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Contemporary industrial systems, encompassing urban infrastructure and manufacturing operations that sustain advanced societies, may adversely affect communities through both immediate and prolonged exposure to frequently overlooked risks. These exposures typically result in health consequences for individuals and broader populations. What often goes unnoticed is that the fundamental causes, and consequently the remedies, lie within engineering and public policy domains. A notable instance is the health emergency triggered by Flint, Michigan's water supply issues. While the outcome—lead poisoning in at-risk groups—was undeniably a medical concern requiring healthcare intervention, the origin stemmed from engineered municipal systems combined with policy shifts. Therefore, sustainable resolution requires infrastructure upgrades and stronger policy frameworks to prevent recurrence. This Graduate Certificate in Industrial Safety and Public Health examines epidemiological and occupational health analysis techniques relevant to, and interchangeable between, these typically segregated disciplines. The curriculum blends methodological approaches with case studies, providing students with practical scenarios demonstrating appropriate application of various analytical techniques.