas for applications are emerging with the advent of autonomous surface transport systems, the growing use of artificial intelligence on board (decision support), the existence of mapping services and remote operations.
The aim of the course, built in partnership with ENSM, in liaison with leading industrialists in the sector, and taught in English, is to give students a dual mechanical and IT skill set, so that they can be referents who understand the ins and outs of the programs currently being developed for autonomous maritime systems. This basic training is complemented by advanced notions in systems engineering, operations, law and regulation, and strategy and innovation, to round out the knowledge with an operational approach.
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