Twitter Sentiment Analysis (Using Python)
IntermediateLevel
14873+Students Enrolled
30 MinsDuration
4.8Average Rating

About this Course
- Learn how sentiment analysis interprets emotions in text and helps extract opinions, attitudes, and meaningful insights from Twitter data.
- Understand sentiment analysis as a classification task where tweets are labeled as positive, negative, or neutral using NLP techniques.
- Explore how to perform sentiment analysis of Twitter data in Python and discover real industry applications across marketing, customer service, and trend analysis.
Learning Outcomes
Sentiment Analysis
Understand and apply sentiment analysis techniques for text.
Twitter Data
Analyze and extract insights from Twitter data using Python.
Python Implementation
Build and evaluate sentiment analysis models in Python.
Who Should Enroll
- Individuals interested in Natural Language Processing and text sentiment analysis. for real-world scenarios.
- Data scientists and professionals wanting to learn sentiment analysis and its real-world applications.
- Anyone looking to analyze social media data and understand public opinion for real-world scenarios.
Course Curriculum
Learn tweet preprocessing, text cleaning, tokenization, feature engineering, NLP models, and sentiment classification in Python using real Twitter datasets for accurate, data-driven sentiment insights.
1. Overview of the Course
2. Understand Problem Statement
3. Table of Contents
4. Loading Libraries & Data
5. Data Inspection
6. Data Cleaning
7. Story Generation & Visualization
8. Bag-of-Words Features
9. TF-IDF Features
10. Word2Vec Features
11. Modeling Understanding
12. Logistic Regression
13. Support Vector Machine (SVM)
14. RandomForest
15. XGBoost Algorithm
16. FineTuning XGBoost + Word2Vec
17. Summary of the Project
Meet the instructor
Our instructor and mentors carry years of experience in data industry
Get this Course Now
With this course you’ll get
- 30 Mins
Duration
- Kunal Jain
Instructor
- Intermediate
Level
Certificate of completion
Earn a professional certificate upon course completion
- Industry-Recognized Credential
- Career Advancement Credential
- Shareable Achievement

Frequently Asked Questions
Looking for answers to other questions?
Sentiment analysis identifies emotional tone in tweets to understand public opinion. It classifies text into categories such as positive, negative, or neutral, helping businesses and researchers analyze trends, reactions, and audience behavior at scale.
Tweets contain slang, sarcasm, abbreviations, emojis, and fast-evolving trends. These inconsistencies make it challenging for models to interpret emotions accurately, requiring robust preprocessing and advanced NLP techniques for reliable results.
Twitter data is cleaned using steps like removing URLs, mentions, emojis, stopwords, punctuation, and repeated characters. Tokenization, stemming, lemmatization, and lowercasing ensure tweets become structured and ready for accurate sentiment classification.
Popular models include Logistic Regression, Naive Bayes, SVMs, and deep learning models like LSTMs, Bi-LSTMs, and Transformers. These models process tweet embeddings to classify sentiments as positive, negative, or neutral with high accuracy.
Python offers powerful NLP libraries like NLTK, SpaCy, scikit-learn, and transformers. These help with preprocessing, feature extraction, modeling, and evaluation, enabling end-to-end sentiment analysis pipelines for real Twitter datasets.
Yes. Deep learning models like LSTMs, GRUs, CNNs, and Transformers capture context, sequence patterns, and complex linguistic nuances in tweets. They outperform traditional models, especially when large annotated datasets are available.
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