Development of a 3d engine equipment installation tool and integration of design rules. f/h

Development of a 3D engine equipment installation tool and integration of design rules. F/H Détail de l'offre Informations générales Entité de rattachement Safran est un groupe international de haute technologie opérant dans les domaines de l'aéronautique (propulsion, équipements et intérieurs), de l'espace et de la défense. Sa mission : contribuer durablement à un monde plus sûr, où le transport aérien devient toujours plus respectueux de l'environnement, plus confortable et plus accessible. Implanté sur tous les continents, le Groupe emploie 100 000 collaborateurs pour un chiffre d'affaires de 27,3 milliards d'euros en 2024, et occupe, seul ou en partenariat, des positions de premier plan mondial ou européen sur ses marchés. Safran est la 2ème entreprise du secteur aéronautique et défense du classement « World's Best Companies 2024 » du magazine TIME. Safran Aircraft Engines conçoit, produit et commercialise, seul ou en coopération, des moteurs aéronautiques civils et militaires aux meilleurs niveaux de performance, fiabilité et respect de l'environnement. La société est notamment, à travers CFM International*, le leader mondial de la propulsion d'avions commerciaux courts et moyen-courriers. * CFM International est une société commune 50/50 de Safran Aircraft Engines et GE Aerospace. Parce que nous sommes persuadés que chaque talent compte, nous valorisons et encourageons les candidatures de personnes en situation de handicap pour nos opportunités d'emploi. Référence 2026-177325 Description du poste Intitulé du poste Development of a 3D engine equipment installation tool and integration of design rules. F/H Type contrat Stage Durée du contrat 3 mois Statut (CSP) Etudiant Temps de travail Temps complet Parlons de votre future mission Within the Propulsion Systems Division of Safran Aircraft Engines, you will join the methods and tools team and work on an innovative 3D tool that supports the installation of equipment on aircraft engines. Currently in an advanced prototyping phase, the tool aims to assist designers in positioning equipment (tanks, computers, valves, ) around the turbomachine, leveraging a rule engine and optimization algorithms. Your mission will be structured around three main axes: 1. Translating design practices into algorithmic rules. Working directly with the design engineers, you will formalize installation rules (separation, accessibility, preferred zones, routing) and integrate them into the tool. This activity is at the core of the project's added value. 2. Continued development and enrichment of the optimizer. You will contribute to the evolution of the criteria, objectives, and penalties handled by the optimization algorithm, as well as to performance improvements. 3. Deployment to production. You will take part in stabilization, documentation, testing, and rollout of the tool to end users (designers and integration leads). Mais encore ? (avantages, spécificités, ) An internship at the crossroads of engine engineering, software development, and algorithmics. You will contribute to a tool designed for engineers, with direct visibility on the impact of your work. A complete scope covering geometric modeling, optimization, and business dialogue with installation experts. A stimulating technical environment and close supervision, while leaving real autonomy in the conduct of the project. An opportunity to discover the engineering ecosystem of a leading aircraft engine manufacturer. Parlons de vous Engineering school student or equivalent university program (Bachelor's to Master's level), specializing in aerospace engineering, mechanical engineering, scientific computing, or applied mathematics. Technical skills: - Proficiency in Python (data manipulation, scientific computing) - Familiarity with software development practices (version control (Git), testing, documentation) - Knowledge of CAD and/or 3D geometry - Interest in algorithmics and optimization - Knowledge of web development or optimization algorithms would be a plus Personal qualities: - Autonomy and proactivity: ability to take over an existing codebase and propose solutions - Business curiosity: willingness to understand aircraft engine installation constraints in order to translate them into rules - Rigor: attention to detail and concern for code quality - Communication: regular exchanges with users to gather and formalize their needs - Basis of French and/or technical English is required (bilingual documentation possible) Localisation du poste Localisation du poste Europe, France, Ile de France, SEINE ET MARNE (77) Ville Rond-point René Ravaud 77550 Moissy-Cramayel Critères candidat Niveau d'études min. requis BAC3, BAC4 Niveau d'expérience min. requis Jeune diplômé-e/Première expérience