Teerapat Wongwiwattananon(王康裕）

- Conduct cost-effective sourcing for purchase service categories upon receipt of purchase request. - Perform cost analysis and benchmarking for all purchased items and services. - Develop and implement value-added procurement strategies aligned with the company’s goals. - Complete price and contract negotiations with a focus on value procurement and forming competitive agreements. - Ensure suppliers comply with contractual terms and performance benchmarks. - Ensure adherence to all relevant procurement laws, regulations, and industry standards. - Conduct market analysis to stay informed about core materials, industry trends, and best practices. - Collaborate with purchase requestor and stakeholders to ensure procurement supports project timelines and budgets. - Actively participate in tender committees to determine the most optimal solutions for tendering and project budgeting. - Review & follow up invoices or monthly payments submitted by the Supplier. - Manage the end-to-end procurement process (source-to-pay), ensuring efficient delivery of value-added purchases at optimal costs, on-time delivery, and meeting project quality requirements.

Data Center, Solar, Telecommunications Project - Supplier Sourcing and Supplier Resource Management - Contribution to the company's cost reduction and cost management - Industry benchmark building and optimization - Management of Supplier Performance and Regular Communication - Procurement Policy and Strategy Organizing and Development - Supplier Negotiation and Internal Process Optimization Internal Procurement Process Training - Cooperation with the Engineering Delivery Project Team - Organization of Project Bidding and Contract Management - Internal Customer Satisfaction Management – Project Team, Engineering Departments etc

- Group Leader in Chassis category. - Project leader : CR-V model, PF2(ATAI Region). - Proposing a sourcing strategy based on the purchasing policy while aligning with the key QCD (Quality, Cost, and Delivery) factors - Developed a regional cost competitiveness model to guide the purchasing team in selecting suppliers from cost-effective regions, aligning with the company’s global growth strategy. - Global Designer-Buyer correlation to prove cost structure. - Initiate cost reduction idea VA/VE, cost benchmark, best allocation, volume consolidation etc. - Tooling investment refers to the costs associated with designing, building, and maintaining tools used for production. This can include molds, dies, presses, or any other equipment needed to produce specific parts.) - Coordinate with warehouse to ensure proper storage and attend supplier exhibitions to stay up-to-date with industry trend. - Material price forecasting in Mid-term and Long-term plan based on market trend index.

- Project leader : CR-V model, PF2(ATAI Region). - Proposing a sourcing strategy based on the purchasing policy while aligning with the key QCD (Quality, Cost, and Delivery) factors - Developed a regional cost competitiveness model to guide the purchasing team in selecting suppliers from cost-effective regions, aligning with the company’s global growth strategy. - Global Designer-Buyer correlation to prove cost structure. - Initiate cost reduction idea VA/VE, cost benchmark, best allocation, volume consolidation etc. - Tooling investment refers to the costs associated with designing, building, and maintaining tools used for production. This can include molds, dies, presses, or any other equipment needed to produce specific parts.) - Coordinate with warehouse to ensure proper storage and attend supplier exhibitions to stay up-to-date with industry trend. - Material price forecasting in Mid-term and Long-term plan based on market trend index.

• Monitored processes and implemented continuous improvement ideas to enhance robustness and reduce quality issues. • Analyzed and improved complete vehicle quality tendencies, investigating global field quality problems to identify root causes and implement countermeasures. • Presented market claims data in Technical meetings to assess the need for field actions like design changes or recall campaigns.

Organize the gps system in the carriage Coordinate with customers

Learning in position instrument engineering and study about drawing of piping

Production engineering, also known as manufacturing engineering, is the design, development, and seems like a mechanical engineer plus industrial engineer, and control of all processes in the manufacture of a product.