An Electrical Engineer in the Design Engineer division with an educational background in Electrical Engineering. Experienced in planning and designing hardware such as Programmable Logic Controller (P... Read more

An Electrical Engineer in the Design Engineer division with an educational background in Electrical Engineering. Experienced in planning and designing hardware such as Programmable Logic Controller (PLC) control system panels, low voltage distribution panels, Motor Control Center (MCC) panels, server rack panels, and ATS panels, and Photovoltaic on grid. Responsibilities include creating drawings such as single-line or multi-line diagrams, general arrangement, and installation detail 3D overviews, determining BoQ and BoM for panel design, and during my studies, I gained a deeper theoretical understanding of electrical engineering, learning the working principles of components in AC motor controllers and Inverter. I am very interested in continuously improving my understanding of industrial automation, especially in terms of software and device communication networks. I want to learn more about the development of Industry 4.0. I am ready to face challenges and continue growing in this field. I have a strong track record in understanding control system hardware panels, such as circuit breakers, relays, and PLCs. I am also capable of managing project documentation carefully and thoroughly, ensuring every detail is well-considered.

An Electrical Engineer in the Design Engineer division with an educational background in Electrical Engineering. Experienced in planning and designing hardware such as Programmable Logic Controller (P... Read more

An Electrical Engineer in the Design Engineer division with an educational background in Electrical Engineering. Experienced in planning and designing hardware such as Programmable Logic Controller (PLC) control system panels, low voltage distribution panels, Motor Control Center (MCC) panels, server rack panels, and ATS panels, and Photovoltaic on grid. Responsibilities include creating drawings such as single-line or multi-line diagrams, general arrangement, and installation detail 3D overviews, determining BoQ and BoM for panel design, and during my studies, I gained a deeper theoretical understanding of electrical engineering, learning the working principles of components in AC motor controllers and Inverter. I am very interested in continuously improving my understanding of industrial automation, especially in terms of software and device communication networks. I want to learn more about the development of Industry 4.0. I am ready to face challenges and continue growing in this field. I have a strong track record in understanding control system hardware panels, such as circuit breakers, relays, and PLCs. I am also capable of managing project documentation carefully and thoroughly, ensuring every detail is well-considered.