NOH YOUNGMIN

Geumcheon-gu

Summary

Experienced Mechanical Design Engineer skilled in creating 3D models using Autodesk Inventor and managing projects efficiently. At WSA, I improved design processes by developing compliant and innovative Squaring Device. Proficient in AutoCAD and capable of turning complex ideas into practical plans. Known for strong analytical skills and teamwork, successfully enhanced belt tension of Plastic Belt Conveyors, resulting in increased reliability and efficiency.

Overview

years of professional experience

Certification

Work History

Mechanical Design Engineer

WSA

05.2023 - Current

Checked design compliance with product specifications and standards requirements.
Developed detailed 3D models and drawings, ensuring accurate communication of design intent to fabrication teams.
Designed and analyzed Plastic Belt Conveyor mechanical systems and mechanisms.
Created CAD models and drawings for Squaring Device designs.
Participated in hands-on assembly of a Squaring Device, identified issues during the process, and incorporated feedback to improve the final design.
Managed AutoDesk Vault data by uploading and organizing product design files (e.g., modeling files, drawing files)

Research Assistant

Korea Railroad Research Institute

09.2022 - 04.2023

Analyzed and converted drawings received from external companies into accurate 3D models for the test vehicle.
Prepared reports over a month, made revisions based on feedback, and finalized them for submission
Organized and tracked experimental components and equipment from storage for each experiment, documenting details in Excel and Word files.

Education

Bachelor of Science - Department of Railway Vehicle Systems Engineering

Korea National University of Transportation

Uiwang-si, South Korea

08-2023

Skills

AutoCAD
SolidWorks 3D models
Microsoft Excel
AutoDesk Inventor
CAD drafting
PowerPoint
AutoDesk Vault

Accomplishments

1. Ensured safety and optimized material selection through structural analysis using Autodesk Nastran, resulting in reduced costs.

2. Developed a customized calculation formula for selecting LM GUIDE suitable for the Squaring Device, based on modifications from catalog data.

-> Enabled precise model selection and optimized performance, contributing to the efficient design of the Squaring Device.

3. Created a detailed conveyor belt design manual, including calculations for shaft torsion angles and allowable belt tension.

-> Minimized design errors and improved the reliability of conveyor system designs.