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R&D Engineer Training Program

FİGES has graduated from the Advanced Engineering Technologies Summer School after completion of the training program to develop advanced engineering skills, to be trainee or full-time employed;

Arge Merkezleri Uzman Mühendis Yetiştirme Programı
Ar-Ge-Programi

"R & D Engineering Candidates" will be taken.

Certificate of participation

Build Up Academy aims to provide young engineers with a productive introduction to the companies that are carrying out high-tech projects in their professional working life. Build Up Academy is a trademark of FİGES A.Ş., a company of advanced engineering services. FİGES A.Ş. As industry
We continue to train engineers who are trained specifically for the needs of our firms and have acquired expertise and qualifications in various levels by taking positions in projects requiring advanced engineering technologies. Our trainings can be given both in Turkish and English by experienced and field engineers. At the end of each training, an examination is made to measure the level of knowledge acquisition of the participants. A participatory participation certificate, which successfully completes each training module and provides sufficient continuity, is also provided.

Ar-Ge-Programi
Content of the Program
Basic Courses
  • Fundamentals of Mechanical Design
  • Introduction to Computer Aided Design
  • Structural Mechanics Foundation
  • Introduction to Finite Element Method
  • Introduction to CAD for Finite Element Analysis
  • Finishing Elements Method Application Training
  • Finite Element Analysis Based Fatigue Analyzes
  • Structural Dynamic Analysis
  • Advanced Nonlinear Analysis
  • Introduction to Theoretical and Computational Fluid Dynamics
  • Computational Fluid Dynamics Application Training
  • Technical Calculation for Engineering Applications
  • Data Processing and Visualization
  • Creating a User Interactive Interface Program
  • Dynamic Model Creation at System Level
  • Introduction to Control and Command Systems
  • Introduction to Industrial Controller Design Processes
Supportive Courses

Analysis of Engineering Problems and Problem Solving Techniques
Gaining Creative and Innovative Thinking Skills
Solution of R & D Problems with TRIZ Approach
New Product Development Techniques
Patent Concept and New Patent Acquisition Processes
Designer Thinking and Experimental Design
Technical Report Writing and Presentation
Project Management in R & D

Candidates can apply to the program
Faculty of Engineering and Technology Students and Graduates
  • Mechanical engineering,
  • Aerospace Engineering
  • Aircraft Engineering,
  • Electrical engineering,
  • Mechatronic Engineering,
  • Control and Automation Engineering,
  • Metallurgy and Materials Engineering,
  • Civil engineering,
  • Automotive engineering,
  • Rail Systems Engineering,
  • Biomedical Engineering

Education time

The training period was 54 working days. The order of the training modules may vary.

Expected Qualifications
  • Mechanical engineering,
  • Aerospace Engineering
  • Aircraft Engineering,
  • Electrical engineering,
  • Mechatronic Engineering,
  • Control and Automation Engineering,
  • Metallurgy and Materials Engineering,
  • Civil engineering,
  • Automotive engineering,
  • Rail Systems Engineering,
  • Biomedical Engineering