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GE Vernova • Montpellier, Occitania, France
Role & seniority
Stack / tools
Python 3.8 for automated tests; Git for version control
Test platforms for ECU validation; JIRA / xRay for test campaigns
Optional: OMICRON CMC, Oscilloscope, Multimeter; IED Scout, Triangle Protocol Test Harness, ASE, Wireshark
Standards/protocols: IEC 61850 (Edition 2), IEC 61870-5-101/104, ModBus, DNP3
Top 3 responsibilities
Develop and execute test campaigns for the control/command ECU of electrical substations; perform manual tests on configured platforms
Validate design robustness and advanced feature quality; review specifications and present results to system teams
Develop reusable automated test scripts; contribute to test campaign management and issue tracking (e.g., evolutions/anomalies)
Must-have skills
Final-year engineering student; ideally Electronics & Automation
Knowledge of embedded/real-time systems
Python 3.8 automation testing; Git
French fluency; technical English (reading/writing/speaking)
Strong communication, rigor, autonomy
Nice-to-haves
Experience with electrotechnical functional tests and related tools (OMICRON CMC, oscilloscope, multimeter)
Protocol testing tools (IED Scout, Triangle Protocol Test Harness, ASE, Wireshark)
Familiarity with test management tools (JIRA, xRay)
Location & work type
Montpellier, France; on-site internship
5 to 7 months internship period
Notes
Job Description Summary Stagiaire Validation et Vérification (H/F) - STAGE de 5 à 7 MOIS!!! Job Description STAGE de 5 à 7 MOIS!!! Recherchons un Étudiant(e) en dernière année d’Ingénieur! Poste et mission : Rattaché(e) au Service R&D, vous serez chargé(e) de : · Développer et réaliser des campagnes de tests sur le calculateur de contrôle/commande des sous-stations électriques. · Valider la robustesse de la conception et la qualité des fonctionnalités avancées du calculateur. · Contribuer à l’exécution des campagnes de tests, de la revue des spécifications à la présentation des résultats aux équipes système. · Exécuter des tests manuels sur une plateforme de test configurée pour une campagne spécifique. · Développer des scripts de tests automatiques sur la plateforme de test globale, réutilisables pour les prochaines campagnes. Profil : · Étudiant(e) en dernière année d’Ingénieur, idéalement en spécialité Électronique et Automatisme. · Connaissances dans les systèmes embarqués et temps réel. · Motivation pour se former aux méthodes de test du calculateur et développer des fonctions de test automatique avancées. Vous allez notamment aquérir de l’expérience dans les domaines suivants : o Test fonctionnel d’équipements de contrôle/commande (C264) o Configuration et test d’équipements interactifs en système o Fonctionnalités électrotechniques (Synchrocheck, AVR, Auto-Recloser, fonctions de protection ANSI) o Standards de communication (IEC 61850 Edition 2) et protocoles (IEC61870-5-101, IEC 61870-5-104, ModBus, DNP3) o Gestion des évolutions et anomalies, suivi de campagnes de tests (JIRA / xRay) · Compétences techniques requises : o Langage de développement des tests automatiques : Python 3.8 o Outil pour la gestion de version : Git · Compétences supplémentaires appréciées : o Outils pour tests de fonctionnalités électrotechniques : OMICRON CMC, Oscilloscope, Multimètre o Outils pour tests de protocoles : IED Scout, Triangle Protocol test Harness, ASE, Wireshark · Qualités personnelles : o Sens de la communication, rigueur, autonomie o Capacité à intégrer les objectifs et valeurs du département R&D et du Groupe · Langues : o Français courant (lu, écrit, parlé) Anglais technique (lu, écrit, parlé) Localisation : Montpellier, France ENGLISH: Internship for 5 to 7 months, Looking for a final-year Engineering Student! Position and Mission: Reporting to the R&D Department, you will be responsible for: · Developing and carrying out test campaigns on the control/command computer of electrical substations. · Validating the robustness of the design and the quality of the advanced features of the computer. · Contributing to the execution of test campaigns, from reviewing specifications to presenting results to the system teams. · Performing manual tests on a test platform configured for a specific campaign. · Developing automated test scripts on the global test platform, reusable for future campaigns. Profile: · Final-year engineering student, ideally specializing in Electronics and Automation. · Knowledge of embedded and real-time systems. · Motivation to train in ECU testing methods and develop advanced automated test functions. You will notably gain experience in the following areas: o Functional testing of control/command equipment (C264) o Configuration and testing of interactive system equipment o Electrotechnical functionalities (Synchrocheck, AVR, Auto-Recloser, ANSI protection functions) o Communication standards (IEC 61850 Edition 2) and protocols (IEC 61870-5-101, IEC 61870-5-104, ModBus, DNP3) o Management of evolutions and anomalies, monitoring of test campaigns (JIRA / xRay) Required technical skills: - Automatic test development language: Python 3.8 - Version control tool: Git Additional appreciated skills: - Tools for electrotechnical functional tests: OMICRON CMC, Oscilloscope, Multimeter - Tools for protocol testing: IED Scout, Triangle Protocol Test Harness, ASE, Wireshark Personal qualities: - Communication skills, rigor, autonomy - Ability to integrate the objectives and values of the R&D department and the Group Languages: - Fluent French (reading, writing, speaking) - Technical English (reading, writing, speaking) Location: office based in Montpellier, France Addressing the climate crisis is an urgent global priority and we take our responsibility seriously. That is our singular mission at GE Vernova: continuing to electrify the world while simultaneously working to help decarbonize it. If we want our energy future to be different…we must be different. Our mission is embedded in our name. We retain our treasured legacy, “GE,” in our name as an enduring and hard-earned badge of quality and ingenuity. “Ver” / “verde” signal Earth’s verdant and lush ecosystems. “Nova,” from the Latin “novus,” nods to a new, innovative era of lower carbon energy that GE Vernova will help deliver. Together, we have The Energy to Change the World.