Learn how to use Canva to communicate your science!

Our 2024 Social Media Live Event takes a close look at Canva as an easy and free tool for creating visuals to communicate your work to peers or the public via LinkedIn, Instagram, and other platforms.

🎨 Highlights:

• Introduction to Canva: Learn the basics of Canva, a versatile design tool that helps you create professional-looking graphics.
• Design Principles for Scientists: Understand key design principles and how to apply them to make your science communication visually appealing.
• Creating Engaging Posts: Discover how to create compelling posts. For example to showcase your new publications or research findings on social media.
• Q&A: Have your questions answered by our science communication expert, Anna Pashkowa.

🗓️ Seminar Details:

• Date: September 24
• Time: 10:00 a.m. - 12:30 p.m.
• Platform: Zoom / Link will be provided ahead of the event via email

✉️ Make your work part oft the event:

Would you like to discuss a specific example during the seminar? Maybe your own recent publication? Feel free to send us the publication ahead of the event. We will select several examples to be discussed during the seminar, showcasing how Canva can be used to communicate with peers or the general public. Please use the following email adress to submit your example: plant2030@die-plattmacher.com

In case submissions exceed the limited number we can include in the seminar, contributions by scientists working on BMBF funded projects will be prioritized.

🧑‍🔬 Who Should Attend?

This seminar is geared towards early-career scientists, PhD students, and postdocs who want to:

• Improve their science communication skills.
• Learn how to use Canva to create impactful visuals.
• Engage a broader audience with their research.

Don’t miss this opportunity to enhance your science communication toolkit and make your research stand out.
Participation is free of charge. You can use the button on the right to enroll now. You will receive an email with the link to the live session ahead of the event.