Nuh Yildirim Email & Phone Number

Munich, Bavaria, Germany

As an Aerodynamics Engineer at Volocopter, I have been responsible for setting up and executing CFD models to analyse and optimise the aerodynamic performance of our innovative urban air mobility solutions. My role involves extensive use of Star CCM+, pre-processing CAD models, and generating detailed performance reports.Key Responsibilities:Set up and execute CFD models using Star CCM+ for both steady and unsteady simulations.Developed and implemented Java-based macros in Star CCM+ to automate data extraction and image generation from CFD simulations.Pre-processed CAD models for CFD simulations, ensuring airtight geometry, proper meshing, and accurate part definition.Conducted grid convergence studies and other related tasks to ensure the reliability and accuracy of the simulations.Generated comprehensive performance reports based on predefined variables, interpreting CFD results to provide actionable insights.Collaborated with design and engineering teams to optimize aerodynamic performance and enhance overall vehicle efficiency.Participated in design reviews, offering insights based on CFD analysis to inform design decisions.Achievements:Successfully optimized the aerodynamic design of key components, leading to an improvement in overall vehicle efficiency.Developed efficient pre-processing workflows that reduced simulation setup time Enhanced the accuracy of CFD simulations through rigorous grid convergence studies, leading to more reliable performance predictions.Contributed to the development of innovative urban air mobility solutions, helping Volocopter stay at the forefront of the industry.Skills and Tools:CFD Software: Star CCM+Programming: Java (for creating macros in Star CCM+), Python CAD Pre-processing: Meshing, geometry preparation, part definitionSimulation Analysis: Grid convergence studies, performance reportingTechnical Documentation: Performance reports, simulation data interpretation

Munich

As a Mechanical Engineer at MAG Instruments, I have been instrumental in designing and developing innovative products using CAD software, overseeing their assembly, and conducting rigorous material testing to ensure high standards of quality and performance.Key-ResponsibilitiesDesigned and developed a range of products using SolidWorks, ensuring precision and adherence to specifications.Assembled mechanical components and systems, integrating them into final products.Conducted comprehensive testing on materials to validate performance and durability.Collaborated with cross-functional teams to optimize designs for manufacturability and efficiency.Skills and Tools:CAD Software: SolidWorks3D Printing: Utilized 3D printers for prototyping and testing designsCNC Machining: Operated CNC machines to produce precision componentsProject Management: [JIRA]Technical Documentation: Engineering drawings, technical specifications, and reports on Solid Works.

Sheffield, England, United Kingdom

Role Summary:As a Design Engineer at the University of Sheffield, in collaboration with the Advanced Manufacturing Research Centre (AMRC), I was instrumental in designing and developing a concept for an electric aircraft. My role involved conducting aerodynamic analyses, optimizing designs for efficiency, and contributing to the overall project management process.Key Responsibilities:Designed and modeled the electric aircraft using SolidWorks, ensuring aerodynamic efficiency and structural integrity.Conducted Computational Fluid Dynamics (CFD) analysis to evaluate and optimize the aerodynamics of the aircraft.Supported the Project Manager by performing cost analysis related to the efficiency of the aerodynamic design.Collaborated with a multidisciplinary team to integrate aerodynamic solutions with other engineering aspects of the aircraft.Skills and Tools:CAD Software: SolidWorksCFD Analysis: ANSYS FluentAchievements:Successfully designed and optimized the aerodynamic profile of the electric aircraft, resulting in enhanced performance and energy efficiency.Played a key role in the development and validation of the aircraft concept, contributing to the project's overall success.Improved the project's cost efficiency by analyzing and optimizing aerodynamic designs, leading to better resource allocation.

Sheffield, England, United Kingdom

Role Summary:As a Design and Quality Engineer at the University of Sheffield, I was dedicated to the development of engineering solutions aimed at constructing resilient houses to withstand flooding in Kerala. My responsibilities included designing structures, ensuring quality standards, and conducting thorough analyses to enhance flood resistance.Key Responsibilities:Designed flood-resistant houses using advanced CAD software, focusing on structural integrity and resilience.Conducted structural analyses (FEA) and simulations to validate the designs against flood conditions.Collaborated with a multidisciplinary team, including civil engineers, architects, and local experts, to develop effective and practical solutions.Achievements:Successfully designed and implemented flood-resistant housing solutions that significantly improved the safety and resilience of communities in Kerala.Skills and Tools:CAD Software: SolidWorksStructural Analysis: [FEA Analysis]

Master'S Degree, Aerospace Engineering

Activities and Societies: Currently Writing the Master Thesis on Numerical Investigations on Transonic Buffet, including forced wing.

Bachelor'S Degree, Aerospace Engineering

Graduated with First Class Honours Completed Bachelor Thesis in designing new supersonic commercial aircraft concept (First Class Honours.

High School Diploma, International Baccalaureate Diploma, 33