feat: learning techniques guidance

docs/blog/learning.md

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+# Techniques for Effective Learning
+
+For consideration to be an effective learner,
+
+Arguably, we can categorize difficult subjects by common challenges; high volume of material to memorize, many complex multi-step procedures, or highly abstract concepts. The following, combined with the three core principles of time, repetition, and effective methods, can equip learners with the tools to tackle tough subjects.
+
+This document does not attempt to be exhaustive or encapsulate all forms and perspectives of learning. Ultimately, learners must be able to recognize their own methodologies that are effective for them.
+
+## Allocate Time Properly with Spaced Repetition
+
+Strive to spread study sessions over days or weeks instead of cramming. Consistent, short, daily exposure is likely more effective than marathon sessions.
+
+- The brain needs time to consolidate learning; massed practice could lead to quick forgetting.
+- For example, listening to a song repeatedly over two weeks can help memorize ~500 words effortlessly through natural spaced repetition.
+- Do a little bit every day, even 20–30 minutes consistently builds mastery faster than irregular long sessions. You can't master a tough subject in one weekend, but daily input compounds.
+
+## Use Active Recall
+
+Aim to retrieve information from memory without looking at notes or slides. This may be **far** more effective than passive rereading or highlighting.
+
+- After reading lecture material once, close it and quiz yourself by writing down or explaining key points, definitions, processes, or solving problems from scratch.
+- Build your own question bank and test constantly.
+- For memorization-heavy subjects (e.g., medicine) create flashcards or self-questions from slides and drill them.
+- For procedure-based or abstract subjects (e.g., math proofs, signals processing) practice solving without references.
+
+## Study in Short Bursts + Take Strategic Breaks
+
+Work in focused 20-30 minute concentrated bursts, then shift to a rest period to allow the brain process subconsciously.
+
+- Prolonged focus may drain working memory. Consider breaks for diffuse thinking.
+- Walk in nature, take showers, do non-screen activities, avoid phone scrolling.
+- Attack a tough math problem for 20-30 minutes intensely, then step away. Return refreshed.
+- This attempts to prevent burnout and may make hard subjects more manageable.
+
+## Chunking + Master Fundamentals
+
+Break overwhelming material into small, digestible chunks and tackle one at a time.
+
+- Attempt to solidify basics before advancing. Gaps in fundamental knowledge may needlessly hinder current and future understanding.
+- Revisit how/why formulas/procedures were derived.
+- If stuck on a concept, drop back to prerequisites, even if it feels regressive.
+
+
+The ProLUG Team

mkdocs.yml

@@ -250,7 +250,7 @@ nav:
       - External Resources: pcae/resources.md
       - Downloads: pcae/downloads.md
   - Blog:
-    - blog/index.md
+    - blog/learning.md
 
 
 extra: