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Click here or scroll down to respond to this candidateCandidate's Name
EMAIL AVAILABLE PHONE NUMBER AVAILABLE www.Linkedln.com/in/Candidate's Name -Street Address a7Education: Master of Science in Mechanical Engineering at Cleveland State University 3.46GPA May 2023 Dec 2024 Work Experience:Simulation lab, product development centerCAE Engineer Feb 2023 April 2023 Designed a slotted wing flap to improve aerodynamic efficiency using Ansys Fluent for simulation. Improved efficiency and stability by optimizing a non-flat surface design while maintaining stability in adverse flight conditions. Performed simulations to obtain key properties such as pressure, velocity, and flow separation. Collaborated with product development teams, leveraging CAD tools to ensure accurate dimensions and manufacturability. Gained proficiency in Ansys Fluent for aerodynamic simulation and its application in the manufacturing industry. Ashan Engineering SolutionsEngineering Intern Aug 2020 April 2021 Designed rotor, blade, and stator components of an axial flow compressor using CAD software CATIA. Performed computational fluid dynamics (CFD) analysis to optimize aerodynamic performance and ensure efficient flow through the compressor stages. Utilized Finite Element Analysis (FEA) to validate the structural integrity of the rotor and blade design under various operating conditions stress, thermal effects Collaborated with senior engineers to adjust design parameters, resulting in a [specific percentage] improvement in compressor efficiency or performance. Conducted simulations to compare design iterations and validate the effectiveness of different blade geometries and angles of attack. Assisted in preparing detailed technical reports and design documentation, adhering to industry standards and compliance requirements. Implemented design changes based on simulation feedback, reducing material usage by [specific percentage] while maintaining structural performance.Projects:Agricultural Aircraft ManufacturingRigging of Elevator of UAV (team project) Aug 2019 April 2020 Led the design and rigging of the elevator control system for an unmanned aerial vehicle (UAV) used in agricultural applications. Conducted aerodynamic analysis of the elevator to ensure optimal control surface response and maneuverability for low-speed flight, crucial in agricultural operations. Utilized design tools AutoCAD for the structural design and positioning of the elevator to ensure stability during varied flight conditions. Coordinated with a team of students to install and adjust the control linkages, ensuring precise and smooth elevator movements in response to pilot input. Performed ground tests to validate the elevators performance, successfully achieving [specific metric, e.g., pitch control within 2 degrees of expected angle]. Created detailed technical drawings and assembly documentation for future reference and use in the manufacturing process. Gained hands-on experience in UAV assembly, flight testing, and troubleshooting control system issues during prototype development.Technical Skills: CAD Software: SolidWorks, AutoCAD, CATIA. CAE Tools: Ansys Fluent, MATLAB. Simulations: FEA (Finite Element Analysis), CFD (Computational Fluid Dynamics) Prototyping: 3D Printing, Rapid Prototyping Other Tools: Microsoft Office, Python (basic scripting), MS Excel |
