Myo Tun Kyaw

Myo Tun Kyaw- BS5 6JY- PROFILE Aspiring Mechanical Engineer with a strong passion for creative design, engineering simulations and sustainable engineering. Skilled in mechanical systems, computational analysis, design modelling and optimization. Eager to contribute technical expertise and robust skills to solve real-world complex problems. Education BEng (Hons) in Mechanical Engineering Sept 2022 – May 2025 The University of the West of England (UWE Bristol) Grade: First Class Honour Achievement: Certificate with Distinctions in Year 1 & Year 2 Focus Areas: Mechanical Systems and Manufacturing, Design and Optimization, Computational Fluid Dynamics (CFD), Finite Element Analysis (FEA), Automation and HVAC Systems. Academic Projects and Experiences Aerodynamic and Aeromechanical Analysis of Two Wind Turbines in Arrays using One-Way FSI Method Dissertation Individual Project Acknowledgement: The results in this study were partially used in a conference paper titled ‘Aeroelastic Analysis of a Wind Turbine under Wake and Turbulence of an Upstream Wind Turbine in a Wind Farm’, submitted to GPPS-TC-2025 and he contributed as a second author of that paper. • Conducted an investigation of fluid structure interaction of wind turbine blades using CFD and FEA to optimize blade design and efficiency. • The project involved analysing airflow characteristics, structural deformation, coupled CFD and FEA, verification and validation to optimize better blade design for improved efficiency through simulations in ANSYS. Car Systems UWE Bristol, United Kingdom Course Project • Developed an automated driver aid/comfort system for an Electric Vehicle (EV) startup using the NI myRIO controller and a mechatronics kit. • Multiple mechatronic subsystems are developed and integrated into a single functional car system prototype, demonstrating key skills in sensor integration, control logic implementation, and LabVIEW programming. CNC Part Programming for manufacturing of a camera bracket UWE Bristol, United Kingdom Course Project • Developed a detailed set of production requirements using market trends, legislation and regulations governing global manufacturing industries. • Formulated strategies to enhance engineering design by selecting CAD/CAM/CAE tools & technologies, and manufacture for industries applying advanced manufacturing systems management. CFD Analysis of laminar and turbulent flow in a pipe UWE Bristol, United Kingdom Course Project • Applied the theoretical background on CFD modelling techniques to analyse and demonstrate subject specific skills with respect to undertake analysis in an integrated CAD environment. • Performed the pre-processing, solve and post-processing stages of industrial standard CFD codes, including mesh generation and result validation. FEA Analysis of a stiffened plate UWE Bristol, United Kingdom Course Project • Designed a flat, symmetric, hexagonal, uniform steel plate which is stiffened and unstiffened structures that can withstand the certain pressure applied to the specific region of its surface. • Conducted FEA analysis accomplishing optimizations and enhancements to improve the plate’s durability, maintain structural integrity and reduce the material usage when sustaining the imposed load with its ability. Non-Contact Lighting Systems UWE Bristol, United Kingdom Course Project • Worked on developing a non-contact geometry inspection system to reduce inspection times and improve accuracy in measuring critical dimensions in manufacturing. • The system used laser triangulation sensors to minimize human error and support lean manufacturing. Vertical Farming in Bristol UWE Bristol, United Kingdom Couse Project • Contributed to the development of a contactless dimensional measurement system to enhance manufacturing efficiency by reducing inspection times and increasing measurement accuracy. • The project used laser triangulation technology to minimize human error and support lean production practices. Repair Café UWE Bristol, United Kingdom Volunteer • Contributed to mending and soldering workshops as part of the MAKERS project run by UWE Bristol. The students, staff, industry and community volunteers worked together to fix items brought in by the community for free. Key Skills • Personal Skills – Organisation, Negotiation, Communication, Leadership, Teamwork • Design and Simulations – AutoCAD, SOLIDWORKS (CSWA Certified), ANSYS (FEA & CFD), LabVIEW, Revit and SketchUp • Programming and Data Processing – MATLAB (Advanced), C++ (Intermediate) • Microsoft Office – Word, Excel, PowerPoint, Project Reference Available upon request.