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https://github.com/abinashsahoo007/project-bankruptcy-prevention

The project is to create a classification model that predicts the chances of a business facing bankruptcy based on the key feature like Industrial Risk, Management Risk, Financial Flexibility, Credibility, Competitiveness, Operating Risk.
https://github.com/abinashsahoo007/project-bankruptcy-prevention

data-analysis data-mining data-visualization deployments eda machine-learning pickle python statistics streamlit

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The project is to create a classification model that predicts the chances of a business facing bankruptcy based on the key feature like Industrial Risk, Management Risk, Financial Flexibility, Credibility, Competitiveness, Operating Risk.

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# Project-Bankruptcy-Prevention
The project is to create a classification model that predicts the chances of a business facing bankruptcy based on the key feature like Industrial Risk, Management Risk, Financial Flexibility, Credibility, Competitiveness, Operating Risk.

## Presentation:
[View Presentation](https://docs.google.com/presentation/d/1_KWVI3N4jZLliNp6raZn05W5cZouKzAd/edit#slide=id.p1)

## Business Objective:

* This is a classification project, since the variable to predict is binary (bankruptcy or non-bankruptcy).
* The goal here is to model the probability that a business goes bankrupt from different features.

## Details :

**The data file contains 7 features about 250 companies including the following variables:**
* industrial_risk: 0=low risk, 0.5=medium risk, 1=high risk.
* management_risk: 0=low risk, 0.5=medium risk, 1=high risk.
* financial flexibility: 0=low flexibility, 0.5=medium flexibility, 1=high flexibility.
* credibility: 0=low credibility, 0.5=medium credibility, 1=high credibility.
* competitiveness: 0=low competitiveness, 0.5=medium competitiveness, 1=high competitiveness.
* operating_risk: 0=low risk, 0.5=medium risk, 1=high risk.
* class: bankruptcy, non-bankruptcy (target variable).

Acceptance Criterion is **We need to deploy the end results using Flask /Streamlit.etc.**

### Algorithm Used:
1. Logistic Regression
2. DecisionTreeClassifier
3. KNeighborsClassifier
4. SupportVectorClassifier
5. NaiveBayes
6. RandomForest

### Solution:
Using your choice of classifiers, use python to produce several models to predict whether or not it is bankrupt, assessing model performance on a validation partition.
>
Solution: Used **Random Forest Method** for a conclusion

## Final Output:
![Screenshot 2024-06-30 102838](https://github.com/abinashsahoo007/Project-Bankruptcy-Prevention/assets/174187930/d55bc237-6912-4a6f-922e-750721fbf3b3)




## Thank You for Visiting....