Sang-Soo Lee
Mechanical Design Engineer (Satellite Design) at Rite Tech Resources- Claim this Profile
Click to upgrade to our gold package
for the full feature experience.
Topline Score
Bio
Credentials
-
Six Sigma Foundations
LinkedInDec, 2019- Oct, 2024
Experience
-
Rite Tech Resources
-
United States
-
Aviation and Aerospace Component Manufacturing
-
1 - 100 Employee
-
Mechanical Design Engineer (Satellite Design)
-
Mar 2020 - Present
• Spearheads the timely delivery of part, assembly, tooling and collector drawings to our client, Boeing's satellite division, by efficiently collaborating with team members and ensuring high-quality work. • Applies GD&T to technical drawings to optimize ease of manufacturing and ensured compliance with client requirements through effective communication and inspection. • Meticulously analyzes process specifications, aligning them with client requirements and constraints to ensure… Show more • Spearheads the timely delivery of part, assembly, tooling and collector drawings to our client, Boeing's satellite division, by efficiently collaborating with team members and ensuring high-quality work. • Applies GD&T to technical drawings to optimize ease of manufacturing and ensured compliance with client requirements through effective communication and inspection. • Meticulously analyzes process specifications, aligning them with client requirements and constraints to ensure compliance and optimal design outcomes. • Proficient in technical writing, adept at creating accurate and comprehensive bill of materials (BOMs) for part, assembly and collector drawings, facilitating streamlined production and efficient documentation. • Manages complex projects, successfully leading cross-functional teams and consistently meeting project deadlines in challenging and fast-paced environments. • Demonstrates exceptional communication skills and a diplomatic approach in all interactions with clients, resulting in consistently positive feedback and satisfaction. Show less • Spearheads the timely delivery of part, assembly, tooling and collector drawings to our client, Boeing's satellite division, by efficiently collaborating with team members and ensuring high-quality work. • Applies GD&T to technical drawings to optimize ease of manufacturing and ensured compliance with client requirements through effective communication and inspection. • Meticulously analyzes process specifications, aligning them with client requirements and constraints to ensure… Show more • Spearheads the timely delivery of part, assembly, tooling and collector drawings to our client, Boeing's satellite division, by efficiently collaborating with team members and ensuring high-quality work. • Applies GD&T to technical drawings to optimize ease of manufacturing and ensured compliance with client requirements through effective communication and inspection. • Meticulously analyzes process specifications, aligning them with client requirements and constraints to ensure compliance and optimal design outcomes. • Proficient in technical writing, adept at creating accurate and comprehensive bill of materials (BOMs) for part, assembly and collector drawings, facilitating streamlined production and efficient documentation. • Manages complex projects, successfully leading cross-functional teams and consistently meeting project deadlines in challenging and fast-paced environments. • Demonstrates exceptional communication skills and a diplomatic approach in all interactions with clients, resulting in consistently positive feedback and satisfaction. Show less
-
-
-
AMADA AMERICA, INC.
-
United States
-
Machinery Manufacturing
-
400 - 500 Employee
-
Mechanical Design Engineer (Automation)
-
Apr 2019 - Nov 2019
• Demonstrated expertise in mechanical design and engineering, delivering high-quality part, weldment and assembly drawings to support efficient and streamlined manufacturing processes. • Leveraged strong problem-solving and troubleshooting skills to test functional design and identify critical issues, presenting effective solutions and logging important data throughout the testing and development phases. • Excelled in a fast-paced and challenging environment, consistently meeting… Show more • Demonstrated expertise in mechanical design and engineering, delivering high-quality part, weldment and assembly drawings to support efficient and streamlined manufacturing processes. • Leveraged strong problem-solving and troubleshooting skills to test functional design and identify critical issues, presenting effective solutions and logging important data throughout the testing and development phases. • Excelled in a fast-paced and challenging environment, consistently meeting deadlines while managing complex projects and leading cross-functional teams to drive exceptional results. • Applied technical expertise and creativity to design and develop optimal solutions for a range of manufacturing and automation challenges, resulting in improved efficiency, functionality and performance. • Utilized a hands-on approach to testing and troubleshooting functional design, ensuring smooth design transfer and optimized performance across a variety of parts, weldments and assemblies. Show less • Demonstrated expertise in mechanical design and engineering, delivering high-quality part, weldment and assembly drawings to support efficient and streamlined manufacturing processes. • Leveraged strong problem-solving and troubleshooting skills to test functional design and identify critical issues, presenting effective solutions and logging important data throughout the testing and development phases. • Excelled in a fast-paced and challenging environment, consistently meeting… Show more • Demonstrated expertise in mechanical design and engineering, delivering high-quality part, weldment and assembly drawings to support efficient and streamlined manufacturing processes. • Leveraged strong problem-solving and troubleshooting skills to test functional design and identify critical issues, presenting effective solutions and logging important data throughout the testing and development phases. • Excelled in a fast-paced and challenging environment, consistently meeting deadlines while managing complex projects and leading cross-functional teams to drive exceptional results. • Applied technical expertise and creativity to design and develop optimal solutions for a range of manufacturing and automation challenges, resulting in improved efficiency, functionality and performance. • Utilized a hands-on approach to testing and troubleshooting functional design, ensuring smooth design transfer and optimized performance across a variety of parts, weldments and assemblies. Show less
-
-
-
Fluxergy
-
United States
-
Biotechnology Research
-
1 - 100 Employee
-
Production Engineer (Automation)
-
Apr 2017 - Aug 2018
• Leveraged design of experiments methodology to identify optimal process parameters, resulting in streamlined standard operating procedures and improved manufacturing efficiency. • Applied Minitab statistical analysis software to interpret sample data and control lots, generating data visualizations for weekly manufacturing meetings. • Communicated results from design of experiments to cross-functional teams in clear, concise language, facilitating successful implementation of process… Show more • Leveraged design of experiments methodology to identify optimal process parameters, resulting in streamlined standard operating procedures and improved manufacturing efficiency. • Applied Minitab statistical analysis software to interpret sample data and control lots, generating data visualizations for weekly manufacturing meetings. • Communicated results from design of experiments to cross-functional teams in clear, concise language, facilitating successful implementation of process transfer. • Researched, developed and proposed strategic capital equipment purchases, yielding significant increases in throughput. • Conducted feasibility testing of Universal Robot’s UR5 to determine automation potential of manufacturing processes, leading to improved efficiency and reduced costs. • Utilized 3D printing and in-house milling machine to create rapid prototypes for testing and developing automated manufacturing processes. • Designed, installed and maintained an automated work cell around FANUC’s LRMate 200iD/4S and production equipment, resulting in enhanced manufacturing efficiency and reduced labor costs. Show less • Leveraged design of experiments methodology to identify optimal process parameters, resulting in streamlined standard operating procedures and improved manufacturing efficiency. • Applied Minitab statistical analysis software to interpret sample data and control lots, generating data visualizations for weekly manufacturing meetings. • Communicated results from design of experiments to cross-functional teams in clear, concise language, facilitating successful implementation of process… Show more • Leveraged design of experiments methodology to identify optimal process parameters, resulting in streamlined standard operating procedures and improved manufacturing efficiency. • Applied Minitab statistical analysis software to interpret sample data and control lots, generating data visualizations for weekly manufacturing meetings. • Communicated results from design of experiments to cross-functional teams in clear, concise language, facilitating successful implementation of process transfer. • Researched, developed and proposed strategic capital equipment purchases, yielding significant increases in throughput. • Conducted feasibility testing of Universal Robot’s UR5 to determine automation potential of manufacturing processes, leading to improved efficiency and reduced costs. • Utilized 3D printing and in-house milling machine to create rapid prototypes for testing and developing automated manufacturing processes. • Designed, installed and maintained an automated work cell around FANUC’s LRMate 200iD/4S and production equipment, resulting in enhanced manufacturing efficiency and reduced labor costs. Show less
-
-
-
Medivision Inc.
-
Medical Equipment Manufacturing
-
1 - 100 Employee
-
Medical Device Engineer (R&D)
-
May 2016 - Mar 2017
• Led the successful development of over 20 medical devices, including rigid endoscopes, from initial concept to commercialization. • Designed and optimized custom rigid endoscopes, meeting specific client requirements and constraints while ensuring compliance with industry standards and regulations. • Streamlined the design of the modular focusing mechanism for video endoscopes, reducing part count by 46% and increasing efficiency of production processes. • Worked collaboratively with… Show more • Led the successful development of over 20 medical devices, including rigid endoscopes, from initial concept to commercialization. • Designed and optimized custom rigid endoscopes, meeting specific client requirements and constraints while ensuring compliance with industry standards and regulations. • Streamlined the design of the modular focusing mechanism for video endoscopes, reducing part count by 46% and increasing efficiency of production processes. • Worked collaboratively with cross-functional teams, including Regulatory Affairs Officer, to ensure compliance with FDA regulations and ISO 13485 / 9001 for class 2 medical devices.
-
-
Mechanical Draftsman (Reverse Engineering)
-
Jan 2013 - May 2016
• Led the redesign of MediVision’s flagship product line of rigid endoscopes, resulting in a 27% reduction in part count and a streamlined cGMP process. • Translated technical drawings from AutoCAD to Solidworks and utilized the software to create 3D models for product development and design modifications. • Improved quality control processes by using Minitab to assign optimal sample sizes for lot inspections of received parts used in production. • Collaborated with Manufacturing to… Show more • Led the redesign of MediVision’s flagship product line of rigid endoscopes, resulting in a 27% reduction in part count and a streamlined cGMP process. • Translated technical drawings from AutoCAD to Solidworks and utilized the software to create 3D models for product development and design modifications. • Improved quality control processes by using Minitab to assign optimal sample sizes for lot inspections of received parts used in production. • Collaborated with Manufacturing to develop innovative standard operating procedures for production and repair processes using Solidworks Composer 2013, resulting in increased efficiency and accuracy.
-
-
Education
-
2013 - 2016
California State University-Fullerton
Bachelor’s Degree, Mechanical Engineering
Community
