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"Sebagai perusahaan listrik milik negara, PT PLN persero berusaha untuk menyuplai energi listrik secara optimal. Untuk menjaga kualitas energi listrik yang disalurkan, sistem pengaman dan pemeliharaan perlatan listrik suatu gardu induk sangat diperlukan. Pengujian pada transformator dilakukan untuk menjaga durability dan reliability dari sebuah sistem tenaga listrik terutama transformator daya yang berperan penting dalam penyaluran tenaga listrik. Untuk itu diperlukan pengujian transformator daya secara berkala. Sehingga jika ditemukan ketidaknormalan pada suatu transformator, dapat segera dilakukan penyelidikan lebih lanjut. Dengan demikian tidak akan terjadi kegagalan saat transformator beroperasi.

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As state-owned enterprises, PT PLN persero manage to supply the electric energy optimally. In order to utilize and maintain the quality of the electrical energy, a system of maintenance and protection of substation electrical equipment are required. Transformer testing performed to maintain the durability and reliability of power system, especially power transformers that have an important role in the distribution of electricity. Therefor, periodic testing of power transformer is needed, so that in case there is an abnormality on the transformer, a further investigation can be done immediately. thus the failure of the transformer during operation can be avoided."

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Penelitian ini dilakukan untuk merancang strategi peningkatan kinerja rantai pasok pada perusahaan manufaktur peralatan listrik di Indonesia, sebelum menyusun rancangan strategi diperlukan pengukuran kinerja rantai pasok untuk mengetahui kondisi rantai pasok dari suatu perusahaan. Metode yang digunakan adalah Supply Chain Operations Reference (SCOR) sebagai kerangka pengukuran kinerja rantai pasok perusahaan. Terdapat 30 indikator kinerja yang diukur dan terbagi ke dalam model SCOR untuk tiap level. Tingkat kepentingan indikator kinerja diukur berdasar pembobotan dengan kuesioner oleh beberapa expert yang dibantu dengan metode Analytical Hierarchy Process (AHP). Dari hasil pengukuran didapatkan kinerja rantai pasok perusahaan pada tahun 2021 sebesar 71,47% yang menunjukkan kinerja perusahaan berada pada kategori ‘Good’. Setelah itu, setiap indikator dipetakan ke dalam kuadran Importance Performance Analysis (IPA), untuk mendapatkan indikator yang memiliki performance yang belum baik dan memiliki importance yang cukup besar untuk diperbaiki atau di tingkatkan kinerjanya. Berdasarkan kuadran IPA didapatkan 6 indikator pada rantai pasok perusahaan yang kinerjanya perlu ditingkatkan, maka dari itu diperlukan strategi untuk dapat memperbaiki kinerja tersebut. Diusulkan sembilan rancangan strategi yang dapat membantu perusahaan untuk meningkatkan kinerja rantai pasok mereka.

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This research was conducted to design a strategy to improve supply chain performance in electrical equipment manufacturing companies in Indonesia. The method used is the Supply Chain Operations Reference (SCOR) framework for measuring the company's supply chain performance. Thirty performance indicators are measured and divided into a SCOR model for each level. The importance of the performance indicators is measured by weighting with a questionnaire by several experts assisted by the Analytical Hierarchy Process (AHP) method. From the measurement results, the company's supply chain performance in 2021 is 71.47% which shows the company's performance is in the 'Good' category. After that, each indicator is mapped into the Importance Performance Analysis (IPA) quadrant to get indicators that have not performed well and have a large enough importance to improve or improve their performance. Based on the IPA quadrant, there are six indicators in the company's supply chain whose performance needs to be improved. Therefore, a strategy is needed to improve this performance. Nine draft strategies are proposed to help companies improve their supply chain performance.

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"Comprehensive coverage of mechatronics in medical systems. Mechatronics in Medicine: A Biomedical Engineering Approach addresses this emerging field focused on areas of medicine such as robotic surgery and smart surgical instruments, design of artificial organs, new medical imaging systems, and novel diagnostic and therapeutic systems. This pioneering work addresses the development of computer-controlled mechanical devices for use in a wide variety of areas in biomedicine. Mechatronics in Medicine: A Biomedical Engineering Approach offers a basic background in mechatronics. Covers multidisciplinary medical systems, discusses design and operation of biomechatronics systems Includes details on state-of-the-art technologies; cutting-edge coverage introduction to mechatronics; sensing technology; actuators and feedback sensors; mechanisms and mechanical Devices; processing and control Systems; expert systems; medical imaging; applications of mechatronics in medicine; medical case studies in mechatronics."