My Technical Hobbies & Personal Projects
These personal projects demonstrate my **technical curiosity**, ability to **troubleshoot complex problems**, and commitment to **iterative design and precision**—skills directly transferable to data analysis and business operations.
3D Printing
Project: Custom Power Bank Housing Design
Designed and manufactured a custom, functional housing for a portable power bank, requiring precise tolerance planning and fit testing.
Tools: **Trimble Sketchup**, FDM Printer, Calipers.
Project: Filament Calibration & Stress Testing
Executed calibration prints (temperature towers, flow rates) and stress-tested various print settings to optimize material usage and print reliability.
Skills: **Slicer software optimization**, precision calibration, troubleshooting mechanical/extrusion issues.
3D Modeling
Project: Simple Geometric Abstractions
Learned the basics of **Blender** by creating various geometric shapes and combining them into abstract art pieces, focusing on light and texture.
Tools: **Trimble Sketch Up**, Blender (basic modeling, rendering), architecture and design principles.
Project: Precise Modeling of Organizational Objects
Practiced precision modeling by recreating common household objects (e.g., organizational items) in Sketch Up, focusing on real-world dimensions and functionality.
Skills: Precision dimensioning, applying basic materials and textures.
Electrical Engineering & Microcontrollers
Project: Basic Sensor Interface Circuit Design
Designed and wired a simple sensor-based circuit on a breadboard to understand component flow and voltage regulation.
Skills: **Component Sourcing & Wiring**, understanding schematics, breadboard prototyping.
Project: Arduino "Hello World" (LED Blink)
Wrote and uploaded the classic "Blink" sketch to an Arduino Uno, demonstrating ability to interface software logic with physical components.
Skills: **Arduino IDE**, basic C++ for microcontrollers, controlling digital output.