Junior CentraleSupélec - Feasibility Study and Optimization

Feasibility Study and Optimization

Developing a product or system often requires validating its feasibility andidentifying the most suitable technical solutions. When faced with industrial, technological, or economic constraints, a rigorous analysis helps ensure sound decision-making andeffectively guide the design.


At Junior CentraleSupélec, we support companies inanalysis, design andoptimization of their technical projects. Our teams draw on their engineering expertise to assess constraints, explore different approaches, and propose innovative and high-performance solutions.

Our services: Support throughout system creation

Analysis and Feasibility Study 

Our analysis and feasibility study service is designed to thoroughly examine your project or your technical challenges to identify the constraints, challenges, and various implementation options.
Through the analysis of technical and functional constraintsand the identification of technological or industrial limitations, and the comparison of several design approaches, we assess the technical feasibility of your project in a rigorous manner.
This phase allows us to anticipate development risks and challenges, while effectively structuring the project before the design or prototyping stages. Our approach thus provides you with a clear and reliable vision to guide your technical decisions with confidence.

  • Feasibility study ;
  • In-depth search for a viable technical solution;
  • Designing the complete architecture of embedded systems or robots;
  • Computer implementation of simulation and optimization calculations.

Solution-Finding and Innovation

  • Construction of specific control systems ;
  • Operation and design of real-time sensors ;
  • Design of custom components and programmable boards;
  • Programming drones for remote sensing.

Our services in solution-finding and innovation is designed to support your projects from the very beginning, transforming an idea, a need, or a technical challenge into a concrete and tailored solution. By exploring various architectures or technical concepts, designing solutions compatible with the project’s constraints, and proposing innovative approaches, we develop relevant and immediately actionable solutions.

This approach lays a a solid foundation for subsequent design and prototyping phases, while fostering the development of functional, innovative solutions aligned with your technical and business objectives.

System and Performance Optimization 

Oursystem and performance optimization aims to improve the overall efficiency of your technical solutions by addressing both mechanical and structural design as well as operating parameters. Through a comparative analysis of different solutions, thetechnical performance and reduction in , we identify concrete optimization levers tailored to your specific challenges.
Using an analytical approach and advanced engineering tools, we provide you with immediately actionable recommendations, ensuring systems that are more efficient, more reliable, and better sized to meet your industrial objectives.

  • Embedded software implementation and operating APIs ;
  • Acceptance and functional validation of embedded robot systems ;
  • Robustness optimization and performance analysis.

Our strengths :

CentraleSupélec has its own Fablab: La Fabrique. This represents almost 1,200 m2 of technological innovation and cooperation between students and researchers.

We also cultivate strong links with CentraleSupélec's robotics and electronics clubs and associations. 

Many students choose to do Double Degrees with the most prestigious universities (MIT, Columbia, Stanford, Oxford) and have the opportunity to follow 3rd year majors specialized in the field.

References :

Acoudesign

Self-adaptive amplifier

Budget: €2,920


Lead time: 9 weeks


Development of the sound part of the software.

Creation of the adjustment interface.

Mounting the unit.

Brain

Design of an electronic streaming box

Budget: €11,230


Lead time: 15 weeks


Prototyping of the box to a given specification.

Implementation of a server interface for easy operation of the box.

Creation of a web platform linked to the server interface.

Testing and documentation.

Performance Contact Connected Speaker

Designing a connected speaker

Budget: €12,250


Lead time: 15 weeks


Designing a logical diagram describing the system and its components.

Component selection and sourcing.

Assembly assembly on laminated plate.

Production of PCBs and a functional prototype.

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