AI & Data Science

Sentiment Analysis Dashboard

Sentiment Analysis Dashboard is a intermediate-level software project idea for AI & Data Science students, focusing on practical application of Python, NLTK, Streamlit.

Difficulty: IntermediateType: SoftwareBudget: ₹5,000Duration: 5-6 weeks

Abstract

This project proposes Sentiment Analysis Dashboard, a software initiative aimed at AI & Data Science learners. It combines Python, NLTK, Streamlit to deliver a functional prototype while reinforcing fundamentals. Budget and duration are estimates; actual costs vary by location and component choices.

Problem statement

Students in AI & Data Science often lack hands-on project ideas that connect theory with practice. Sentiment Analysis Dashboard addresses a real-world need by applying Python, NLTK, Streamlit to solve a domain-specific problem.

Objectives

  • Understand the core concepts behind Sentiment Analysis Dashboard.
  • Design and implement a working prototype using Python, NLTK, Streamlit.
  • Evaluate performance and usability of the solution.
  • Document findings and suggest improvements.

Key features

  • Core functionality for Sentiment Analysis Dashboard
  • User-friendly interface or control mechanism
  • Data logging or reporting where applicable
  • Modular and extensible design

Implementation roadmap

  1. Research and requirement analysis
  2. System design and architecture
  3. Implementation of core modules
  4. Integration and testing
  5. Documentation and final report

Required hardware & software

  • Laptop/PC
  • Development IDE
  • Required libraries and frameworks

Testing approach

Unit testing of individual modules, integration testing, and a basic usability/performance check. No fabricated experimental results are claimed.

Expected outcome

A functional software prototype demonstrating the feasibility of Sentiment Analysis Dashboard, along with documentation.

Limitations

Prototype scope is limited; real-world deployment may require additional safety, scaling, and compliance considerations.

Future scope

Extend with advanced features, better UX, and integration with related systems.

Learning prerequisites

  • Basic knowledge of Python
  • Basic knowledge of NLTK
  • Basic knowledge of Streamlit