- B.S. Mechanical Engineering, Cum Laude
- Certified AutoCAD Professional
- CAD design and simulation: SolidWorks, ANSYS
- Computational fluid dynamics and process system engineering
- Heavy mechanical assemblies and industrial skid design
I'm a degreed Mechanical Engineer. My work centers on taking P&IDs and flat schematics and turning them into accurate 3D models, fabrication drawings, and simulation-verified process systems. The work spans fluid systems, heavy mechanical assemblies, and industrial applications. All designs are built to ASME standards and intended to hold up in the real world.
Core Competencies
P&ID Translation & Process Design
- 2D schematic to 3D model translation
- Line sizing and system architecture
Computer-Aided Design (CAD)
- Heavy mechanical assemblies and skid modeling
- Shop drawings and isometrics
Fluid Systems & Stress Engineering
- Computational fluid dynamics
- Thermal cycling and seismic restraint modeling
QA/QC & Compliance
- ASME B31.3 & API 570 verification
- Weld mapping and MTR tracking
Modular Process Equipment Design
P&ID Development
Process Flow Architecture
Orthographic Detail Drawings
Architectural Visualization for Industrial Projects
Infrastructure & Compute Capability
Work runs on a custom-built, liquid-cooled workstation engineered for continuous, high-duty operation. It provides enough processing power and VRAM to sustain long-running ANSYS simulations, FEA, and large CAD assembly rendering without thermal throttling or cloud dependency.
The workflow also utilizes a fully offline, locally-deployed LLM. It serves strictly as an internal utility for command-line automation, data parsing, and scripting (Bash, Python, PyMuPDF, ImageMagick). All data stays local: no third-party APIs, no external tokens.