Computational Fluid Dynamics Engineer Cfd

KALE ARGE

Kale Arge has a strong vision to become Turkey’s leading Gas Turbine Engine Development Centre of Excellence.


Our engineering function has an established and robust Engineering Professional Development Framework. This highlights three broad career development routes for progression:

 

• Technical Project Managers,
• Technical Function (People) Managers,
• Technical Specialist route.
  As you move through this structure we can provide you with a flexible range of opportunities, whether you decide to specialise in one of these types of roles or develop your capabilities across a broad range of skills.
   
  We invite new team members with the following skills to join our development teams for challenging and exciting Engine Projects. 
• B.Sc./ M.Sc. degree in Aeronautical, Astronautical and Mechanical Engineering from a reputable university in Turkey or abroad
• Outstanding academic record
• Fluent in English
• Self-motivated, having strong work ethics and discipline
• Strong drafting, negotiating, communication and writing skills both in Turkish and English
• Strong analytical and reporting skills
• Minimum 2 years experience with CFD tools and methods preferably in the Aerospace industry
• No military service obligation will be treated as an asset for male candidates.

Ph.D degree will be considered as an asset.

İŞ TANIMI

The CFD group is responsible for the development and validation of CFD tools, the creation of best practices, the application of these tools to advanced design analyses (turbomachinery and related areas), and the support of design work.

• Advanced knowledge in ANSYS products (Fluent and CFX) along with their underlying computational and physical models.
• Effective use of CFD tools and methods. (Pre-Process, Post-Process, Solver Operation)
• Good understanding of aerodynamic turbomachinery analysis, methods and tools.
• Determination, development and validation of CFD tools to improve accuracy and the design process.
• Creating an aerodynamic database and keeping it updated.
• Validation of CFD results against test data.
• Further knowledge in heat transfer is a plus.
• Experience with developing in-house CFD codes is a plus.
• Knowledge in high precision calculation methods and parallel computing.
• Preparing and continuously improving engineering methodology documents, procedures, and guidelines.
• Ensuring continuous improvement through effective lessons learnt, knowledge capture and process development
• Creating design reports and other necessary documentation
• Working within a team context to ensure effective delivery against local performance objectives