This analysis shows that suicide risk is highly concentrated, structurally driven, and not explained by economic wealth.
- Highest-risk group: Males aged 75+, with 3–4× higher rates than females
- Macro-shock sensitivity: Male suicide rates spike sharply during crises (e.g., post-1995 collapse in Eastern Europe)
- Wealth irrelevance: GDP per capita has zero correlation (0.00) with suicide rates
Shift from generalized mental health policy → targeted, trigger-based intervention systems
- Dataset: Kaggle - Suicide Rates Overview 1985 to 2016
- Records: 27,820 | Features: 12
- Granularity: Country × Year × Demographics
- Key Variables: suicides/100k, sex, age, GDP, population
- Peak risk in 75+ age group
- Male rates dominate across all cohorts → Suicide is primarily an elderly male isolation crisis
- Major spike around 1995 (post-Soviet collapse)
- Driven by male populations in destabilized economies → Suicide risk is event-sensitive, not linear
- GDP per capita correlation: 0.00 → Wealth does not reduce suicide risk → Mental health requires dedicated infrastructure
- Female rates: stable over time
- Male rates: highly volatile under stress → Men are more sensitive to systemic shocks
- Exploratory Data Analysis (EDA)
- Time-series trend analysis
- Correlation analysis
- Demographic segmentation
- Data cleaning: removed HDI (70% missing), standardized GDP formats
- Males 75+
- Unemployed males during economic downturns
- If male + 75+ → proactive screening + outreach
- If economic shock → surge mental health funding
- Community outreach + mandatory screenings
- Focus: 75+ males → Highest ROI intervention segment
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Auto-scale support during:
- recessions
- unemployment spikes
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Real-time economic triggers
- Decouple from GDP cycles → Ensure stable funding during crises
Pipeline: Data → Standardization → Monitoring → Policy Trigger
Stack: Python → SQL → Tableau/Power BI
Output: Real-time Public Health Risk Dashboard
- Likely underreporting in some countries
- Correlation ≠ causation
- Missing clinical-level variables (depression, treatment history)
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Forecasting models
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Add external data:
- unemployment
- alcohol consumption
- healthcare access
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Build predictive crisis alert system
© 2026 Mostafizur Rahman





