
Aksil Obim developed a Python-based Personal Finance Scenario Simulator for the monk-coder/S619-10IT-2025 repository, focusing on modeling the financial trajectories of two individuals, Bob and Alice. Leveraging skills in financial modeling and scripting, Aksil designed the simulator to project year-by-year balances by accounting for income, rent, living costs, and mortgage payments. The solution outputs accumulated balances over a multi-year horizon, enabling users to analyze various household financial scenarios for informed decision-making. The initial implementation included a robust script and supporting assets, laying the groundwork for scalable scenario analysis. No major bugs were reported during the development period.
September 2025: Implemented a Python-based Personal Finance Scenario Simulator for two individuals (Bob and Alice) to model income, rent, living costs, and Alice's mortgage over a multi-year horizon, producing projected balances for informed decision-making. The feature was added to the monk-coder/S619-10IT-2025 repository and is backed by an initial script and assets. No major bugs reported this month. Business value: enables data-driven household financial planning and scenario analysis at scale as more households or scenarios can be incorporated.
September 2025: Implemented a Python-based Personal Finance Scenario Simulator for two individuals (Bob and Alice) to model income, rent, living costs, and Alice's mortgage over a multi-year horizon, producing projected balances for informed decision-making. The feature was added to the monk-coder/S619-10IT-2025 repository and is backed by an initial script and assets. No major bugs reported this month. Business value: enables data-driven household financial planning and scenario analysis at scale as more households or scenarios can be incorporated.

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