The course is for beginner and will give an insight into the most important functions of Illustrator to create scientific illustrations: Program application areas, desktop, profile, drawing areas, navigation, views and auxiliary functions such as auxiliary lines, preferences and shortcuts as well as information and exercises on object creation, editing, and organization. There will be exercises on object selection, size and location. Draw Bézier paths intuitively with buntstift, drawing and curve drawing tools. Construct shapes with the shape creation tool and pathfinder. Simple transformations, image import, text and color functions, gradients, dashes and arrows. File structuring through layers, groups and drawing areas. Avoid pitfalls and numerous practical insider tips and tricks.
The course will help you to create and manage complex vector objects accurately and selectively in the shortest possible time. Intelligent, deepened and professional work. Analysis and efficient editing of objects. Deepening existing basic knowledge. Advanced, precise drawing of individual vector shapes. Trace pixels as vectors. Construct and transform complex objects effortlessly. Graphic styles. Effects and appearance panel. Smart work with the help of masks and advanced gradients such as alignment and gradient grids. Automatically trace photos as vectors. Colorize complex vector objects. Dynamic and static symbols. Object envelopes. Design and apply patterns for surfaces and contours. Document templates. Multipage PDF and export options.
There will be 2 webinars: 25 May, 9:00-12:15 and 26 May, 9:00-12:15
Opportunities of this course:
You can influence the outcome of a negotiation if
Examples for conversations, where you might need a negotiation strategy
Course program
The class will be held according to Corona regulations.
Coach: Anne Scharf, counseling for professorship appointments, career coach in CRC, Excellence Programs, Mentoring Programs, visiting coach at Harvard Medical School
The course will help you to create and manage complex vector objects accurately and selectively in the shortest possible time. Intelligent, deepened and professional work. Analysis and efficient editing of objects. Deepening existing basic knowledge. Advanced, precise drawing of individual vector shapes. Trace pixels as vectors. Construct and transform complex objects effortlessly. Graphic styles. Effects and appearance panel. Smart work with the help of masks and advanced gradients such as alignment and gradient grids. Automatically trace photos as vectors. Colorize complex vector objects. Dynamic and static symbols. Object envelopes. Design and apply patterns for surfaces and contours. Document templates. Multipage PDF and export options.
In this 2-days workshop we will review current state-of-the-art methods for the analysis of RNA-seq and ChIP-seq data. For RNA-seq data we will talk about RNA read alignment, gene expressionquantification and differential gene expression computation. For ChIP-seq we will discuss alignment, peak calling and downstream analysis. We will discuss the
statistical basics of the methods and pitfalls to be avoided. The workshop consists of two parts each day. The first, is a theoretical part with lectures and discussion
on the material. The second, involves hands-on data analysis to deepen the understanding of the theoretical material.
Most of us who complete a PhD in a science discipline will end up working outside of academia. Are you wondering what working in the private sector is really like? How do you find these jobs? Do you feel confident that you can impress an industry hiring manager when you describe the very specialized research project you just spent years pursuing? And what kinds of jobs can a scientist get in a company anyway? This workshop helps you with these questions and many more about the exciting world that awaits scientists in the private sector!
Overview
The course is for beginner and will give an insight into the most important functions of Illustrator to create scientific illustrations: Program application areas, desktop, profile, drawing areas, navigation, views and auxiliary functions such as auxiliary lines, preferences and shortcuts as well as information and exercises on object creation, editing, and organization. There will be exercises on object selection, size and location. Draw Bézier paths intuitively with buntstift, drawing and curve drawing tools. Construct shapes with the shape creation tool and pathfinder. Simple transformations, image import, text and color functions, gradients, dashes and arrows. File structuring through layers, groups and drawing areas. Avoid pitfalls and numerous practical insider tips and tricks.
The course consists of different basic hands-on modules which deal with scientifically correct image editing, basic image processing methods as well as standard image analyses (counting, size and shape measurements, selection creation and intensity measurements). The course content has a focus on micrographs and fluorescent microscopical images. It is constantly reviewed and updated to keep up with the rapidly changing data acquisition and analysis necessities as well as scientific ethics guideline suggestions. This course enables you to efficiently analyze your imaging data according to high scientific standards!
