- Akshata Jedhe
- Juee Ashtaputre
- Payal Mehta
- Riya Kulkarni
- Shreya Pawaskar
In today’s world with so many cars and models in the market, it is hard to find an authentic source for the maintenance cost/index of cars. We are developing a system that shows the health and maintenance index of various car models or car parts based on multiple factors.
- Collect data from authentic sources regarding the maintenance of different car models.
- Calculate the maintenance cost of vehicles based on factors such as aging, usage patterns, and mileage.
- Compare the maintenance index of various vehicles to help consumers, car manufacturers, and government agencies make informed decisions.
- Provide insights into the probability of specific components needing replacement.
- Consumers: Enables decision-making when buying a car based on the maintenance index. Customers can select car models according to usage patterns in different regions, taking into account the aging of the vehicle and mileage.
- Car Manufacturers: With the available data, OEMs can design more robust parts, reducing warranty and service costs. Companies can analyze their models' performance compared to competitors in a particular region.
- Government: Helps in drafting policies and approvals for new model launches in the market.
- Second-hand Car Buyers: Assists customers in choosing the most suitable cars available for sale based on maintenance data.
- Based on 3 C's: Collect, Calculate, and Compare: Collects data from authentic sources, calculates the maintenance cost based on certain factors, and then compares it with other vehicles.
- City-wise Comparison: Compares maintenance data across different cities.
- Time-saving: Saves users time by providing consolidated information on a single platform.
- Component Probability: Shows the probability of specific components needing replacement.
- Programming Language: Python
- Frameworks and Libraries: Streamlit, Pandas, NumPy
- Data Storage: SQLite
- Visualization: Matplotlib, Seaborn
- Tools: Jupyter Notebook, Git
- Clone the repository:
git clone https://github.com/your-username/Carify.git
- Navigate to the project directory:
cd Carify - Install the required dependencies:
pip install -r requirements.txt
- Run the application:
streamlit run vehicle_maintenence.py
- Navigate through the web application to explore various car models and their maintenance indices.
- Use the comparison feature to compare the maintenance data of different car models.
- View detailed insights and reports on car maintenance for informed decision-making.
"KNOW YOUR CAR'S LIFE BEFORE YOU BUY IT!"