Greater Istanbul
Driven by a passion for pushing the boundaries of engineering, I leverage 12 years of hands-on experience in structural stress analysis to deliver innovative and robust solutions. My expertise spans a wide range of complex simulations, from implicit and explicit analyses to fatigue assessments, ensuring optimal performance and reliability. My core competencies include: ♻ Management: Proven ability to lead and manage teams, projects, and time effectively, ensuring projects are delivered on schedule and within budget. 🈁 Structural Analysis: Expert-level proficiency in Abaqus Implicit & Explicit Analysis, system and component-level CAE simulations, and the dynamic and thermal behavior of materials. 🔀 Optimization: Skilled in process and design optimization, driving efficiency and performance improvements. EXPERIENCE & EXPERTISE I bring a wealth of practical knowledge to the table, with a track record of successfully tackling challenging engineering problems. My expertise extends to: Expert level knowledge of Abaqus Implicit & Explicit Analysis. System & Component Level CAE simulations. Dynamic & thermal behavior of materials. 3 years of mentoring and 5 years of project management experience. INVOLVED KEY PROJECTS My project portfolio showcases my ability to handle diverse and complex engineering challenges, including: Composite Ply Optimization Landing Gear Post Buckling Titanium Thermal Creep Behavior Swift Hockett-Sherby Material Modeling Micromechanics of Lattice Model Kevlar Armor Bullet Impact Incremental Sheet Metal Forming CAE SOFTWARE SKILLS Proficient in a wide range of industry-leading CAE software, including: Abaqus, Nastran, Ansys, Femfat, n-Code, ANSA/META, Hypermesh, Tosca, I-Sight, Fe-Safe. Programming languages: Fortran, Python, Matlab. Let's connect and explore how my expertise can contribute to your projects. Contact: ✆ 0090 542 417 14 11 ✉ [email protected]
Conducted in-depth analysis and project coordination related to low cycle fatigue (LCF) in aircraft engine components, focusing on enhancing component lifespan and ensuring structural integrity. Worked within engineering teams to develop and implement LCF testing protocols and data analysis procedures, aimed at predicting and mitigating fatigue-related failures in critical engine components. Tasks & Responsibilities: • Analyzed Low Cycle Fatigue (LCF) test data using specialized software and statistical methods to determine fatigue life and crack propagation rates. • Collaborated with design engineers to implement LCF mitigation strategies, including material selection, geometry optimization and stress analysis. • Organized and maintained detailed project documentation, including test reports, analysis summaries and presentations. • Coordinated project timelines and resources, ensuring efficient execution of LCF testing and analysis projects. • Performed finite element analysis (FEA) to simulate stress and strain distributions in engine components under cyclic loading. • Conducted failure analysis of LCF-related incidents, identifying root causes and recommending corrective actions. • Presented findings and recommendations to senior engineers and project stakeholders.
Part-time lecturer instructing final-year university students on the principles of structural analysis using finite element methods, emphasizing real-world applications through collaborative projects while working in FEV Turkey. Tasks & Responsibilities: • Developed and delivered comprehensive lectures on structural analysis using finite element methods to final-year engineering students. • Designed and facilitated collaborative projects that applied theoretical concepts to real-world engineering scenarios, highlighting critical aspects of structural integrity. • Provided detailed feedback and guidance to students on project execution and analysis, fostering a deeper understanding of FEA principles. • Evaluated student performance through assignments and project presentations, ensuring a high level of comprehension. • Maintained up-to-date knowledge of industry trends and advancements in structural analysis to enhance curriculum relevance.
I led the Vehicle Durability team, ensuring structural integrity through comprehensive testing and advanced stress analysis. I managed durability projects, implementing FEA using Abaqus and ANSA and developed Python automation for efficiency. My work involved overseeing durability testing and analysis, ultimately enhancing vehicle lifespan through detailed stress analysis. Tasks & Responsibilities: • Directed vehicle durability testing and conducted detailed stress analysis using Abaqus to identify potential failure modes. • Managed a team of engineers, providing technical guidance on FEA and durability testing methodologies. • Developed and executed testing plans, integrating stress analysis and Python automation for streamlined workflows. • Analyzed test and FEA data to improve designs based on stress distributions. • Implemented Python scripts to automate ANSA and Abaqus processes. • Performed root cause analysis with detailed stress analysis and presented comprehensive durability and stress analysis reports to management.
CAE Application Engineer at a consultancy serving mostly automotive companies, providing expertise in Simulia products (Abaqus, Tosca, Isight, fe-safe) for advanced simulations and optimizations, including hyperelastic materials, forming, fatigue and structural analysis. Tasks & Responsibilities: • Provided expert-level support and consulting services to mostly automotive clients, utilizing Simulia products (Abaqus, Tosca, Isight, fe-safe) for a range of CAE applications. • Conducted advanced simulations involving hyperelastic materials, forming processes and fatigue evaluations to optimize product designs and performance for automotive applications. • Developed and implemented optimization workflows using Tosca and Isight to improve structural integrity and reduce material usage in automotive components. • Performed detailed fatigue assessments using fe-safe to predict component lifespan and enhance durability for automotive applications. • Collaborated with automotive clients to define project requirements, develop simulation strategies and deliver comprehensive analysis reports. • Provided technical training and support to automotive clients on the use of Simulia software and CAE methodologies. • Developed and maintained simulation models, ensuring accuracy and efficiency in automotive-related analysis. • Worked on projects that required accurate representation of non-linear material behaviors specific to automotive applications.
Project and Design Engineer in the R&D Department, specializing in the construction of high-quality process and storage equipment for petroleum, petrochemical, chemical, fertilizer and power plant industries, including cylindrical and spherical storage tanks, heat exchangers, pressure vessels, process columns and pressurized piping. Tasks & Responsibilities: • Developed detailed design specifications and engineering drawings for industrial process and storage equipment, ensuring compliance with industry standards and client requirements. • Managed project lifecycles from initial concept and design through fabrication and installation, coordinating with cross-functional teams and external vendors. • Conducted structural and thermal analysis to optimize equipment design and ensure operational safety and efficiency. • Performed stress analysis and fatigue evaluations for pressure vessels and piping systems, adhering to relevant codes and standards. • Selected appropriate materials and fabrication techniques to meet specific project requirements and environmental conditions. • Prepared technical documentation, including design reports, material specifications and installation procedures. • Provided technical support during equipment fabrication and installation, resolving design-related issues and ensuring project timelines were met. • Conducted quality control inspections and testing to ensure compliance with design specifications and industry standards. • Developed and implemented design improvements and modifications to enhance equipment performance and reliability.