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About

Jan-Erik Rath is an emerging researcher specializing in advanced manufacturing processes for fiber-reinforced plastic (FRP) composites and model-based assembly systems. His work centers on a compelling challenge in modern manufacturing: how to produce high-performance lightweight composite materials cost-effectively, particularly for small series production and prototyping where expensive molds are traditionally unavoidable. Rath's most significant contributions involve pioneering die-less and robotic forming strategies for FRP composites, adapting incremental sheet forming (ISF) techniques — well-established in metal manufacturing — to composite materials. His 2022 paper on robotic die-less forming strategies has garnered the most attention with 5 citations, reflecting its novelty in bridging robotics and composite manufacturing. He has further explored single point incremental forming of continuously-reinforced composites and innovatively combined ISF with 3D printing for carbon fiber reinforced thermoplastics, pushing boundaries in mold-free production methods. Beyond composites, Rath has contributed to model-based assembly system configuration using SysML and AutomationML frameworks. Though early in his career with a growing citation record, his research addresses industrially relevant problems in lightweight engineering, aerospace manufacturing, and medical applications, positioning him as a promising voice in next-generation composite manufacturing methodologies.