Drawing schematics for experimental workflows.Importing vectorized images from programming software to Illustrator.This blog post will kick off the series by covering the basics, including how to set up Illustrator on your local machine, and how to use some important tools. We hope that the topics we cover throughout the series will be especially useful for those new to Illustrator, while still helpful to more experienced users. Since there are already a number of incredible resources and guides available online (see final section for some helpful examples), this blog series aims to be a BE-centric resource, with each post focusing on a specific concept. ![]() In light of this, the MIT Biological Engineering (BE) Communication Lab and Data Lab have teamed up to create a series of blog posts to help our biologically-inspired friends get acquainted and comfortable with Illustrator. Luckily, even a moderate time investment into learning Illustrator can come with a huge payoff – you only need to familiarize yourself with a subset of tools to start making publication-quality figures! ![]() If a picture is worth a thousand words, then a custom vector graphic 1 is worth a million! From scientific figures to illustrations for a blog post, the graphics you create can captivate your audience and help convey key takeaways from your presentations and publications.Īdobe Illustrator is a powerful program for crafting vector graphics – illustrations that maintain incredibly high resolution when scaled in size – and is now free for all MIT students, faculty and staff! The multitude of tools available in Illustrator has made it a popular program for scientists to create compelling scientific figures however, these tools also come with a steep learning curve, making figure design an initially daunting task.
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