- Team Leadership & Project Management: Lead and mentor a multidisciplinary team of young engineers, guiding them across multiple projects focused on structural design and analysis for aerospace applications. Successfully foster innovation and teamwork, ensuring the timely delivery of projects.- Air-Vehicle Design: Spearhead the research, design, and development of cutting-edge air-vehicles, specializing in structural design and ensuring adherence to industry standards for performance and safety.- System Modification & Redesign: Led the redesign and integration of upgraded Line Replaceable Units (LRUs) and avionics systems into existing airframes, resulting in enhanced safety features.- Advanced Structural Analyses: Conduct comprehensive analyses, including: Linear static, non-linear static, implicit dynamic, explicit dynamic, modal, fatigue, and buckling analyses. These analyses were pivotal in assessing structural integrity, predicting dynamic responses, and ensuring safety under critical loading conditions for aircraft structures.- Training at BAYKAR Technologies: Completed an intensive 3-month training program at BAYKAR Technologies, Istanbul, focusing on aerospace concepts, product life-cycle management, digital twins, and airworthiness processes, thereby strengthening technical expertise and industry knowledge.

- Structural Analysis: Conducted in-depth structural analysis of aircraft components using hand calculations and Finite Element Analysis (FEA) with Simcenter FEMAP, MSC NASTRAN/PATRAN, and ANSYS. This contributed to improved design precision and performance.- Global Finite Element Modeling (GFEM): Led a dedicated team to enhance GFEM, significantly speeding up the analysis of large-scale aircraft models and improving Finite Element model management efficiency.- Composite Structures Evaluation: Evaluated carbon fiber composite structures using both FEA and hand calculations, optimizing performance and reducing structural weight.- Analytical Tool Development: Developed advanced analytical tools to improve design and optimization workflows, cutting down processing time and increasing analysis efficiency.-Failure Analysis of Fasteners: Designed methodologies for fastener failure analysis, comparing various techniques to determine the most effective process for the organization, contributing to improved product reliability.- CAD & Design: Used CAD software to design intricate 2D/3D models for engineering and product development, ensuring precision in weight, volume, and balance assessments to enhance performance and safety.

Participated in project-based training, gaining hands-on experience and practical skills while contributing to the successful completion of the projectDesign and development training for high-speed loitering munitions unmanned aerial systems, imparting critical skills and knowledge to the team to ensure successful project executionProficiently conducted a range of analyses, including linear static, non-linear static and transient analyses. These analyses were instrumental in assessing structural integrity, predicting dynamic responses, and ensuring safety and performance compliance.

Learned new things, got the on-field experience for the first time ever.