MGH-Analysis-PowerBI
This analytics project explores real-world hospital data from Massachusetts General Hospital (MGH), focusing on patient mortality, insurance claim patterns, and care utilization trends. Using Power BI and Power Query. The analysis was conducted as part of the April Data Challenge by DataSense Analytics PH
Science Score: 44.0%
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This analytics project explores real-world hospital data from Massachusetts General Hospital (MGH), focusing on patient mortality, insurance claim patterns, and care utilization trends. Using Power BI and Power Query. The analysis was conducted as part of the April Data Challenge by DataSense Analytics PH
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README.md
Massachusetts General Hospital Analytics Report
Comprehensive Data Summary on Deaths, Insurance, and Patients - Data Challenge of DataSense PH for the month of April.
Table of Contents
1. Background
2. Objective
3. Hospital Deaths Report
4. Hospital Insurances Report
5. Hospital Patients Report
6. Key Takeaways
7. Recommendations
1. Background [↑]
Massachusetts General Hospital (MGH) is one of the leading academic medical centers in the U.S. This project presents a data-driven analysis of mortality, patient demographics, and insurance claims. It aims to support hospital leaders in making operational, clinical, and financial decisions through actionable insights derived from real-world dashboards.
2. Objective [↑]
To uncover key trends in hospital deaths, insurance claim distribution, and patient encounters using integrated dashboard analytics. The project highlights performance gaps, cost drivers, and demographic impacts, with the goal of recommending practical improvements in care delivery, resource utilization, and data accuracy.
3. Hospital Deaths Report [↑]
Summary & Key Metrics:
- Mortality Rate: 15.81%
- Survival Rate: 84.19%
- Top Cause of Death: Chronic Congestive Heart Failure – 1,197 cases
Trends:
- Deaths peaked in 2018 and declined by 2022 — potentially due to improved care or incomplete post-COVID data.
Demographics:
- Most deaths involved seniors, with non-Hispanic males the most affected group.
Geography:
- Highest death concentrations occurred in the Boston–Cambridge–Quincy region.
Marital Status:
- Married males: 77.6% of deaths
- Single females: 17.4%
4. Hospital Insurances Report [↑]
Financial Overview:
- Total Claim Cost: $101.51M
- Avg. Claim Cost: $3.64K
- Top Insurance: Medicare ($19M)
Gender Disparity:
- Female patients incur higher total claim costs.
Notable Case:
- Gail Glover appears as the highest-cost patient — across all dashboards.
Coverage Trends:
- Coverage peaked around 2020, followed by a notable decline.
5. Hospital Patients Report [↑]
Admission Trends:
- Sharp drop after 2022 likely due to data loss or changes in reporting and care delivery.
Common Diagnoses:
- Small Cell Lung Cancer
- Metastatic Neoplasm
- PTSD
Encounter Classes:
- Most common: Ambulatory, Outpatient, Urgentcare
Top Claimants:
- Gail Glover: $9.93M
- Others: Eugene Abernathy, Columbus Wolf
County & Race:
- Most patients from Suffolk County (17.9%)
- Predominantly White (880 patients)
6. Key Takeaways [↑]
Heart disease (CHF) is the leading cause of death, concentrated among seniors, especially married males.
Medicare dominates insurance coverage, making it the most impactful on hospital revenue and care delivery.
Female patients consistently account for higher total claims, possibly due to higher care utilization or chronic illness burden.
Gail Glover is a recurring high-cost patient across all dashboards, indicating the need for patient-level financial and clinical audits.
Ambulatory and outpatient care represent the bulk of patient encounters, reinforcing the hospital's shift toward cost-effective treatment models.
There is a significant drop in patient admission data post-2022, which limits trend reliability and requires data governance intervention.
7. Recommendations [↑]
Clinical Action
Launch preventive programs for cardiovascular disease, targeting high-risk senior populations.
Expand mental health services to address PTSD and chronic psychological conditions identified in top diagnoses.
Strengthen oncology care coordination for patients with recurring or high-cost cancer profiles (e.g., small cell lung cancer).
Cost Management
Audit high-cost patients like Gail Glover to reduce duplicative services and optimize care plans.
Investigate gender-based claim discrepancies to determine whether resource allocation is equitable and clinically justified.
Monitor Medicare-driven outpatient services for inefficiencies and potential overutilization.
Operational Monitoring
Create a weekly KPI dashboard to track: mortality rate, claim cost per encounter, top diagnoses, and encounter volumes.
Use real-time alerting systems for cost outliers and patient admission spikes.
Evaluate and manage average length of stay and inflation rate variance across departments.
Data Integrity & Governance
Resolve data discontinuity post-2022 to restore longitudinal accuracy.
Strengthen data validation protocols and introduce real-time encounter logging across departments.
Conduct routine audits of EHR, billing, and encounter-class datasets.
Equity & Access
Target underserved groups and counties with lower representation for outreach and screening.
Monitor KPIs by race, gender, and geography to ensure equitable care delivery and funding allocation.
Tools & Technologies Used [↑]
The project was built using Excel, Power BI for interactive dashboard creation, and Power Query for efficient data transformation and normalization.
DAPH April Data Challenge by Riel Roque 🚀
Owner
- Name: R. Roque
- Login: roque-riri2426
- Kind: user
- Repositories: 1
- Profile: https://github.com/roque-riri2426
Citation (citation.txt)
Jason Walonoski, Mark Kramer, Joseph Nichols, Andre Quina, Chris Moesel, Dylan Hall, Carlton Duffett, Kudakwashe Dube, Thomas Gallagher, Scott McLachlan, Synthea: An approach, method, and software mechanism for generating synthetic patients and the synthetic electronic health care record, Journal of the American Medical Informatics Association, Volume 25, Issue 3, March 2018, Pages 230–238, https://doi.org/10.1093/jamia/ocx079 Arranged by: Maven Analytics