Meet our course leader, Gerrit Polder
A senior researcher specialising in Image Analysis and Machine Vision at WUR's Greenhouse Horticulture business unit, Gerrit also joined the Agricultural Biosystems Engineering chair group, supervising Master's students and PhD candidates.
From Spectral Imaging to Precision Agriculture
In 1999, Gerrit started working on spectral image processing or imaging spectroscopy. With a strong interest in electronics and radio engineering, he pursued a degree in Electrical Engineering at the University of Applied Sciences in Arnhem. His thesis research at Wageningen focused on automating agricultural machinery, an early precursor to precision agriculture.
Agricultural Innovation: The OPTIMA Project
Gerrit has been a pioneer in applying photonics to agriculture. A key project is the EU-funded OPTIMA initiative, which revolutionises Integrated Pest Management (IPM). His team developed a disease detection model for crops like grapes and apples using smart cameras and machine learning. These cameras, mounted on GPS-equipped tractors, scan fields in real-time, optimising pesticide use and improving crop health. Translating research into real-world impact is what drives him.
Course Leader of the Image Analysis for Plant Phenotyping Summer School
Gerrit co-founded this programme within the framework of an EU COST action in collaboration with the University of Nottingham. The first edition took place in the UK in 2015, and since 2016, it has been co-organised with Wageningen Academy, attracting participants and lecturers from academia and industry worldwide. For Gerrit, it combines practical applications in plant sciences with his expertise in image analysis. He enjoys learning from students about their specific agricultural challenges and how image analysis can help address them.
Why Wageningen University & Research?
Working at the WUR is rewarding because it provides trust, support, and the freedom to apply his expertise in agriculture. The university offers a wealth of knowledge across various agricultural fields, but more importantly, its research groups are strongly connected to academia and industry. This collaborative network enhances the impact of training programmes like the Summer School.
Join the Journey
At the Summer School on Image Analysis for Plant Phenotyping, you learn about and apply imaging techniques. This programme dives deep into the practical aspects of phenotyping, offering hands-on experience in solving real plant analysis problems. Engage with experts and peers to develop your skills and contribute to innovations in the field of plant phenotyping. By turning theory into practice, you enhance your understanding and capabilities in cutting-edge imaging technology.