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Sketchnoting for Scientists: Making Sense of Technical Information

Last Updated:August 7, 2025

Tags

airtanah groundwater hidrogeologi hydrogeology Training (Public)
Course level:Beginner
Enrolled:0
Course Duration: 0

Rp100.000,00Rp200.000,00

Description

Short description

This practical course directly leverages your hobby to teach other scientists (or aspiring ones) how to effectively use sketchnoting and visual note-taking to process, synthesize, and remember complex technical information from lectures, papers, and meetings. While applicable broadly, examples will be drawn from hydrogeology and hydrochemistry.

Key Topics

  • The “why” of visual note-taking: Cognitive benefits for learning and recall.
  • Basic elements of sketchnoting: Icons, connectors, typography, containers.
  • Strategies for capturing key concepts quickly and efficiently.
  • Transforming text-heavy information into visual summaries.
  • Applying sketchnoting to scientific papers, conference presentations, and technical discussions.
  • Tools and materials for digital and analog sketchnoting.

Practical Component

Hands-on practice with live (or recorded) short lectures/articles on hydrochemical topics, group exercises in visual synthesis, and sharing/critique of sketchnotes.

Course Curriculum

Session 1: The Why & What of Visual Note-Taking (1-hour Explanation)
This introductory session kicks off by welcoming participants and briefly introducing the instructor's background, highlighting how over 20 years in hydrogeology, combined with a passion for visual communication, has shaped this course. We'll dive immediately into why visuals are so crucial for scientists, exploring how traditional note-taking methods often fall short and how visual notes significantly boost comprehension, memory, and the synthesis of scientific data and concepts. To illustrate this power, a compelling example of a sketchnote summary from a complex scientific paper or meeting will be shared. The session then transitions to the basic building blocks of sketchnoting, covering simple, quick icons and doodles that represent common scientific ideas (like a beaker or an arrow for flow). We'll also explore how to use connectors, typography, and containers to organize information effectively, with a brief mention of using minimal color for emphasis. A quick demonstration of sketchnoting common hydrochemistry terms will be provided. Finally, we'll discuss the mindset needed to embrace visual note-taking, addressing common fears like "I can't draw" and emphasizing function over artistic perfection. We'll also touch upon material choices, whether analog or digital, and encourage participants to start sketching alongside the instructor.

  • Session 1 Quiz: Fundamentals of Visualizing Water Chemistry
  • Presensi

Session 2: Strategies for Capturing Technical Information (1-hour Explanation)
Building on the fundamentals, this session begins with a quick recap of the basic sketchnoting elements and a brief Q&A. The core of this session focuses on structuring your sketchnotes effectively for scientific content. We'll explore different layouts such as the linear or Z-flow for lectures, and the radial or mind map approach, which is excellent for brainstorming or outlining central ideas with radiating sub-points. The instructor will share how they personally use mind maps for summarizing meetings and books. We'll discuss how to establish a clear hierarchy of information using size, placement, and containers to highlight the most important concepts. The final segment of the session delves into active listening and efficient information processing. Participants will learn strategies for quickly identifying crucial keywords and concepts from dense presentations or texts. We'll cover techniques for simplifying and abstracting complex scientific ideas into their core visual components and effective use of connectors and sequencing to illustrate processes and cause-and-effect relationships, with quick examples drawn from mock research abstracts.

Session 3: Applying Sketchnoting to Scientific Contexts (1-hour Explanation)
This session brings it all together by demonstrating how to apply sketchnoting techniques across various scientific contexts. Following a brief recap and Q&A from the previous session, we'll spend significant time on sketchnoting different types of scientific content. This includes strategies for real-time capture during lectures and presentations, how to quickly summarize key arguments from scientific papers and reports by focusing on abstracts and conclusions, and efficient methods for capturing decisions and insights during meetings and discussions. To make this tangible, examples will be provided, including a potential sketchnote summary of a mock hydrochemical research paper. The session concludes by expanding beyond mere note-taking, showing how sketchnoting can be a powerful tool for scientific thinking and explanation. We'll discuss its utility in problem-solving, such as mapping out research questions or experimental designs, and how simple sketches can effectively communicate complex scientific ideas to diverse audiences, from colleagues to the public. Participants will be encouraged to experiment and develop their own unique visual style.

Session 4: Practice Lab 1 – Plotting Core Hydrochemical Data (1-hour Practice)
This hands-on lab begins with a quick warm-up and practice of basic icons, where participants will draw 5-10 common scientific and hydrogeological symbols and practice connectors and containers. The core of the session involves a "mini-lecture" sketchnote challenge. The instructor will deliver a concise 8-10 minute lecture on a specific, moderately complex hydrochemical topic, such as "The Carbonate System in Groundwater." During this mini-lecture, participants will actively engage in real-time sketchnoting, applying the principles learned in the earlier explanation sessions. Following the lecture, participants will briefly share their sketchnotes in pairs, discussing their main takeaways and how they visually captured them. The lab concludes with an exercise in sketchnoting a short abstract. Participants will receive a 1-2 paragraph scientific abstract and be tasked with creating a quick visual summary, focusing on distilling and illustrating the core findings.

Session 5: Practice Lab 2 – Interpreting & Enhancing Visuals (1-hour Practice)
The final practice lab starts by addressing any common challenges or questions that arose during Lab 1. The main activity for this session is sketchnoting your own data or concepts. Participants will be asked to consider a piece of their own scientific work, a concept they find challenging to explain, or a recent paper they've read. Their task will be to create a visual summary or explanation of this content using the learned sketchnoting principles. This could take various forms, such as a conceptual diagram of a hydrogeological system, a visual breakdown of an analytical method, or a summary of observed data trends. The instructor will provide guidance and quick tips as participants work. The lab culminates in a sharing and feedback session, where participants will briefly present their sketchnotes in small groups or volunteer to share with the larger group. Feedback will focus on clarity, visual impact, and the overall effectiveness of communicating findings. The session will conclude with a final Q&A and encouragement for participants to integrate sketchnoting into their daily scientific practice, along with recommendations for further learning resources.

Instructor

Dasapta Erwin Irawan

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