Texas Tech ME candidate graduating August 2026, with real-world co-op experience spanning petrochemical reliability engineering and large-scale civil infrastructure. From assessing pressure vessels at a LyondellBasell plant in Houston to running production engineer duties on a highway project in West Texas, built to solve problems in the field, not just on paper.
Collaborated within a five-person engineering team to develop three distinct fall protection prototypes for Samsung Austin Semiconductor. Modeled and simulated structural designs in Autodesk Inventor to meet a rigorous 3,600-pound load specification. Utilized manual milling, lathe operations, and welding to fabricate and physically test multiple iterations, translating complex digital models into functional hardware and analyzing real-world load limits.
Engineering a custom pickleball paddle through rigorous materials analysis — comparing carbon fiber vs. honeycomb aluminum for strength-to-weight performance. Designed CNC-ready models in Inventor Professional and coordinated with multiple professors on the first prototype.
Recreated the Texas Tech campus and Raiders Pass Apartments in full 3D using Cesium and Google Maps API. Resolved severe rendering crashes with optimization techniques that boosted performance by 125%. Imported custom Blender assets for added realism.
Developed a comprehensive 3D electro-mechanical assembly in Autodesk Inventor to demonstrate advanced rendering techniques. Engineered over 20 custom parts, including detailed internal motor components and an integrated cooling fan. Applied precise mating constraints to a custom fork-and-spindle mechanical linkage to produce a highly accurate, presentation-ready 3D render.
Built a high-performance, water-cooled PC from the ground up. Selected and installed an AMD Ryzen 7 7800X3D, an RX 9070 XT, and 32GB of DDR5 RAM, utilizing a liquid cooling setup to ensure optimal temperature control during resource-intensive applications.
Designed and built a closed-loop environmental control system wiring an Arduino Uno to a DHT22 temperature/humidity sensor and L298N dual H-bridge motor driver. Programmed C++ firmware to continuously poll sensor readings and output proportional PWM signals — modulating DC motor speed dynamically based on real-time ambient conditions. Implemented serial monitor feedback for live data visualization and threshold verification.
Characterized a fan-driven open-loop flow system using an orifice plate and laminar flow element reference standard to determine the discharge coefficient and quantify measurement uncertainty across multiple flow rates.
↓ Engineering ReportMeasured axial temperature profiles along a segmented brass stack using thermocouple DAQ to validate Fourier's Law and quantify the effect of thermal interface materials on contact conductance.
↓ Engineering ReportMapped surface pressure distribution around a circular cylinder in a subsonic wind tunnel across multiple Reynolds numbers to compute form drag and apply blockage corrections for tunnel wall confinement.
↓ Engineering ReportMeasured thrust and burn duration of a solid-propellant rocket motor using a load cell to experimentally determine total impulse, average thrust, and specific impulse, then compared results against manufacturer specifications.
↓ Engineering Report
Graduating August 2026 and actively seeking full-time engineering roles. Open to anywhere in the US or abroad, eager for hands-on field work, reliability engineering, or R&D opportunities. If you need a driven engineer ready to hit the ground running, let's talk.