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What are the best methods for taking notes? #Spring26
What are the best methods to take notes in a STEM class? Would the best method be to use a computer/iPad, or use traditional pens, pencils, and paper? #Spring26
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3 answers
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Joseph’s Answer
In STEM, you need to be able to accurately notetake equations and diagrams, not just text. Some methods, like using a voice recorder or typing on a laptop, won't capture all the details you need. While you can use tools like Equation Editor or LaTeX for equations, keeping up during a lecture can be tough, and diagrams are still a problem.
Even in 2026, pen and paper remain a reliable choice, and many students still prefer it.
If you want to go for digital notetaking however, it does have a lot of advantages like organizing notes in a searchable format and directly annotating digital slides or textbooks. In terms of technology, you've got a lot more options these days than I had when I was studying.
However, you should be aware that for effective STEM notetaking, a precision digital pen is essential. Using a touchscreen on a laptop or phone, whether with your finger or a basic (capacitive) stylus lacks the precision for detailed equations or diagrams.
I personally used one of the early Windows-based convertible Tablet PC laptops, which was expensive but served me well. These days however, there's now a good range of laptops and tablets with support for a proper stylus, such as:
- Microsoft Surface laptops
- iPad with Apple Pencil
- Samsung tablets with S-Pen(in a pinch, some of the larger Samsung phones with S-Pens also work, but you really need a larger screen for notetaking)
- e-Ink notepads like ReMarkable (these can be nice as they feel more like paper than a glowing screen)
- Other Windows 2-in-1 devices or tablets with N-Trig or Wacom technology, like some Lenovo models
- Some other Android tablets with Wacom or similar pen technology
Have a think about your budget for notetaking devices to quickly narrow down options
Even in 2026, pen and paper remain a reliable choice, and many students still prefer it.
If you want to go for digital notetaking however, it does have a lot of advantages like organizing notes in a searchable format and directly annotating digital slides or textbooks. In terms of technology, you've got a lot more options these days than I had when I was studying.
However, you should be aware that for effective STEM notetaking, a precision digital pen is essential. Using a touchscreen on a laptop or phone, whether with your finger or a basic (capacitive) stylus lacks the precision for detailed equations or diagrams.
I personally used one of the early Windows-based convertible Tablet PC laptops, which was expensive but served me well. These days however, there's now a good range of laptops and tablets with support for a proper stylus, such as:
- Microsoft Surface laptops
- iPad with Apple Pencil
- Samsung tablets with S-Pen(in a pinch, some of the larger Samsung phones with S-Pens also work, but you really need a larger screen for notetaking)
- e-Ink notepads like ReMarkable (these can be nice as they feel more like paper than a glowing screen)
- Other Windows 2-in-1 devices or tablets with N-Trig or Wacom technology, like some Lenovo models
- Some other Android tablets with Wacom or similar pen technology
Joseph recommends the following next steps:
Updated
Teklemuz Ayenew’s Answer
There isn't one perfect way to take notes in STEM classes because it depends on the subject, how fast the lecture goes, and how you plan to use the notes later. Good STEM notes help you understand how to solve problems. They should include important formulas, examples, diagrams, and brief explanations. Organizing notes with questions, separating ideas from solutions, and preparing some notes before class can help connect theory with practice. Focus on examples, learn from mistakes, and regularly test yourself by redoing problems to improve understanding over time.
Writing notes by hand can help with deep thinking, especially for equations and diagrams. Digital notes are great for staying organized and finding things quickly, so using both methods can be the best approach. Drawing sketches and concept maps can help you see how ideas are connected. Leaving space to redo problems and summarizing topics after a few lessons can make revision easier. During lectures, it's more important to understand the material than to write everything down, as understanding the reasoning is what counts. The best method is flexible and combines problem-solving, self-testing, and regular review to build long-term understanding.
Writing notes by hand can help with deep thinking, especially for equations and diagrams. Digital notes are great for staying organized and finding things quickly, so using both methods can be the best approach. Drawing sketches and concept maps can help you see how ideas are connected. Leaving space to redo problems and summarizing topics after a few lessons can make revision easier. During lectures, it's more important to understand the material than to write everything down, as understanding the reasoning is what counts. The best method is flexible and combines problem-solving, self-testing, and regular review to build long-term understanding.
Updated
Abinaya’s Answer
Here are a few solid, practical note-taking methods—pick what fits your style:
1. Cornell Method
Split your page into cues, notes, and summary. Great for studying and revision.
2. Outline Method
Use headings, subpoints, and bullet lists. Best for structured subjects.
3. Mind Mapping
Draw connections between ideas. Works well for brainstorming and big-picture topics.
4. Flow Notes
Write ideas in your own words as you understand them—less rigid, more thinking.
5. Charting Method
Use tables to compare info (good for facts, dates, definitions).
👉 Quick tip: Don’t try to copy everything—focus on key ideas and rewrite in your own words.
1. Cornell Method
Split your page into cues, notes, and summary. Great for studying and revision.
2. Outline Method
Use headings, subpoints, and bullet lists. Best for structured subjects.
3. Mind Mapping
Draw connections between ideas. Works well for brainstorming and big-picture topics.
4. Flow Notes
Write ideas in your own words as you understand them—less rigid, more thinking.
5. Charting Method
Use tables to compare info (good for facts, dates, definitions).
👉 Quick tip: Don’t try to copy everything—focus on key ideas and rewrite in your own words.