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Homework answers / question archive / The second set of project notes must include the model building aspect and be aligned to the analytical business problem the Capstone Project addresses

The second set of project notes must include the model building aspect and be aligned to the analytical business problem the Capstone Project addresses

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The second set of project notes must include the model building aspect and be aligned to the analytical business problem the Capstone Project addresses. It should also include the rationale behind using/building one particular model (if applicable). The notes should be brief and succinct containing the depiction of the results for the models built aligned with the objective of the project.

Below are the guidelines for the Project Notes-II:

1). Model building and interpretation
a. Build various models (You can choose to build models for either or all of descriptive, predictive or prescriptive purposes)
b. Test your predictive model against the test set using various appropriate performance metrics
c.Interpretation of the model(s)

2). Model Tuning and business implication
a. Ensemble modelling (if necessary)
b. Any other model tuning measures (if applicable)
c. Interpretation of the most optimum model and its implication on the business

For any project notes, one is expected to submit 2 files as their solution:
1)Answer Report or Business Report
2)Jupyter Notebook. Both the files are mandatory to be submitted.

Your project notes submission will be graded based on your Business Report. Wherever required, the evaluator shall look into your Jupyter Notebook (Python codes) for reference.

Business Problem:

We all know that Health care is very important domain in the market. It is directly linked with the life of the individual; hence we have to be always be proactive in this particular domain. Money plays a major role in this domain, because sometime treatment becomes super costly and if any individual is not covered under the insurance then it will become a pretty tough financial situation for that individual. The companies in the medical insurance also want to reduce their risk by optimizing the insurance cost, because we all know a healthy body is in the hand of the individual only. If individual eat healthy and do proper exercise the chance of getting ill is drastically reduced.

Goal & Objective: The objective of this exercise is to build a model, using data that provide the optimum insurance cost for an individual. You have to use the health and habit related parameters for the estimated cost of insurance

File: Data.csv

Target variable: insurance_cost Data dictionary:

Variable

Business Definition

applicant_id

Applicant unique ID

years_of_insurance_with_u s

Since how many years customer is taking policy from the same company only

regular_checkup_lasy_year

Number of times customers has done the regular health check up in last one year

adventure_sports

Customer is involved with adventure sports like climbing, diving etc.

Occupation

Occupation of the customer

visited_doctor_last_1_year

Number of times customer has visited doctor in last one year

cholesterol_level

Cholesterol level of the customers while applying for insurance

daily_avg_steps

Average daily steps walked by customers

age

Age of the customer

heart_decs_history

Any past heart diseases

other_major_decs_history

Any past major diseases apart from heart like any operation

Gender

Gender of the customer

avg_glucose_level

Average glucose level of the customer while applying the insurance

bmi

BMI of the customer while applying the insurance

smoking_status

Smoking status of the customer

Year_last_admitted

When customer have been admitted in the hospital last time

Location

Location of the hospital

weight

Weight of the customer

covered_by_any_other_co mpany

Customer is covered from any other insurance company

Alcohol

Alcohol consumption status of the customer

exercise

Regular exercise status of the customer

weight_change_in_last_one _year

How much variation has been seen in the weight of the customer in last year

fat_percentage

Fat percentage of the customer while applying the insurance

insurance_cost

Total Insurance cost

 

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