June 1, 2025

Eclonich.com

How to Transform from a Struggling Student to an Excellent One: A Comprehensive Guide to Scientific Methods and Mindset

Have you ever taken countless exams but only gotten mediocre or disappointing results? Whether it’s regular quizzes, college entrance exams, or qualification tests, if you feel you’ve never achieved the grades you wanted, don’t be quick to label yourself as “not smart.” In reality, poor exam results do not mean you lack ability — it’s often because you haven’t yet found a scientific and effective learning method that suits you.


1. Why Do Most People Dislike Studying?

In fact, whether in Japan or anywhere else in the world, the vast majority of people actually dislike studying. This isn’t due to laziness or lack of effort; rather, learning is often misunderstood as a tedious and time-consuming task.

Research shows that only about 10% of people truly enjoy learning. The other 90% are stuck in a paradox of “having to study but not wanting to.” Over time, this breeds a negative attitude of “if I don’t want to study, then I won’t.”


2. The Misconception About Study Time

We often say “Nothing is difficult if you put your heart into it,” but when it comes to studying, many fall into the trap of misunderstanding time. Society generally believes that the longer you study, the harder you work and the more valuable you are, as if time itself is proof of achievement.

However, truly efficient learning means “achieving the highest results in the shortest time.” Studying shouldn’t be about just burning time, but about a focused, goal-driven growth process.


3. The Essence of Learning: Personal Growth

The core purpose of learning is not just to pass exams, but to continuously grow, improve your abilities, and open up infinite future possibilities.

We must recognize that the ultimate goal of learning is to “shape a better self,” not simply chase numbers on a report card.


4. The Secret to “Miraculous Growth” — Find Your Own Learning Method

A “suitable” learning method isn’t about blindly copying others; it must be tailored by combining scientific principles with your own interests and motivation. Only when theory meets passion can learning reach its optimal state.


4.1 Set Goals That Boost Your Emotional Drive

Psychologist J.W. Atkinson’s achievement motivation theory explains motivation intensity with this formula:

Motivation Intensity = Achievement Motivation × Subjective Probability of Success × Goal Attractiveness

  • Achievement Motivation is your inner desire for success combined with your fear of failure.
  • Subjective Probability of Success is how likely you feel you can achieve the goal.
  • Goal Attractiveness is the pride and satisfaction from reaching that goal.

For example, if you strongly want to enter a top university (high motivation), but feel it’s impossible (very low success probability), even if the goal is very attractive, your overall motivation will still be low.

This formula shows that your subjective belief in success is the key to driving yourself forward — you must believe you can achieve your goals to ignite motivation.


4.2 Set “Slightly Challenging” Learning Goals — The 6:4 Rule

Psychologist Csikszentmihalyi suggests that the best learning state (flow) is achieved when tasks are “just above your current ability,” neither too easy nor too hard.

Based on experience, setting a difficulty level where you get about 60% correct and 40% incorrect keeps a healthy challenge without causing discouragement.

This zone is the breakthrough point in learning, maximizing focus and drive — a key step to leap from a struggling student to an excellent one.


4.3 Stimulate Curiosity and Creativity: Bloom’s Taxonomy

American psychologist Benjamin Bloom classified cognitive skills into six levels: from simple recall to understanding, applying, analyzing, evaluating, and finally creating.

Modern education emphasizes asking immersive questions like “What would you do if you were in this situation?” to ignite students’ interest and active exploration.

Examples:

  • “If you were a historical figure, how would you act?”
  • “If you were a team leader, how would you improve efficiency?”

Such questions greatly enhance attention, curiosity, and creativity, turning learning from rote memorization into an active problem-solving process.


5. Build a Scientific Learning Cycle: The PDCA Method

The PDCA cycle — Plan, Do, Check, Act — is the core tool for continuous learning improvement.

  • Plan: Design a clear, actionable study plan tailored to yourself, e.g., memorize 10 new words a day, do 5 practice problems.
  • Do: Execute the plan diligently with full focus and effort.
  • Check: Record what you’ve learned and how you feel, regularly assess your grasp, identify weaknesses.
  • Act: Reflect, adjust methods, try new strategies, and repeat the cycle.

By repeatedly practicing the PDCA cycle, you gradually discover your most effective learning style and build a stable, efficient study system.


6. The True Boundary Between Memorization and Understanding

Many students fall into the trap of rote memorization without understanding. This makes it hard to handle unpredictable exams or real-life applications.

Understanding means you can “explain what you learned in your own words,” or even teach others like a teacher.

When I was in university, I tested my understanding by replaying recorded lectures and trying to explain them aloud. If I couldn’t explain clearly, it meant I hadn’t truly mastered the material.


7. Face Failure Courageously, Keep Trial and Error, Move Toward Success

Failure is inevitable in learning. The key is whether you can learn from failure and keep adjusting.

Psychologists call this “trial-and-error learning.” Only by trying new methods, accepting failure, and correcting mistakes can you find the best learning path.

Don’t be discouraged by one failure, and don’t stick to ineffective methods. Try multiple strategies, and the one that suits you will eventually emerge.


8. : From Struggling Student to Excellent One — A Journey of Self-Growth

True excellence isn’t innate but achieved through scientific goal setting, igniting intrinsic motivation, progressively challenging yourself, and continuously refining learning methods.

You need to learn to:

  • Set emotionally charged, achievable goals
  • Assign moderately challenging tasks to stimulate fighting spirit
  • Use “what would I do?” thinking to activate interest
  • Practice the PDCA cycle to optimize learning continually
  • Understand rather than memorize mechanically
  • Be brave to try, err, and embrace failure

As long as you are willing and persistent, miraculous growth will inevitably happen.


Are you ready? Start now and craft your own path to becoming an excellent student!