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합격 자소서

ASML / Customer Support Engineer / 2024 상반기

지거국 / 전자공학 / 학점 3.98/4.5 / 오픽: IH / 학부연구생, 학회 포스터 세션 참여 / 컴퓨터활용능력: 1급

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최고 품질의 상품들을 지금보다 더 많은 소비자들이 여러 유통 채널에서 더욱 폭 넓고 쉽게...

자사_윈스펙_2차전지 자만검 배너 이미지


1. . [ASML ] 4 , ASML ASML CS . CS , . [CS ] CS Defect . ASML CS 3 . : E-beam Evaporator, Sputter . Photo Aligner , , TFT . . 30% , . 85% . IMID 2023 1 Best Poster Paper Award . : . SNS . . . : 3 . . . 10% . . [CS ] CS . ASML CS 5 EUV 10 3 ASML . 2. , . [Reason for ASML] In the era of the 4th Industrial Revolution, when the demand for miniaturization of semiconductors for processing large amounts of data is rapidly increasing, ASML stands out as a leader in the lithography field and is leading the innovation of the semiconductor industry. ASML touched my dream of becoming a CS engineer by igniting it. In order to achieve this dream, I think it is essential to acquire communication skills and problem-solving skills that are very important to CS engineers. [Required Skills to Become a CS Engineer] I think CS engineer needs to quickly identify defects and issues arising during the process and actively communicate with team members and customers to solve problems. To become a suitable candidate for ASML's CS engineer, I have engaged in three activities to enhance my problem analysis and resolution skills and communication abilities. Undergraduate Research Activity: I conducted undergraduate research alongside coursework, studying the theoretical knowledge of the entire semiconductor process and gaining hands-on experience operating equipment such as E-beam Evaporator and Sputter. Especially, using the Photo Aligner, I varied the time conditions of lithography, development, and etching to fabricate TFT, gaining experience in process troubleshooting. With this experience, I participated in poster sessions at academic conferences to present research findings. During the research process, the yield of the initial device was as low as 30%, which led me to study papers, communicate with senior lab members, and modify the device structure. Through these efforts, I achieved an 85% yield and successfully presented a poster at the IMID 2023 conference, receiving the Best Poster Paper Award. Organizational Culture Experience: Apart from academic courses, I contributed to the development of various organizations through active communication as a member of the student council and as the president of a basketball club. As a member of the student council, I proposed creating an anonymous communication board on social media platforms to facilitate students' sharing of thoughts and opinions. Additionally, as the president of the basketball club, I organized events to enhance relationships among club members and achieved record participation rates. Through these experiences, I developed communication skills by actively listening to others' opinions and contributing suggestions to improve the organization's culture. Customer Service Job at a Restaurant: During three years of working as a delivery and dining hall customer service representative at a restaurant, I encountered various issues with customers. Initially, I struggled to handle customer complaints effectively. However, through continuous problem-solving, I learned to understand and empathize with customers' concerns. This enabled me to calmly resolve issues and improve customer satisfaction, resulting in a more than 10% increase in customer retention rates. This experience taught me the importance of understanding others' perspectives and calmly resolving issues, contributing to the growth of my problem-solving and communication skills. [Dreams and goals as a CS engineer] Through this experience, I think I can increase my expertise as a CS engineer of ASML by effectively communicating, calmly analyzing, and solving various problems that arise during work. As an ASML CS engineer, I aim to become an EUV expert within 5 years, and I aim to contribute to the development of ASML by participating in the lithography process of semiconductor devices under 3 nanometers within 10 years and growing with the company and achieving dreams.

합격 자소서

ASML / Customer Support Engineer / 2024 상반기

지거국 / 전자공학 / 학점 3.98/4.5 / 오픽: IH / 학부연구생, 학회 포스터 세션 참여 / 컴퓨터활용능력: 1급

보고있는 합격자소서 참고해서 내 자소서 작성하기닫기
마음에 드는 문장을 스크랩 할 수 있어요!
지금 바로 PC에서 이용해보세요.

최고 품질의 상품들을 지금보다 더 많은 소비자들이 여러 유통 채널에서 더욱 폭 넓고 쉽게...

자사_윈스펙_2차전지 자만검 배너 이미지


1. . [ASML ] 4 , ASML ASML CS . CS , . [CS ] CS Defect . ASML CS 3 . : E-beam Evaporator, Sputter . Photo Aligner , , TFT . . 30% , . 85% . IMID 2023 1 Best Poster Paper Award . : . SNS . . . : 3 . . . 10% . . [CS ] CS . ASML CS 5 EUV 10 3 ASML . 2. , . [Reason for ASML] In the era of the 4th Industrial Revolution, when the demand for miniaturization of semiconductors for processing large amounts of data is rapidly increasing, ASML stands out as a leader in the lithography field and is leading the innovation of the semiconductor industry. ASML touched my dream of becoming a CS engineer by igniting it. In order to achieve this dream, I think it is essential to acquire communication skills and problem-solving skills that are very important to CS engineers. [Required Skills to Become a CS Engineer] I think CS engineer needs to quickly identify defects and issues arising during the process and actively communicate with team members and customers to solve problems. To become a suitable candidate for ASML's CS engineer, I have engaged in three activities to enhance my problem analysis and resolution skills and communication abilities. Undergraduate Research Activity: I conducted undergraduate research alongside coursework, studying the theoretical knowledge of the entire semiconductor process and gaining hands-on experience operating equipment such as E-beam Evaporator and Sputter. Especially, using the Photo Aligner, I varied the time conditions of lithography, development, and etching to fabricate TFT, gaining experience in process troubleshooting. With this experience, I participated in poster sessions at academic conferences to present research findings. During the research process, the yield of the initial device was as low as 30%, which led me to study papers, communicate with senior lab members, and modify the device structure. Through these efforts, I achieved an 85% yield and successfully presented a poster at the IMID 2023 conference, receiving the Best Poster Paper Award. Organizational Culture Experience: Apart from academic courses, I contributed to the development of various organizations through active communication as a member of the student council and as the president of a basketball club. As a member of the student council, I proposed creating an anonymous communication board on social media platforms to facilitate students' sharing of thoughts and opinions. Additionally, as the president of the basketball club, I organized events to enhance relationships among club members and achieved record participation rates. Through these experiences, I developed communication skills by actively listening to others' opinions and contributing suggestions to improve the organization's culture. Customer Service Job at a Restaurant: During three years of working as a delivery and dining hall customer service representative at a restaurant, I encountered various issues with customers. Initially, I struggled to handle customer complaints effectively. However, through continuous problem-solving, I learned to understand and empathize with customers' concerns. This enabled me to calmly resolve issues and improve customer satisfaction, resulting in a more than 10% increase in customer retention rates. This experience taught me the importance of understanding others' perspectives and calmly resolving issues, contributing to the growth of my problem-solving and communication skills. [Dreams and goals as a CS engineer] Through this experience, I think I can increase my expertise as a CS engineer of ASML by effectively communicating, calmly analyzing, and solving various problems that arise during work. As an ASML CS engineer, I aim to become an EUV expert within 5 years, and I aim to contribute to the development of ASML by participating in the lithography process of semiconductor devices under 3 nanometers within 10 years and growing with the company and achieving dreams.