Applications

FEMS Summer School

on Microbiology Education

Menu: Introduction – Programme – Applications Gallery
Applications

FEMS invites teachers of undergraduate and postgraduate level microbiology from across Europe and beyond to attend the School. Applicants will be selected on the basis of their teaching experience and potential. An additional selection criterion will be to ensure geographical variety, with the participation from a range of countries within Europe and beyond, and for a cohort that reflects the diversity of the microbiological community. The maximum number of attendees will be 25.

Applicants are asked to provide:

  1. current CV
  2. a short letter of motivation and identified developmental needs in context of teaching 
  3. an overview of teaching experience so far and their philosophy of teaching
Criteria

Applicants will be selected on the basis of the merit of their applications in the areas listed below. An additional selection criterion will be to ensure geographical variety, reflecting the FEMS membership base with representation of diverse countries of Europe and beyond and for a cohort that reflects the diversity of the microbiological community.

  • evidence of commitment to teaching
  • evidence of commitment to personal development
  • geographical and diversity context
Travel Support

Up to 5 attendees will receive complimentary registration and support of up to EUR 500 towards travel costs. All applicants will be eligible for this support.

Applications Process

Applicants should send the documents listed above to fems@fems-microbiology.org before 23:59 on Sunday 2nd June 2019.

Contact matthew.harvey@fems-microbiology.org should you encounter any issues during your application.

Menu: Introduction – Programme – Applications – Gallery

Featured article

Phage defense mechanisms in the fish pathogen Vibrio anguillarum

Vibrio anguillarum is a marine bacterium that can cause vibriosis in many fish and shellfish species. Although phage therapy has been proposed as an alternative treatment, the defense mechanisms against phage infection in V. anguillarum and their impact on host function are not fully understood. Here, we examined phage defense strategies in four V. anguillarum strains during exposure to the broad-host-range bacteriophage KVP40.

read more
More articles
more articles