Aleksander Eilertsen

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About

Aleksander Eilertsen is a leading researcher in robotic food processing, with a primary focus on vision-guided automation for the meat and seafood industries. His work addresses the complex challenge of adapting industrial robotics to handle highly variable, deformable natural products. Eilertsen’s most influential contribution is the development of GRIBBOT, a robotic system for 3D vision-guided harvesting of chicken fillets, which has garnered 60 citations and stands as a landmark in the field. This system demonstrated how advanced 3D sensing and adaptive grippers could replace manual labor in tasks requiring both speed and precision. He further advanced the domain with his research on robotic post-trimming of salmon fillets, a critical operation in Norway’s massive salmon-processing industry. By tackling the removal of fat, bone remnants, and defects from fillets, Eilertsen’s work directly addresses a bottleneck that previously required a mix of automated machines and human operators. His contributions are pivotal for the future of autonomous food manufacturing, showing how robotics can improve yield, hygiene, and labor efficiency in processing plants. Eilertsen’s research continues to inspire engineers seeking to bring flexible automation to the challenging world of natural product handling.