Software Engineer |
Building Web & Mobile Products

Challenge: Manual school administration caused slow reporting cycles, inconsistent student records, and repetitive teacher workload.

Implementation: Designed modular frontend screens for student, teacher, and admin roles, implemented REST APIs for record operations, and structured relational schemas for grade and attendance integrity.

Outcome: Reduced repetitive data entry, improved grading consistency, and gave stakeholders faster access to operational information.

Challenge: Users often lose visibility of daily spending because tracking feels complicated and inconsistent across categories.

Implementation: Implemented local data persistence, transaction categorization, summary aggregation, and chart-ready data models for spending analysis views.

Outcome: Improved personal finance visibility by turning raw transactions into understandable monthly trends and category breakdowns.

Challenge: The team needed a stable commerce foundation that could handle product browsing, cart updates, and order transactions with predictable behavior.

Implementation: Developed backend data flows for catalog and checkout operations, validated order states, and optimized query patterns for common storefront interactions.

Outcome: Created a reliable transaction path from product discovery to checkout confirmation with better data consistency.

Challenge: The project required believable physics interactions while keeping controls responsive and gameplay states easy to maintain.

Implementation: Implemented collision detection, velocity and friction calculations, turn-state transitions, and scoring logic for a playable simulation loop.

Outcome: Delivered a stable and engaging gameplay prototype that demonstrates understanding of simulation logic and performance-conscious coding.