Bear Box
Andrew Yom
Project Timeline
Sep 2025 - Current
OVERVIEW
This project involved the design and fabrication of an electronically managed, bear-resistant storage enclosure intended for use in outdoor environments. The system combined mechanical durability with electronic access control to securely store food and supplies while resisting environmental exposure and wildlife interference. The bear box has integrated a welded mechanical structure with a motorized locking mechanism and RFID-based access control to securely restrict access while maintaining durability under environmental exposure. To enable off-grid operation, the enclosure is powered by a solar panel as an energy source, which involved mechanical design, electronic control, and power management. The project emphasized reliability, structural integrity, and electromechanical integration through the full design, fabrication, and testing process.
HighlightS
- Achieved +/- 25 micron precision in the alignments of 3 layers, significantly enhancing product quality.
- Combined three critical assembly steps (UV adhesive dispensing, part alignment, and clamping) into a single, streamlined robotic automation system.
- Developed a self-aligning mechanism with robotic assistance to enable the precise manufacturing of miniaturized ultrasound devices.
SKILLS
SolidWorksMATLABSolidworks SimulationMechanical design for durability, weldability, and environmental exposureFabrication, welding, assembly, and system testing
External Links
ADDITIONAL CONTENTS
Andrew Yom
Mechanical Engineering Student & IT Support Specialist
I am a mechanical engineering student with a strong hands-on background in CAD-driven design, mechanical systems analysis, and applied problem-solving. I have experience in 3D modeling, thermodynamics, and system-level diagnostics, supported by extensive technical troubleshooting across mechanical and electronic systems. In addition, my IT support experience has strengthened my ability to diagnose hardware and software issues and provide reliable technical solutions across diverse platforms.
I am a mechanical engineering student with a strong hands-on background in CAD-driven design, mechanical systems analysis, and applied problem-solving. I have experience in 3D modeling, thermodynamics, and system-level diagnostics, supported by extensive technical troubleshooting across mechanical and electronic systems. In addition, my IT support experience has strengthened my ability to diagnose hardware and software issues and provide reliable technical solutions across diverse platforms.