Carola Zwicker

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About

Carola Zwicker’s research focuses on the intersection of production planning, robotics, and cost engineering, with a particular emphasis on enabling small and medium-sized enterprises (SMEs) to adopt advanced automation. Her key contributions lie in developing practical, early-stage estimation tools for robot systems—addressing the critical challenge of making informed decisions when information is still uncertain. Her most cited work, “Life Cycle Cost Estimation of Robot Systems in an Early Production Planning Phase” (2016, 9 citations), introduces a methodology that allows manufacturers to compare automation options without requiring detailed simulations or expensive software, directly tackling the barriers SMEs face. Complementing this, her work on “Human-Robot-Collaboration System for a Universal Packaging Cell for Heavy Electronic Consumer Goods” (2013, 8 citations) demonstrates applied solutions for flexible, safe human-robot interaction. Additionally, her system for estimating robot cycle times in early planning phases (2016, 4 citations) offers a streamlined alternative to time-intensive simulation methods, drawing inspiration from manual assembly measurement systems like MTM. Through these contributions, Zwicker has advanced the practical integration of robotics into production, making automation more accessible and economically viable for a broader range of industries.