I built a second brain tool for college students
ainotebook.app
ainotebook.app
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Student Recordings
14. Unless students are specifically required by the University under a programme of study or research to make recordings, prior consent by the member of University staff managing that activity will be required.
15. Only in exceptional circumstances will consent be given. An example of an exceptional circumstance could be where a student with a disability needs to make a personal recording. It is to be assumed that where consent is given the recording may only be used for private study. This will not allow for further copying or sharing with other students.
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https://secretariat.leeds.ac.uk/policies-procedures-and-code...
We also stopped using YouTube for anything more than 5 years ago when the first pre-LLM summary apps appeared online and when students complained about paying to watch YT. Same thing for podcasts.
The subjects I teach can all be taught on the board, so I am lucky.
Within the next 5 years we will be phasing out written evaluations and exams.
Why? I never got why this is made so hard. Isn't the transfer of knowledge the whole point?
- on one side recording a typical frontal lesson is next to useless because a classic frontal lesson is meant to be listened during the speech itself, where the teacher surveil the class and change the narrative according to his/her own feeling of the class;
- on the other IMVHO it's about time to deeply rethink the lesson model. We have IT, a "relatively new" tool and it's about time to properly integrate it, meaning instead of classic lesson recorded and carefully tuned lectio magistralis TED-format alike. Students listen the alone, perhaps in the evening and alone, listen, replay, take notes etc. In high schools, in the subsequent morning they develop a lesson on what they have learnt and got randomly chosen to teach that lesson to their peers and teachers, using teachers questions to drive/correct/show missing parts of their learning, at the uni teachers will only be available for direct interaction for all questions, meaning a kind of one-to-one dialogue where the student learn alone and have someone to ask for anything, than classic exams where students notes assembled became a small book to refresh all already learnt.
Most people today fails to act alone, really understand basing themselves on memory and repetition, to crack this obscene state of thing IMVHO we must force people to be active instead of passive/interactive spectator, so on one side they really show their competences and on the other they really have to learn.
What would be encouraging is an app that does not REPLACE your note taking but rather amplifies the capabilities.
You must take notes to learn deep. Handwritten is very important.
You will miss some things, which an AI could be tracking and summarize
What I would consider valuable is an app that supplements your notes. It would need two components... the app you have now, and reading in the notes that you have taken. Then if you asked it to go deep on a particular note or section you took notes on, it could add to the notes that you took without stealing the important part of the learning process
The process of note taking is what really helps me learn things. I think I'm slicing and dicing what I'm reading and imposing on it a structure that helps me create connections and get a deeper understanding. After this, I review the notes almost daily and the way I've written it, positions on the page etc. all help me recollect the material. Over time, it becomes reflexive and I can use that as a foundation to build the next layer of knowledge.
I can see AI tools as a great way to index large amounts of rarely used reference matter. e.g. To solve the "Yeah... I remember reading about that but I'm not exactly sure where". Then retrieve it and everything comes back.
I also see it as useful to quiz me on things which I think I've studied. But outside of that, I think such tools will not help learning but will hold one back. However, this is very dependent on the method of learning one uses.
Yes, it reminds one of Douglas Adams' "Electric Monk", that was built to believe things -- so that people wouldn't have to exert the mental effort of believing things themselves.
Similarly, this app can take notes for you, so that you won't have to exert any cognitive effort while learning.
Missing a class here and there due to emergencies is perfectly acceptable. But having someone or something else take the notes for you because you think you’re too busy to attend class is cheating yourself.
...however, I'm almost certain that you are not in their target demographic :)
https://x.com/codexeditor/status/1820757626910855656?t=zkP6H...
I'm the kind of person who is easily distracted in class and often misses the point. Even with handwritten notes, I can't recall key points.
That's why I built the AI Notebook App. Designed for college students and ADHD-friendly, it captures everything you see and hear in class. Upload images, audio, PDFs, and web links. Consider it your second brain!
I aim to help students capture everything in class, organize it into notes with summaries, and even chat with AI to understand complex topics.
I'd like to ask for advice on reaching college students. I'm open to affiliate collaborations. Thank you!
For my students with adhd, I’m honestly not sure more tech is the issue.
It would be better to take my existing notes and automatically create quizzes or flash cards.
Edit: Let me get an actual source..
https://www.frontiersin.org/journals/psychology/articles/10....
> As traditional handwriting is progressively being replaced by digital devices, it is essential to investigate the implications for the human brain. Brain electrical activity was recorded in 36 university students as they were handwriting visually presented words using a digital pen and typewriting the words on a keyboard. Connectivity analyses were performed on EEG data recorded with a 256-channel sensor array. When writing by hand, brain connectivity patterns were far more elaborate than when typewriting on a keyboard, as shown by widespread theta/alpha connectivity coherence patterns between network hubs and nodes in parietal and central brain regions. Existing literature indicates that connectivity patterns in these brain areas and at such frequencies are crucial for memory formation and for encoding new information and, therefore, are beneficial for learning.
> Our findings suggest that the spatiotemporal pattern from visual and proprioceptive information obtained through the precisely controlled hand movements when using a pen, contribute extensively to the brain’s connectivity patterns that promote learning. We urge that children, from an early age, must be exposed to handwriting activities in school to establish the neuronal connectivity patterns that provide the brain with optimal conditions for learning.