Introduction: During the COVID-19 pandemic, healthcare workers have physical and psychosocial pressure in carrying out their work. The requirement for healthcare workers in dealing with the pandemic is so high, the identification process for the resilience of healthcare workers is not going well. The purpose of this article is to review about how to optimize the resilience of healthcare workers exposed to COVID-19 outbreak working conditions. Methods: This literature review is conducted in October 2021. Research related to the resilience of healthcare workers during COVID-19 Pandemic by using valid keywords, including resilience, healthcare workers, COVID-19 through ProQuest, ScienceDirect and SpingerLink. Results: A total of 10 articles were selected for the literature review. The process of self-reflection is one of the important things for healthcare workers. Optimizing relisience of healthcare workers by carrying out an efficient division of tasks to reduce workloads, give more attention to their needs, provide training and knowledge about digital applications to increase capacity in carrying out their work, provide mental health support for healthcare workers and creating a safe and comfortable work environment for them. Conclusions: Maintaining health during the COVID-19 pandemic is an important thing that needs to be done by healthcare workers. Stress management is an important factor in dealing with a pandemic. Create an assessment of the resilience of healthcare workers by detecting gaps, determining priorities, developing plans to prevent psychosocial hazards at all levels both individual and organizational levels.
Optimalisasi penggunaan energi pada suatu gedung bertujuan untuk mengurangi pemakaian energi listrikberlebih, sehingga dapat menekan biaya operasional pada gedung tersebut. Salah satu ide optimalisasi yangdapat direncanakan adalah melakukan rekayasa ulang pada sistem pencahayaan dan pengkondisian udara.Halini coba diterapkan pada gedung magister sains terapan Politeknik Negeri Bandung. Evaluasi sistempencahayaan pada bangunan eksisting dilakukan dengan mengukur nilai lux (tingkat cahaya) pada setiapruangan. Sedangkan evaluasi sistem pengkondisian udara pada bangunan eksisting yang dilakukan adalahmengukur kecepatan angin, suhu udara luar dan dalam ruangan pada jam operasional gedung, sertakelembaban udara. Pengolahan data hasil evaluasi selanjutnya dijadikan acuan untuk menentukan jenis usulandesain baru yang akan direkomendasikan. Untuk sistem pencahayaan, usulan desain yang direkomendasikanadalah penambahan cerobong cahaya, pemasangan glassblock, penggantian warna cat dinding, sertapenggantian jenis dan spesifikasi lampu. Sedangkan untuk pengkondisian udara, usulan yang direkomendasikanadalah desain cross ventilation menggunakan jendela fleksibel, penggunaan exhaust fan, serta pergantian jenisdan spesifikasi komponen pengkondisian udara yang lebih hemat energi. Dari rekayasa ulang yang telahdirencanakan, selanjutnya dilakukan perhitungan biaya operasional untuk jangka waktu 20 tahun kedepan yangmencakup biaya penggunaan listrik, biaya perawatan, biaya penggantian asset, serta biaya investasi (RAB)dengan dipengaruhi oleh kenaikan tarif listrik rata-rata dan infasi pada setiap tahunnya. Berdasarkan hasilperhitungan, didapatkan nilai perbandingan penghematan biaya operasional hasil usulan desain dengan biayaoperasional kondisi eksisting yaitu sebesar 286% dengan nilai NPV hasil desain sebesar Rp. 5.609.940.958
scite is a Brooklyn-based organization that helps researchers better discover and understand research articles through Smart Citations–citations that display the context of the citation and describe whether the article provides supporting or contrasting evidence. scite is used by students and researchers from around the world and is funded in part by the National Science Foundation and the National Institute on Drug Abuse of the National Institutes of Health.