ตำแหน่ง Continuous Improvement Engineer

บริษัท Triumph Aviation Service

ที่อยู่บริษัท 700/160 Moo 1 T.Bankao A.Pantong Chonburi Province 20160, Thailand

เงินเดือน สำหรับสมาชิกเท่านั้น

ลักษณะงานที่ทำ
Applying Lean and Kaizen tools to create process improvement in organization. Creating root-cause analysis to improve work process and minmize risks. Developing cost-effective solutions.
• REA: Analyzed data, evaluated stress Finite Element Analysis (FEA), and set standard for the Structure Repair Manual (SRM) and Request Engineering Action (REA) for all engineers.
• Inspected V2500 A320 (Airbus) damaged parts. Identified the damaged type to apply the correct application to resolve the issues. Performed stress analysis using SolidWorks on newly built parts to ensure that the parts could withstand internal and external forces.
• Min-Max Analysis: Created simulations and tests to reduce material shortage and cost. Managed to reduce the cost by 91% on the original cost of hand and on order cost.
• Floor-Stock: Created workflow and shorten queue to aid the technicians to finish the jobs faster by 45%.
• Rework Parts: Analyzed root-cause. Improved communication between engineers and technicians. Improved the work quality and implemented the work process by 40%.
• Trained 5S to all employees and standardized the company to create efficiency in the workplace.

ตำแหน่ง Design Engineer

บริษัท Boeing and Oregon State University

ที่อยู่บริษัท 7755 E Marginal Way S, Seattle, WA 98108

เงินเดือน สำหรับสมาชิกเท่านั้น

ลักษณะงานที่ทำ
ACTIVE FLUTTER CONTROL ON AN AEROELASTIC WING
• Worked with four engineer peers to design and build a closed-loop active flutter control system, created PID controller using Arduino Uno Software and Simulink in Matlab Software to prevent structural failure on an aircraft wing to help aircraft manufacturers to have safe and better products.
• Took charge in Bill of Materials (BOM), Customer Requirement and Engineering Specification.
• Used SolidWorks software to design and analyzed FEA to create a proper model for the control systems, and used qualified machines to perform the task to build the model.
• Used Arduino software with IMU 6050 device to measure natural frequency on the control system and record the raw data to be analyzed.
• Created a wing with propellers attached to the mounting system then tested in a wind tunnel to verify that the control system could successfully work and gave accurate data. Accomplished the goal within a timeline.

ตำแหน่ง Mechanical Engineer

บริษัท PROFESSIONAL ACCOMPLISHMENTS

ที่อยู่บริษัท Corvallis, OR 97331

เงินเดือน สำหรับสมาชิกเท่านั้น

ลักษณะงานที่ทำ
● Gained experience in establishing collaborative work environments with cross-cultural teams including
engineers and project managers. This translated into achieving demanding KPIs and maximizing
efficiency by standardizing processes focused on 5S techniques and continuous improvement.
● Reduced operational costs and minimized risks by performing quality assurance tasks. This required using
lean manufacturing principles, Kaizen, and SolidWorks to identify and solve root causes and improve
productivity by 45% with a new workflow.
● Lowered organizational risks and optimized project costs by drafting Bill of Material (BOM) and House of
Quality (HOQ) documentation focused on minimizing reworking processes.
● Gained high proficiency in using Stress Analysis in SolidWorks (FEA-Finite Element Analysis)
● Optimized fixed and variable costs by 91% by creating simulations to reduce the wastage of resources.
● Used Arduino Uno and Simulink in Matlab to prevent structural failure on an aircraft wing to help aircraft
manufacturers to deliver DOA (Department of Aviation) compliant products in a cost-effective manner.
● Experienced in using state-of-the-art project management tools and techniques to consistently deliver
complex projects within strict deadlines and challenging quality requirements.
● Designed a Load-Bearing Tower model in SolidWorks, tested FEA, and used 3d printer to build a
prototype to provide the optimal strength to weight ratio for the maximum load.
● Spearheaded a team of students to design and build an award-winning Pinewood Derby Car from given
woodblock material with state-of-the-art engineering practices.
● Was recognized on multiple occasions due to a consistent outstanding performance. This included
receiving the Honor Award in Associate of Science and Student of the Year award.