Développeur graphique 3D Simulation (H/F)

As a Développeur graphique 3D Simulation at SOGECLAIR, your main responsibilities include defining back-end architecture for new product functions, collaborating with product or system architects, implementing and testing functions, and participating in user acceptance testing with clients, both internal and external. You'll play a crucial role in enhancing our railway simulation software, ensuring effectiveness and innovation in our projects.

To qualify for the Développeur graphique 3D Simulation position at SOGECLAIR, you should have a Bac +5 degree in computer science, along with a minimum of five years of software development experience, including at least three years working with 3D rendering engines. Experience in the gaming industry is highly desirable, along with strong proficiency in C++, a 3D rendering engine, and familiarity with Agile methodologies.

Essential skills for a Développeur graphique 3D Simulation at SOGECLAIR include expertise in C++, proficiency with at least one 3D rendering engine (preferably Unigine), strong knowledge of 3D environment creation processes, and a deep understanding of graphics card architecture and visual rendering quality. Experience with software configuration management tools and CI/CD pipelines is also important.

Yes, fluent English is necessary for the Développeur graphique 3D Simulation role at SOGECLAIR. You will need to communicate and collaborate effectively with international teams during meetings and video conferences, as well as document your work and findings in English.

At SOGECLAIR, a Développeur graphique 3D Simulation can expect robust career advancement opportunities. The company supports internal mobility, allowing you to expand your expertise across various departments or projects, and they emphasize continual learning through initiatives like Sogeclair Academy, which provides ongoing professional development.

In response to this question, highlight specific projects where you've implemented and optimized 3D rendering engines. Discuss the types of engines you've worked with, such as Unigine or Unreal, and detail how your contributions improved visual quality and performance.

It's essential to emphasize your communication skills and how you've adapted to cultural differences. Share examples of successful collaborations using video conferences and documentation to ensure clarity and teamwork, particularly in diverse environments.

Discuss techniques such as employing LOD (Level of Detail), occlusion culling, and optimizing textures and shaders. Provide examples from your past work where you successfully enhanced performance or visual quality through these techniques.

Articulate your familiarity with CI/CD pipelines, particularly how they facilitate continuous testing and integration of 3D software. Mention specific tools you've used, like Jenkins, and any experiences where you've contributed to automation in the build and release processes.

Discuss your testing methodologies, including unit testing, integration testing, and user acceptance testing. Share examples of how you've ensured that new features meet the required specifications and satisfy user needs.

Share a specific challenge in a 3D simulation project, detailing your role, the obstacles faced, and the solutions implemented. Focus on how your contributions positively impacted the project's outcome.

Emphasize your commitment to continuous learning. Mention resources like industry publications, online courses, and participation in relevant forums or conferences where you keep your skills and knowledge up to date.

Highlight your practical experience applying Scrum or Agile methodologies in previous projects. Describe how these practices improved team collaboration, efficiency, and project delivery times in your past roles.

Express your openness to constructive criticism. Explain how you've previously integrated client feedback into your workflows, adapting simulations based on input to enhance user experience and ensure project satisfaction.

Provide a specific instance where you encountered a rendering issue. Detail the steps taken to identify the problem, the analysis performed, and the solution implemented to resolve the issue effectively.