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Learning Preference Log

Discover your most effective study techniques.
No Size Fits All. Each learner is unique, and what works best for one person might not work for another. This is especially true when it comes to study methods. Use this log to record the details of your study sessions, including the methods you've tried, the subjects or topics you were studying, the duration of your study sessions, and your personal rating of how effective each session was.
Over time, you'll begin to notice patterns - maybe flashcards work really well for language learning, but not so much for mathematics, or maybe you find self-quizzing to be particularly effective when you're studying history.
The “Date” column is when you applied that study method.
The “Study Method” column is what type you used. Here are some examples: Flashcards, Self-Quizzing, Mind Mapping, Spaced Repetition, Teaching Others, Interleaved Practice, Chunking, Pomodoro Technique, SQ3R, Active Recall, Dual Coding, Metacognitive Strategies
The “Subject - Topic” column is the subject you’re learning and the topic you are currently studying. For example “Algorithms - Big O Notation”. It’s okay if you don’t know what Topic you’re learning.
The “Duration” Column is how much time you put into that study method in that specific Subject/Topic. Type “hrs” after the number for “hours”. Type “mins” after the number for “minutes”.
The “Effective” column let’s you rate how effective it is to you. (One ⭐ for “I’m stuDYING” and five ⭐ for “Easy-Peasy, Lemon-Squeezy”)
Current Courses
1
Subject Name
1
Algorithms
2
Software Engineering
3
Databases
4
Operating Systems
There are no rows in this table
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Study Log
Date
Subject
Topic
Study Method
Duration
Effectiveness
1
7/13/2023
Algorithms
Bogosort
Flashcards
1 hr 30 mins
2
7/14/2023
Software Engineering
Agile Methodology
Mind Mapping
2 hrs
3
7/15/2023
Operating Systems
CPU Scheduling
Group Study
2 hrs 30 mins
4
7/16/2023
Databases
SQL Queries
Teaching Back
2 hrs
5
7/17/2023
Algorithms
Radix Sort
Mnemonics
2 hrs
6
7/18/2023
Software Engineering
Scrum
Skim Reading
1 hr
7
7/19/2023
Operating Systems
Memory Management
Self-Teaching
2 hrs
8
7/20/2023
Databases
ER Diagrams
Interactive Learning
2 hrs 30 mins
9
7/21/2023
Algorithms
Greedy Algorithms
Flashcards
1 hr 30 mins
10
7/22/2023
Software Engineering
UML Diagrams
Group Study
2 hrs
11
7/23/2023
Operating Systems
File Systems
Self-Teaching
2 hrs 30 mins
12
7/24/2023
Databases
Normalization
Mind Mapping
2 hrs
13
7/13/2023
Algorithms
Select Sort
Pomodoro
2 hrs
14
7/14/2023
Databases
​
Flash Cards
9 secs
15
7/14/2023
Algorithms
​
Pomodoro
1 min 2 secs
There are no rows in this table
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Our AI Block feature can help you make sense of these patterns. It will analyze your log and offer personalized suggestions for study methods based on your effectiveness ratings. (Hint: Hover the block and press the ↻ on the top right to regenerate.)
Analysis
For Algorithms: Mnemonics is effective because it helps in memorizing complex concepts. Flashcards is effective because it aids in retaining information for a longer time. Pomodoro is ineffective because it's a time management technique and not a study method.
For Software Engineering: Mind Mapping is effective because it helps in organizing and connecting various concepts. Group Study is effective because it encourages collaborative learning and knowledge sharing. Skim Reading is ineffective because it doesn't allow for deep understanding of the subject matter.
For Databases: Teaching Back is effective because it requires a deep understanding of the topic to explain it to someone else. Interactive Learning is effective because it engages the learner and encourages active participation. Mind Mapping is effective because it helps in organizing and connecting various concepts.
For Operating Systems: Group Study is effective because it encourages collaborative learning and knowledge sharing. Self-Teaching is effective because it allows for independent learning and problem-solving skills. Flashcards and Pomodoro are ineffective because they don't allow for deep understanding and application of concepts.
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Next Steps:
You should try out Active Recall for Algorithms because it is a great way to improve long-term memory retention. Here’s how: create flashcards or quizzes for the material you want to remember and practice recalling the information from memory.
You should try out Mind Mapping for Software Engineering because it is a great way to visualize and organize complex concepts. Here’s how: start with a central idea or concept and branch out to subtopics with lines and keywords.
You should try out Practice Problems for Databases because it is a great way to apply the knowledge you have learned. Here’s how: find practice problems online or create your own and work through them, checking your answers and understanding why you got certain problems wrong.
You should try out Group Study for Operating Systems because it is a great way to discuss and clarify complex topics with peers. Here’s how: form a study group with classmates or friends and take turns teaching and explaining concepts to each other.
For Algorithms, the recommended time to study is 2 hours and 30 minutes, on a Thursday, at 11:21 AM.
For Software Engineering, the recommended time to study is 2 hours, on a Friday, at 11:00 AM.
For Databases, the recommended time to study is 3 hours, on a Saturday, at 1:00 PM.
For Operating Systems, the recommended time to study is 2 hours, on a Monday, at 10:00 AM.
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Study Planner
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