Main Job:• Developing product quality by analyzing data trends to define new process improvement opportunities.• Handling complains from customers and solve the problems on time by implement 1-3-5 scheme ( day-1 receive problem, day-3 middle report and day-5 final report ). • Designing special control product and APQP for newly manufactured products before delivered to customer and maintain product stability after mass production.• Developing problem handling system by analyzing using kaizen, quality control circle and six sigma method. • Controlling raw material product quality by weekly and Reporting in a meeting with Company Group Holdings.• Leading analysis team regarding to solve and make report of raw material problem through Laboratory work and Inspection Record Analysis• Monitoring Quality Control Plan and ensuring raw material are in compliance with the plans and specifications for production.• As the company was newly established in 2015, Involved in many terms of Issuing Quality Standards and Production Parameter which are adapted from Japanese Industrial Standard(JIS), Japan Iron and Steel Federation Standard(JFS) and Customer standards.Achievements:• Increasing capacity of factory production through modification of machine speed and product quality. Increase profit of IDR 416 Million/ year.• Successfully leading a team in achieving new product material approval of Japanese Automobile companies in Indonesia. • Joined JFE improvement conference in Tokyo, Japan, representing JFE Steel Galvanizing Indonesia to introduce improvement of works in Indonesia Factory in front of Japan JFE Steel Holding • Designed automation of works using Microsoft Excel logic to reduce human assistance (reduce by 1 manpower). Project: System Improvement of Secondary Grade Product Delivery• Winner of JFE Steel Steel Galvanizing Indonesia Quality Control Circle (QCC) Competition.Topic: Improvement of Bake Hardening Characteristics on 340BH (Bake Hardening Steel)

Investigating the causes of the leak problem in pipelines which are insulated by foams and corrosion occurred on the pipe surface in order to minimize corrosion reaction and prolong the pipeline lifetime