Leo Alting

Papers

Total Citations

H-Index

About

Leo Alting’s research lies at the intersection of sustainable manufacturing and production system design, with a particular focus on life cycle engineering and shop floor control. His most cited work, “Life cycle targets applied in highly automated car body manufacturing – Method and algorithm” (2018, 8 citations), introduces a novel algorithmic approach to embedding environmental life cycle targets directly into automated production planning, offering a practical pathway for reducing the ecological footprint of high-volume manufacturing. Earlier, Alting contributed foundational concepts in “New Concepts and Methods for Developing Shop Floor Control Systems” (1998, 3 citations), which helped shape how flexible, responsive production systems are designed. His chapter “Manufacturing Systems” (2020, 2 citations) synthesizes decades of knowledge, covering state-of-the-art production equipment and evolving philosophies in production planning and management, with notable attention to Japanese manufacturing innovations. Though his citation counts are modest, Alting’s work is valued for bridging theoretical life cycle thinking with real-world industrial automation—a niche but critical contribution as manufacturing seeks greater sustainability.