The high school curriculum was much harder than junior high, and the teachers moved so fast I simply couldn't keep up.
Even though I took cram school classes for English, Math, Physics, and Chemistry, the academic frustration was suffocating.
So I chose to run away. I escaped into school clubs and relationships, desperately trying to prove my worth and convince myself I wasn't just a failure in front of an exam paper.
I started learning in the most brute-force way—memorizing concepts, question types, quick formulas, and explanations I wasn't even sure were correct.
I blindly applied formulas whenever I saw a question, praying for that 20% chance of guessing right.
The result? My physics midterm scores never surpassed 30 points. I faced makeup exams, retakes, and even begged teachers for passing credits.
By the time I graduated, I couldn't even remember how many times I had failed or how many subjects I had flunked.
I really didn't mean to disappoint the people around me; I genuinely wanted to try hard.
That single sentence from my teacher made me rethink my life. I decided to directly face the knowledge that had frustrated me so much.
But when I tried to put in the effort, I realized the things I thought I had memorized were like shattered puzzle pieces—I couldn't recall them at all.
I tried to review, forgetting what I had memorized and memorizing what I had forgotten. But there was just too much material to cover, and I felt trapped in an endless loop.
I forced myself to ask 'why' about everything. Even if the teacher said it wouldn't be on the test, I had to get to the bottom of it.
I made a rule for myself: whatever I write down, I must fully understand its origin and logic.
To make up for three years of blank knowledge in just one year, I designed a high-efficiency learning system and practiced it daily.
In the end, defying everyone's expectations and the 'barely a private university' evaluation,
This was the advice given to me by my undergraduate mentor and my graduate thesis advisor.
In college, my highly efficient learning model made absorbing new knowledge incredibly easy.
So I became greedy. I wanted more knowledge and more achievements.
I took many heavy elective courses outside my major, joined department activities, started teaching in cram schools, and participated in lab research.
However, the heavy workload meant I was constantly chasing deadlines. Task after task, I realized just learning efficiently wasn't enough to handle everything.
If I wanted more out of life, I needed to free up more time. Everything I did had to be even more productive.
So, I consolidated my tasks, scheduled my progress, and started treating my responsibilities like project management.
Distilling over a decade of tutoring experience and high-efficiency learning methods, we skip rote memorization of formulas and guesswork. Through slide animations and a "gentle slope" question design, we help you master the underlying logic of science, enabling you to write the first step independently. You don't need to love physics to understand it, but you will love the feeling of your hard work finally paying off.
Feeling lost about the future? Should you chase your dreams or just drift along? With two deep-dive interviews a month, we invite professionals from various fields to share both the objective outlines of their jobs and their subjective soul-searching. Because only decisions made with full awareness are true choices.
This is a series of 8 methodology articles combining psychology and educational theories. Many feel AI's responses are underwhelming because they mistakenly treat AI as a one-way answer machine. I will guide you from clarifying your intrinsic motivation to mastering dialogue pacing and quality checks. AI will no longer be just a tool, but a collaborative partner that amplifies your productivity.
Why do you spend so much time learning only to forget, or get stuck during practice? It's not a lack of talent—you're just fighting monsters with a blunt sword. I designed this system to diagnose potential roadblocks like system overload or output gaps. After testing, get a free "High-Efficiency Learning Gift Bag" packed with AI prompts to free yourself from futile efforts.
What's it like for someone who doesn't play escape rooms to open one? As the all-rounder of Mijing Studio, I handle marketing, legal affairs, and serve as the main illustrator. Our theme "Yating" brings players back to the "nightmares" and nostalgia of their student days through elaborate scenes and puzzles.
Good study habits are the first step to becoming an independent self-taught learner. Often, you're not unmotivated; the environment just doesn't allow it. That's why we built a physical study base near Jingan MRT station to help you eliminate distractions and focus. Here, you no longer fight alone.
This series takes you from the ground up to master the underlying logic of data processing. From basic syntax and data cleaning to advanced regression modeling and precise debugging. I don't just teach code; I use workplace scenarios and mini-datasets to help you turn massive, complex data into valuable insights.
In real life, Feng-Feng is a physics teacher, but online, Wakame is a content creator. Two identities showing different sides across various platforms.
From public health and law to programming and physics tutoring, here is a more detailed record of my career experiences, unlocked skill trees, and complete achievements.
Discover the Full Wakame
