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هذه الوظيفة لدى Orange Egypt، في Qesm 1st 6 October, Al Jizah, Egypt، بنظام عقد. تفاصيل الوظيفة والمهارات المعروضة أدناه مأخوذة من إعلان الوظيفة الأصلي.
ملف الشركة
عن الشركة
AIi
هذا الملخص مُعد بمساعدة الذكاء الاصطناعي اعتمادًا على المعلومات المتاحة، وقد لا يعكس جميع تفاصيل الشركة.Orange Egypt is a dynamic organization focused on delivering innovative digital solutions and services. The company's recruitment of a New Sites Rollout Consultant suggests an emphasis on project management, technical implementation, and operational support within evolving digital environments. While the exact industry and website are not provided, the job title implies involvement in deploying new platforms or systems, potentially across sectors such as technology, telecommunications, or e-commerce. Orange Egypt appears to prioritize roles that require expertise in process optimization, stakeholder coordination, and system integration. The company likely operates in a fast-paced environment where adaptability and technical acumen are essential. With a focus on growth and efficiency, Orange Egypt seeks professionals who can contribute to the successful execution of new initiatives while maintaining high standards of performance and reliability.
Company: Phoenix Carbon
Location: 6th of October City, Egypt (Remote / Freelance Contract)
Project Duration: 6 to 8 Weeks (Milestone-based)
About the Project:
Phoenix Carbon is an advanced composite materials enterprise expanding its R&D operations. We are currently opening a competitive tender for a highly specialized, short-term virtual engineering project. The scope involves the structural validation of a high-performance, multi-material automotive assembly subject to extreme dynamic loads.
Core Responsibilities:
Perform advanced non-linear structural FEA on complex metal-to-composite assemblies.
Validate dynamic load cases (including severe transient torque and high-impact scenarios).
Conduct thermal differential analysis focusing on CTE (Coefficient of Thermal Expansion) mismatches under braking heat (up to 200°C).
Develop an optimized, ply-by-ply composite layup schedule utilizing anisotropic material properties.
Provide monolithic tooling design (DFM) integrating soluble core washout strategies.
Required Expertise:
Proven experience in aerospace, motorsport, or advanced automotive composites.
Mastery of industry-standard composite simulation solvers (e.g., Ansys Composite PrepPost, Abaqus, or HyperWorks).
Deep understanding of multi-metal/CFRP interfaces, galvanic isolation, and specialized zonal reinforcement.
How to Apply: Please include your 2-3 sentence answer to the technical question in your Cover Letter, or send it via Direct Message immediately after applying.
What is your preferred structural and simulation approach to mitigating galvanic corrosion and CTE mismatch in a co-cured Titanium-CFRP joint operating under high mechanical stress at 200°C?
(Note: Applications without a direct technical response to this question will be automatically filtered out).
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