Automated Text Note Generator

In modern educational environments, students often face difficulty in maintaining accurate and complete notes while simultaneously focusing on lecture comprehension. This challenge becomes more significant in multilingual classrooms, where teachers may switch between languages such as English and Hindi during instruction. Manual note-taking in such scenarios is often incomplete, inconsistent, and cognitively demanding. To address this problem, this paper presents a real-time speech-to- text note generation system designed specifically for classroom environments. The proposed system captures a teacher’s speech during live sessions, transcribes it into text in real time, and synchronizes the generated notes across connected student devices. The solution is built using a Flutter-based frontend for cross- platform accessibility, a NestJS backend for session management and synchronization, and the Deepgram API for low-latency multilingual speech recognition. The system supports bilingual speech input, automatic language adaptation, and collaborative note sharing among multiple users within a classroom session. Experimental observations from prototype testing indicate that the system achieves an average transcription accuracy of approximately 80–90% under moderate classroom conditions, with a response latency of 2–5 seconds depending on network quality and background noise. The system reduces the burden of manual note-taking, improves accessibility for students with hearing difficulties, and contributes to more inclusive and efficient learning environments. The work demonstrates the practical application of natural language processing and real-time communication technologies in educational technology solutions.

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Publication Details

Journal
Iconic Research and Engineering Journals
Published
2026-04-16
DOI
https://doi.org/10.64388/irev9i10-1716492
Primary Topic
Speech Recognition and Synthesis
Type
article
Field-Weighted Citation Impact
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article

Automated Text Note Generator

Deepti Chandran, Yash Patil, Girish Lawate
Iconic Research and Engineering Journals
Speech Recognition and Synthesis
article

Automated Text Note Generator

Deepti Chandran, Yash Patil, Girish Lawate
article en

Abstract

In modern educational environments, students often face difficulty in maintaining accurate and complete notes while simultaneously focusing on lecture comprehension. This challenge becomes more significant in multilingual classrooms, where teachers may switch between languages such as English and Hindi during instruction. Manual note-taking in such scenarios is often incomplete, inconsistent, and cognitively demanding. To address this problem, this paper presents a real-time speech-to- text note generation system designed specifically for classroom environments. The proposed system captures a teacher’s speech during live sessions, transcribes it into text in real time, and synchronizes the generated notes across connected student devices. The solution is built using a Flutter-based frontend for cross- platform accessibility, a NestJS backend for session management and synchronization, and the Deepgram API for low-latency multilingual speech recognition. The system supports bilingual speech input, automatic language adaptation, and collaborative note sharing among multiple users within a classroom session. Experimental observations from prototype testing indicate that the system achieves an average transcription accuracy of approximately 80–90% under moderate classroom conditions, with a response latency of 2–5 seconds depending on network quality and background noise. The system reduces the burden of manual note-taking, improves accessibility for students with hearing difficulties, and contributes to more inclusive and efficient learning environments. The work demonstrates the practical application of natural language processing and real-time communication technologies in educational technology solutions.

Iconic Research and Engineering JournalsVol. 9(10)
Society of Instrument and Control Engineers (JP)
Quality Education
Openalex Percentile: Top 5%
Speech Recognition and Synthesis
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