Amandine Collado
About Amandine Collado
Amandine Collado is the Head of Entomology, specializing in black soldier fly breeding and the development of innovative technologies like Entosight® Neo for larvae counting.
Title: Head of Entomology
Amandine Collado serves as the Head of Entomology. In this role, she oversees various entomological projects with a special focus on optimizing breeding strategies and larval management. Her responsibilities include managing teams, guiding research initiatives, and ensuring consistent advancements in the field of entomology.
Education and Expertise in Entomology
Amandine Collado holds a Ph.D. in Entomology. This advanced education has equipped her with in-depth knowledge in insect biology, behavior, and breeding. She specializes in the breeding of black soldier flies (BSF), an area where she has made significant contributions. Her expertise allows her to develop and improve breeding methods and feed management practice effectively.
Development of Entosight® Neo Neonate Counter
Amandine Collado has contributed to the development of Entosight® Neo, a neonate counter for black soldier fly larvae. This device plays a crucial role in accurately counting young larvae, which is essential for optimizing larval densities and enhancing feed management strategies. The tool aims to streamline processes and reduce manual errors, thereby increasing efficiency and productivity in insect farming.
Optimization of Larval Densities and Feed Management
Amandine Collado focuses on optimizing larval densities and feed management to produce large and healthy insects. By applying scientific principles and advanced techniques, she aims to improve overall insect breeding practices. Her work is instrumental in achieving balance within the farming system, ultimately leading to more cost-effective operations.
Advocacy for Automation in Insect Farming
Amandine Collado advocates for the automation of counting and dosing processes in insect farming. She emphasizes the importance of reducing manual errors through technological solutions. Her approach promotes precision and efficiency, contributing to the scalability and sustainability of insect farming practices.