KB-MPIE3JGT-DDC181D059

Hospital Patient Records & Healthcare Operations Dataset

Healthcare
Published
Free
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2 downloads

The Hospital Patient Records & Healthcare Operations Dataset is a structured healthcare dataset containing patient-level hospital records designed for operational analytics, healthcare modeling, and performance evaluation. It captures demographic details, admission information, diagnosis indicators, treatment cost, and discharge outcomes in a standardized tabular format. The dataset is optimized for healthcare analytics, predictive modeling, and hospital efficiency research.

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Dataset Metrics

Coverage
India
Rows
29,998
Columns
11
Last Updated
May 23, 2026

Data Format

Format
CSV
File Size
1605987 KB
Encoding
UTF-8
Compression
NONE

Dataset Schema (9 features)

NameTypeNullableDescription
Patient_IDstringNo
AgeintegerNo
GendercategoricalYes
Admission_TypecategoricalYes
DiagnosisstringYes
DepartmentcategoricalYes
Length_of_StayintegerYes
Treatment_CostfloatYes
Discharge_StatuscategoricalYes

License & Compliance

CC BY 4.0
Commercial license required. Usage restricted to licensed entities.
Free Dataset
License
CC BY 4.0
Sign in to claim or purchase this dataset. Access is granted immediately after authentication.

About This Dataset

This dataset contains detailed hospital patient records including demographic attributes such as age and gender, admission type, diagnosis category, treatment details, hospital department, length of stay, and discharge status. Financial indicators such as treatment cost and billing information are also included where available. The dataset has been processed through a structured exploratory data analysis workflow to ensure high data integrity and analytical readiness. Duplicate entries were removed, missing values were assessed and treated appropriately, categorical fields were standardized, and numeric attributes such as age and cost were range-validated to eliminate unrealistic values. The final dataset is exported in a clean, analytics-ready format compatible with machine learning models and business intelligence tools.

Data Quality

The dataset is organized in a structured and normalized tabular format with consistent column naming and validated data types. All duplicate records have been removed, and critical fields such as patient demographics and treatment cost have been validated for completeness and logical consistency. Numeric fields underwent statistical range checks and outlier detection to ensure realistic healthcare values. Categorical attributes such as diagnosis and department have been standardized to prevent ambiguity. The dataset has been optimized for analytics workflows and supports regression, classification, and operational performance modeling.

Use Cases

This dataset can be used for hospital performance benchmarking, patient outcome prediction, treatment cost modeling, and operational efficiency analysis. Healthcare administrators can leverage it for resource allocation planning and service optimization. Data scientists can build predictive models such as length-of-stay prediction, discharge outcome classification, and cost forecasting models. It also supports healthcare dashboard development, trend analysis, and academic research in healthcare systems and operations management.

Limitations

The dataset is community-sourced and may not represent officially audited hospital records. It reflects historical records and does not provide real-time updates. While anonymized, it does not include detailed clinical variables such as lab reports or imaging results. Geographic coverage may be limited depending on the original data compilation. The dataset is intended for research and analytics purposes and should not be used for direct clinical decision-making.

Methodology

The dataset was prepared using a structured data validation and exploratory analysis framework. The process included schema normalization, duplicate removal, missing value assessment, statistical outlier detection using percentile thresholds, and logical consistency validation across related fields. Numeric variables such as age and cost were validated to eliminate impossible values. Categorical labels were standardized to ensure uniform classification. The final dataset was exported in UTF-8 format, ensuring compatibility with Python, R, SQL, and business intelligence platforms for advanced analytics and modeling.

Geographic Coverage

Country
India

Source Information

UCI Machine Learning Repo
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Governance & Review

Published Status
This dataset is approved for marketplace distribution and meets all publication criteria.
Regulatory Compliance
All transactions are governed, logged, and auditable. Access is subject to license terms.

Usage & Restrictions

License: CC BY 4.0 — This dataset is licensed for use by the purchasing entity. Refer to the specific license terms for permitted use.

Access Control: Download links are time-limited and single-use. All access is logged for audit purposes.