ACCESS-2024

ACCESS-2024

Aarhus Comprehensive Computational Entomology Summer School

Aarhus University

A Summer School for Automated Monitoring of Insects

Recent developments in machine learning and AI are transforming research in entomology and insect ecology. However, there are too few opportunities to learn how to develop and apply these transformative methods and technologies. To fill this gap, we started the Aarhus Comprehensive Computational Entomology Summer School: a five-day course to learn how to apply state-of-the-art imaging, deep-learning and AI methods to insect ecology and entomology.

Where and when

ACCESS-2024 is an in-person, residential summer school based in the beautiful Mols Bjerge National Park near Aarhus, Denmark. The event will run from September 30th to October 4th, 2024. Aarhus University is a highly ranked institution, located in a vibrant city, with several researchers leading the field of computational entomology.

What we offer

  • • A fully-funded course - free tuition, accommodation and food for the selected candidates
  • • A series of guest lectures and practical workshops from international experts
  • • A project-based learning experience within a multidisciplinary student team
  • • Unfortunately we cannot fund travel to or from the summer school

Who the course is for

  • • Early career researchers (graduate students, PhD and postdocs)
  • • Biologists (entomologists, ecologists, etc) wanting to apply computational methods to their fields
  • • Data scientists (engineers, physicists, etc) seeking to translate their expertise to study insects

How to take part

Venue

mols

The Mols Laboratory

Summer school participants will get free food and board at the Mols Laboratory research station.

Situated in the beautiful Mols Bjerge National Park, participants will develop new skills while immersed in Danish wildlife. Having recently become a “Nature National Park”, Mols Bjerge is home to a rewilding project in which Exmoor ponies and Galloway cattle are allowed to roam freely across large areas of the estate.

During automated monitoring field tests and extra-curricular excursions, participants will experience these rewilding agents in action, as well as the results of the rewilding process.

molslab

Application

We can accommodate a maximum of 20 candidates during our five day residential course.

Course requirements

The course is designed for early career researchers interested in computational entomology, whether they come from a biological or data science background. Specific requirements are as follows:

  • Programming experience – Candidates must demonstrate at least basic programming skills, ideally in python. Otherwise, candidates will be expected to develop those skills by the start of the course.
  • Time commitment – You must confirm that, if selected, you will be able to dedicate time to prepare for the course (30h, remotely) and then physically attend the 5-day event.
  • Above all, candidates must be excited to apply new technologies and methods to answer interesting biological questions!

Selection process

We will assess the motivation, competence and vision of applicants using this application form. The form requests the following:

  • Motivation (Text) – You will need to provide a motivation statement (max 1500 characters) explaining your background, why you are interested in the topic, and what you hope to gain from the summer school. Ensure you explain what you have already done in this direction.
  • CV (PDF) – You must provide a CV, which will help us understand your background, seniority and current expertise.
  • Project idea (text) – Importantly, this course is project-based. You must describe, in 1500 characters, a specific research question or problem you (or others) have or (will have), related to insect ecology, behaviour, entomology, etc. Ensure you explain both the biological context and how this course would help you address this issue. Do not be afraid of being creative and thinking out of the box: your project could be to monitor behaviour in the field or in the lab; to detect or quantify traits in insect specimens; to build novel hardware or mobile applications; to automate a task you can already do or to obtain new content. We are interested in any project related to computational entomology, and will consider projects related to other terrestrial invertebrates.

Matching process

We will also ask you several additional questions during your application. Should you be selected, we will use this information to form teams of candidates based on complementary skills and interests.

To complete your application, please fill out the application form by April 15th, 2024.

Preliminary Program

program

Acknowledgements

This summer school is funded by the Danish Global Innovation Network Programme