The increasing adoption of automation in manufacturing environments has revolutionized production processes, resulting in enhanced efficiency, precision, and scalability. However, the integration of automated systems has also introduced complex ergonomic and safety challenges that demand urgent attention. Traditional safety practices are often inadequate in addressing the dynamic risks associated with human-machine interactions, as poor ergonomic design can lead to musculoskeletal disorders, cognitive overload, and operational inefficiencies. This article examines the critical need for a structured approach to ergonomics and safety in automated manufacturing settings. It emphasizes the importance of designing workstations, interfaces, and workflows that align with human capabilities and limitations. The paper also explores how proactive safety strategies, such as real-time monitoring, collaborative robotics (cobots), and adaptive training programs, can mitigate emerging risks. By synthesizing insights from recent studies and industrial case analysis, the discussion underscores that prioritizing ergonomics and safety not only protects workers, but also optimizes system performance and organizational outcomes. Ultimately, the research advocates for a human-centered design philosophy as a fundamental component in the evolution of safe and sustainable automated manufacturing environments.