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7 habits of highly successful students | back to school 2020 thumbnail

7 habits of highly successful students | back to school 2020

Mariana Vieira·
4 min read

Based on Mariana Vieira's video on YouTube. If you like this content, support the original creators by watching, liking and subscribing to their content.

TL;DR

Treat learning as a slow process that requires rehearsal and consolidation, not last-minute memorization.

Briefing

Highly successful students don’t rely on last-minute cramming or study “hacks.” They treat learning as a slow, deliberate process that must be rehearsed and consolidated into long-term memory—so grades become a byproduct of understanding, not the goal itself. The core message is that effective memorization depends on how information moves from short-term memory into long-term storage, and that requires active work over time rather than passive review before an exam.

The habits start with seriousness about academics without sacrificing sleep or social life: successful students build routines and schedule dedicated study hours like a job. They plan study and review sessions in advance, then avoid the trap of memorizing everything the night before. That approach fails because forgetting is driven by two main mechanisms: interference and weak consolidation. Interference happens when new learning disrupts or blends with older information—so notes must distinguish similar concepts clearly. Consolidation is the time it takes for new information to be properly recorded, which is why active learning matters. Instead of only receiving information, students debate, research independently, or complete small projects to strengthen long-term storage.

Another recurring theme is proactive independence. High performers follow rules but don’t let them cap effort or curiosity. They recognize that a “satisfactory” grade can mask gaps in understanding—especially if success came from cramming the right material. Because knowledge is interconnected, missing fundamentals can resurface in later courses or even in future work. That awareness pushes students to set learning goals focused on mastering lecture topics rather than chasing test scores.

Organization is treated as a memory tool. Short-term memory has limited capacity, and the displacement theory suggests new tasks can push older ones out—leading to forgotten assignments or priorities. Writing tasks down in a reliable to-do list prevents that mental overflow. Whether using digital systems, paper planners, bullet journals, or simple lists, the key is finding a method that becomes routine and supports prioritization.

Finally, successful students close the loop on learning: they prepare before class, stay engaged during class, and review afterward. Preparation means reviewing provided materials and drafting preliminary questions or outlines so class time becomes targeted. During class, they take “smart notes” that are clear and thorough enough to guide attention rather than replace listening. After class, they schedule review sessions to revisit notes, answer earlier questions, and research key concepts.

The last habit is intellectual challenge. Students don’t take information for granted; they look for opposing views and competing explanations to deepen understanding and strengthen consolidation. The result is a study system designed to reduce forgetting and build durable comprehension—setting up students not just to pass, but to keep learning across semesters and into real-world tasks.

Cornell Notes

The transcript argues that long-term learning depends on how information is stored in memory, not on last-minute cramming. Forgetting is driven by interference (new material blending with old) and by weak consolidation (insufficient time and active processing to lock information into long-term memory). Highly successful students counter those forces with scheduled routines, active learning (research, debates, projects), and strong organization that prevents tasks from displacing each other in limited short-term memory. They also follow a three-part academic rhythm—prepare before class, take smart notes while paying attention, and review after class—to reinforce consolidation. Finally, they challenge facts by seeking alternative viewpoints, which deepens understanding and improves retention.

Why does memorizing everything the night before an exam tend to fail for long-term retention?

The transcript links cramming to two memory problems. First, interference can blur new learning with older knowledge, especially when similar concepts aren’t clearly distinguished in notes. Second, consolidation requires time and active processing to record information into long-term memory. Without rehearsal and consolidation, material may stay in short-term memory briefly and then be lost.

How does active learning improve the chances that information becomes long-term memory?

Active learning forces interaction with the material instead of passive intake. Examples given include participating in debates, doing independent research, or completing a small project. That extra engagement increases the likelihood that learned content consolidates correctly, rather than remaining only in short-term storage.

What role does organization play in preventing forgetting?

Organization is framed as a way to manage limited short-term memory capacity. The displacement theory suggests that when short-term memory is full, new items can push older ones out. Writing tasks down in a to-do list reduces the chance that assignments and priorities get displaced when new tasks arrive.

What does the “holy trinity” of academic time management look like in practice?

It has three steps: (1) prepare before class by reviewing provided materials and drafting preliminary questions or outlines; (2) be present in class by taking smart notes—clear, short, and thorough enough to support attention; and (3) review after class by scheduling time to go through notes and questions and research key concepts.

Why does the transcript emphasize asking questions and speaking up?

Because learning isn’t a straight line, students need feedback loops to reinforce consolidation. Asking professors or teaching assistants helps clear doubts early, and stepping back to ask the right questions after class supports deeper comprehension rather than superficial familiarity.

How does challenging facts fit into memory consolidation?

The transcript treats opposing theories and alternative opinions as a way to strengthen consolidation. By searching for viewpoints that disagree—even academically—students force deeper processing, which helps them move beyond memorizing surface claims and toward durable understanding.

Review Questions

  1. Which two mechanisms of forgetting are highlighted, and how do note-taking and active learning address each one?
  2. How do the “prepare–attend–review” steps work together to support consolidation and retention?
  3. What does the displacement theory imply about why to-do lists matter, and what organization method types are suggested?

Key Points

  1. 1

    Treat learning as a slow process that requires rehearsal and consolidation, not last-minute memorization.

  2. 2

    Schedule study time and plan review sessions in advance to create consistent learning routines.

  3. 3

    Use active learning methods—debates, independent research, and small projects—to improve long-term storage.

  4. 4

    Reduce interference by writing notes that clearly distinguish similar concepts rather than relying on raw definitions.

  5. 5

    Prevent short-term memory overload by using a reliable to-do list or planner so tasks don’t get displaced.

  6. 6

    Follow a three-step rhythm: prepare before class, take smart notes while staying attentive, and review after class.

  7. 7

    Challenge facts by seeking alternative explanations or opinions to deepen understanding and strengthen consolidation.

Highlights

Last-minute cramming is portrayed as ineffective because information needs consolidation time and active rehearsal to move into long-term memory.
Forgetting is attributed to interference and lack of consolidation—two problems addressed by clearer notes and more active learning.
Organization isn’t just productivity; it’s a memory safeguard against the displacement of tasks in limited short-term capacity.
The transcript’s academic routine—prepare, attend with smart notes, then review—functions as a built-in system for consolidation.
Deep learning comes from questioning and comparing competing viewpoints, not accepting facts at face value.

Mentioned