Yujia Huang

• Responsible for communication with German subsidiary employees during the production line setup in Germany, including technical communication and coordination during equipment dismantling, layout, installation, debugging, and operation. • Translate technical documents to ensure professional terminology aligns with German industry standards. • Collaborate with research, sales, and legal departments to ensure technical compliance

• Engaged in cross-cultural team management, oversaw projects for transformers, circuit breakers, etc., in European countries like Greece and Serbia; • Established the Made-in-China international platform, completed the listing of 50+ products, and achieved a weekly inquiry growth of nearly 100+ customers. • Controlled export order risks in accordance with international trade rules and export laws;reviewed export packaging plans, export documents, and customer import documents

• Responsible for the sales and coordination of large/small harbor machine products in European market • Cooperate with sales in East China to participate in the development and maintenance of major customers and channel management, respond to customer needs and feedback on the use of products in Shanghai, Jiangsu province • Participate in product and shipment optimization with internal manufacturing, quality assurance and management departments, responsible for translation and correction of documents

• Coordinated cross-functionally with sales, supply chain and customer service for SPRC subcontinent • Handled and tracked sales of Polypropylene, Vistamaxx and Adhesions by delivering regular reports to assist the team in taking business decisions • Ensured fulfilment of volume commitments to accounts across SPRC by managing volume allocation on cycle basis • Interface with Regional Sales Planner and Sales Representatives and Supply Planner to resolve allocation

• Literature review of theoretical basics of physical mechanism and simulation of mechnical product, including literature study on topics related to data analytics in the industry • Developed a validated physical simulation model with Amesim • Implemented a batch operation method with DoE strategies to search for parameter combination and improve the performance of physical model • Developed Feature Engineering workflow • Implemented scickit-learn pipeline to construct machine learning model

• Literature review of existing methods for determining the material behavior • Implementation of a parameter identification method for determining the constitutive parameters of the individual material components • Determination of the accuracy of identified material laws of both components of the variability of the relative volume fractions of both components • Implementation of a parameter identification method for determining the constitutive parameters of the individual material components