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INDUSTRIAL AND SYSTEMS OPTIMIZATION IN THE ERA OF INTELLIGENT, RESILIENT, SUSTAINABLE, AND HUMAN-CENTERED INDUSTRY: AN EDITORIAL INSIGHT

Jun 2026 · Journal of Industrial and Systems Optimization · Vol 9, pp. i-xiii · 0 citations

Abstract

ABSTRACT Industrial and systems optimization is experiencing a significant shift from conventional efficiency-oriented approaches toward more intelligent, resilient, sustainable, and human-centered systems. This editorial insight examines the current direction of industrial and systems optimization amid rapid technological development, supply chain uncertainty, sustainability pressures, and the growing need for data-driven decision-making. The discussion highlights several emerging trends, including artificial intelligence, machine learning, digital twins, supply chain resilience, predictive maintenance, sustainable and multi-objective optimization, and Industry 5.0. These developments show that optimization is no longer limited to minimizing cost, reducing process time, or maximizing output. Instead, optimization should be understood as a broader systems approach that integrates data, technology, human factors, operational risk, environmental responsibility, and practical decision-making. This article also emphasizes the importance of clear problem formulation, transparent assumptions, reliable data, model validation, sensitivity analysis, and practical relevance in industrial optimization research. Within the scope of JISO: Journal of Industrial and Systems Optimization, this editorial insight encourages future studies that connect rigorous methods with real industrial problems, especially in manufacturing systems, supply chain and logistics, facility design, production planning, inventory control, occupational health and safety, ergonomics, sustainable manufacturing, maintenance, and decision analytics. The article concludes that the future of industrial and systems optimization lies in its ability to support systems that are not only efficient, but also adaptive, responsible, resilient, and beneficial for both industry and society. ABSTRAK Optimasi sistem dan industri mengalami pergeseran signifikan dari pendekatan berorientasi efisiensi konvensional menuju sistem yang lebih cerdas, tangguh, berkelanjutan, dan berpusat pada manusia. Wawasan editorial ini membahas arah optimalisasi industri dan sistem saat ini sebagai tanggapan terhadap perkembangan teknologi yang cepat, ketidakpastian rantai pasokan, tekanan keberlanjutan, dan meningkatnya kebutuhan akan pengambilan keputusan berbasis data. Diskusi ini menyoroti beberapa tren yang muncul, termasuk kecerdasan buatan, pembelajaran mesin, kembar digital, ketahanan rantai pasokan, pemeliharaan prediktif, pengoptimalan berkelanjutan dan multi-objektif, dan Industri 5.0. Perkembangan ini menunjukkan bahwa optimasi tidak lagi terbatas pada meminimalkan biaya, mengurangi waktu proses, atau memaksimalkan output. Sebaliknya, pengoptimalan harus dipahami sebagai pendekatan sistem yang lebih luas yang mengintegrasikan data, teknologi, faktor manusia, risiko operasional, tanggung jawab lingkungan, dan pengambilan keputusan praktis. Artikel ini juga menekankan pentingnya perumusan masalah yang jelas, asumsi transparan, data yang dapat diandalkan, validasi model, analisis sensitivitas, dan relevansi praktis dalam penelitian optimasi industri. Dalam lingkup JISO: Journal of Industrial and Systems Optimization, wawasan editorial ini mendorong studi masa depan yang menghubungkan metode ketat dengan masalah industri nyata, terutama dalam sistem manufaktur, rantai pasokan dan logistik, desain fasilitas, perencanaan produksi, kontrol inventaris, kesehatan dan keselamatan kerja, ergonomi, manufaktur berkelanjutan, pemeliharaan, dan analitik keputusan. Artikel tersebut menyimpulkan bahwa masa depan optimasi industri dan sistem terletak pada kemampuannya untuk mendukung sistem yang tidak hanya efisien, tetapi juga adaptif, bertanggung jawab, tangguh, dan bermanfaat bagi industri dan masyarakat.

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