Electrode Pipeline Systems Engineer, have contributed to international projects with companies such as ACC, Rvian, VinES, LGESHLI, LGESNFF, LGESAZ, and LGESMI. Currently leading GM/LGES Joint Venture Project at Ultium Tennessee and Michigan facilities. Responsibilities:- Led the design and implementation of electrode pipeline systems, including the layout, specifications, and integration with existing manufacturing processes.- Conducted comprehensive feasibility studies and risk assessments to identify potential issues and challenges associated with the electrode pipeline systems.- Developed and executed appropriate mitigation strategies to address identified risks, ensuring the smooth operation of the systems.- Actively participated in continuous improvement initiatives, collaborating with cross-functional teams to enhance the electrode pipeline systems and optimize battery production processes.- Worked closely with project stakeholders, including engineers, technicians, and production personnel, to ensure effective communication and successful project outcomes.Achievements:- Successfully designed and implemented electrode pipeline systems, contributing to the overall success of the GM/LGES joint venture project.- Received recognition for outstanding performance in conducting feasibility studies and risk assessments, providing valuable insights for project decision-making.- Played a vital role in identifying and resolving operational challenges, resulting in improved efficiency and reduced downtime.

Responsibilities:- Took the lead in designing and executing a feeding system utilizing servo-driven mechanisms, mechanical grippers, and rollers.- Led the design and implementation of an efficient combination of mechanical arms and conveyor systems to optimize material transfer processes.- Oversaw the development and integration of a quick die change system, streamlining production workflows and enhancing manufacturing flexibility.- Designed and supervised the implementation of a noise reduction cover for a press, prioritizing operator and personnel well-being through effective noise mitigation.Achievements:- Successfully increased feeding speed by an impressive 30% compared to manual feeding, resulting in a significant reduction of production cycle times by 15% and a remarkable decrease in material waste by 20%.- Designed and implemented a highly efficient quick die change system, reducing changeover time from 2 hours to an impressive 30 minutes. This achievement improved production uptime by 75% and enabled a 20% increase in the number of product variants produced per day, enhancing manufacturing flexibility.- Successfully designed and implemented a noise reduction cover, significantly reducing noise emissions by up to 30 decibels. This achievement created a safer and more productive working environment, resulting in an impressive 20% increase in overall operational efficiency.- Incorporated comprehensive safety features into press automation systems, resulting in a remarkable 50% reduction in operator incidents and a commendable 20% decrease in production downtime due to safety-related issues.