Engineering

ENGINEERING ACTIVE SOLIDWORKS CAD MECHANICAL DESIGN PRODUCT DEVELOPMENT RAPID PROTOTYPING EMBEDDED HARDWARE ESP32 SYSTEMS DESIGN → BUILD → TEST → ITERATE TECHNICAL DRAWINGS MANUFACTURING CONCEPTS ENGINEERING ACTIVE SOLIDWORKS CAD MECHANICAL DESIGN PRODUCT DEVELOPMENT RAPID PROTOTYPING EMBEDDED HARDWARE ESP32 SYSTEMS DESIGN → BUILD → TEST → ITERATE TECHNICAL DRAWINGS MANUFACTURING CONCEPTS

Designing. Building. Iterating.

Engineering has always been the bridge between ideas and execution. This section documents the projects, CAD models, prototypes, electronics, and manufacturing concepts I’m developing as I work toward a career in mechanical engineering and quantitative systems development.

Every project is built with the same philosophy: identify a problem, design a solution, test it, improve it, and document the process. Some ideas become finished products, while others simply become valuable learning experiences.

Whether it’s a custom enclosure, a vehicle accessory, an embedded electronics project, or a manufacturing concept, this page serves as a public engineering journal tracking that process from concept to completion.


Where Ideas Become Hardware

This bench is where research becomes reality.

Every prototype begins as an idea, followed by CAD design, electronics development, testing, and countless iterations. Some projects succeed immediately. Others fail, get redesigned, and ultimately become something far better.

Engineering isn’t about getting everything right the first time—it’s about understanding systems, solving problems, and documenting the journey along the way.