This major prepares students for the major cybersecurity and cloud computing issues that all businesses face.
This major trains students for a career as a Creative Technologist, which involves using cutting-edge technologies and knowledge to invent new products and uses.
This major trains engineers directly to evolve in the multidisciplinary ecosystem of medical technology.
The Industry & Robotics major trains engineers to design and implement modern industrial systems with native integration of digital revolution tools and technologies.
Engineers who take this major are data and big data specialists, from collection, modelling and storage to analysis and interpretation.
This major aims to train future engineers in all the innovative technologies that are reinventing financial professions
The Actuarial Science major trains engineers in risk management and prevention methods, data analysis and actuarial techniques.
This major trains engineers in the design, development and governance of energy systems, smart buildings and sustainable cities
The Digital modelling & mechanics major trains engineers to design new complex systems, particularly in the aeronautical and automotive fields
The Computational Finance major develops all the skills you need to learn about and fully comprehend the complexity of financial markets.
This major trains engineers with a solid grounding in security for systems and objects, from their design phase to their integration into the company ecosystem.
The specialization Software Engineering and AI at ESILV takes into account the major trends observed in the software industry, such as sustainable development in the life cycle of information systems, process automation linked to artificial intelligence, and cloud infrastructure management.
The Sustainable Manufacturing major trains students to understand and apply the principles of sustainable production, taking into account social, environmental and economic aspects. It enables them to contribute to the creation of a more sustainable economy, assess environmental and social impacts, and propose innovative solutions.
This major trains students to develop solutions adapted to low-budget environments. They will learn to master methods for managing complex projects, optimizing available resources, and designing products that meet user needs in infrastructure-limited contexts.