Junior CentraleSupélec - Applied sciences

Applied sciences

Considered one of the top engineering schools in France, CentraleSupélec trains its students in solving complex analytical problems. Our program builds on this theoretical and abstract foundation of fundamental sciences.

These analytical skills can be directly applied in the industrial sector to create practical applications. Our expertise enables you to benefit from customized solutions designed to optimize your processes and drive innovation despite technological constraints.

Our services:

Applied mathematics

Our expertise in applied mathematics begins with a rigorous modeling of your systems. We translate your business constraints into a precise analytical framework.

Our instructors draw on theacademic excellence of CentraleSupélec to design a tailored methodology that combines mathematical theory with industrial pragmatism. The development of advanced algorithms, subject to rigorous empirical validation, ensures you receive robust and practical solutions.

  • Solving complex problems through multidimensional modeling;
  • Implementation of performance metrics and statistical analyses;
  • Development of custom optimization algorithms.

Energy studies

  • Analytical audit and advanced modeling of electricity consumption profiles;
  • Numerical simulation and design of electrical systems;
  • Algorithmic Strategies for Optimization and Power Allocation

Our expertise in energy audits is based on a systemic analysis of your infrastructure, from consumption to the efficiency of your energy sources. We apply the principles of physics to optimize energy performance, reduce losses, and limit costs.

By applying rigorous sizing methodologies, we provide customized recommendations. The goal is to optimize your environmental footprint while maximizing the efficiency of your operational facilities.

Signal processing

Our services in signal processing covers the entire acquisition chain, from collection of physical data todecision-making implementation. The pre-processing phase allows for the elimination of noise and the extraction of relevant structural components.

Our experts employ advanced analytical methods derived from academic research to leverage this information. A rigorous evaluation of algorithmic performance ensures a reliable technical solution, specifically tailored to your embedded systems.

  • Filtering, analyzing, and processing sound or vibration signals;
  • Analysis and extraction of data from electrical signals;
  • Development of technology building blocks for sensor data processing.

Our strengths :

At CentraleSupélec, engineering is defined by a strong emphasis on science. This approach gives our students the opportunity to master cutting-edge analytical skills.

Fields as varied as energy, robotics, embedded systems, artificial intelligence and many others are explored with rigor and passion. Our programs offer a perfect balance between theory and practice, enabling future engineers to master cutting-edge technologies.

  • Third-year majors focused on cutting-edge engineering and the energy sector (ENE, CE).
  • CentraleSupélec’s Infosec, SI, and OMA programs, which specialize in applied mathematics, computer science, and cybersecurity.
  • A strong interdisciplinary focus, with programs in electronics, automation, and fundamental mechanics.

References :

Aspi, Survey and analysis of association salaries

Survey and analysis of association salaries

Budget: €760


Lead time: 3 weeks


Statistical analysis of data according to several defined criteria.

Calculation of evolution indicators.

Graph creation and analysis.

Comprehensive report delivered.

cabinet dolléans

Building electrical power study

Budget: €4,620 


Lead time: 5 weeks


Count the number of devices present and acquire relevant data (power used, operating time, etc.).

Calculate the power balance and draw the electrical diagrams for the building.

Comparative study of different subscriptions and proposal of cost-saving scenarios.

ubiquid

Development of an electronic prototype for a connected scanner

Budget: €1,650


Lead time: 4 weeks


Finding a viable solution to a given specification.

In-depth analysis of the signals involved (detection, amplification and specific filtering).

Prototype the scanner and its operating modes.

Testing and integration.