Work

A selection of work spanning product design, engineering and process optimization.

Quality Claims Workflow Transformation
Lean FIFO Cycle Time Reduction

Quality Claims Workflow Transformation

A high-impact quality tracking system that reduced Goods-In-House (GIH) claims by 53% and streamlined enterprise disposition workflows across the Milton facility.

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Clinical Intake Workflow Automation
AI Healthcare Product Development

Clinical Intake Workflow Automation

A multilingual clinical intake platform designed to standardize patient history collection, reduce administrative bottlenecks, and improve the quality of information physicians receive before the visit begins.

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Parts Washer Conveyor Safety Guard
Safety Mechanical Design Continuous Improvement

Parts Washer Conveyor Safety Guard

Designed and implemented a custom safety guard for a parts washer conveyor that eliminated operator exposure to moving components while preserving loading access and maintenance usability.

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Induction Coil Redesign for Piston Rod Annealing
Machine Design Process Improvement Manufacturing Engineering

Induction Coil Redesign for Piston Rod Annealing

Redesigned a custom induction coil to support a wider range of piston rod sizes, improve operator setup, reduce damage risk, and deliver more consistent heating in production.

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In-House Fabrication Strategy for Lincoln Electric
Manufacturing Automation Cost Reduction

In-House Fabrication Strategy for Lincoln Electric

Engineering and Management capstone developing an in house fabrication strategy for Lincoln Electric to cut projected lead times by 50 percent, reduce outsourced manufacturing costs, and improve quality and design control.

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Assistive Pill Splitting Device for a Client with Dystonia
Assistive Design CAD Prototyping

Assistive Pill Splitting Device for a Client with Dystonia

Designed and prototyped an assistive pill splitting device for a client with dystonia, enabling safe, accurate, and repeatable pill splitting into halves and quarters. Led concept development and team decision making through a structured design process, with the final solution placing third out of 217 teams and being adopted by the client in real life.

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Self Balancing Mobile Robot
PID Tuning Robotics Mechanical Design Testing and Validation

Self Balancing Mobile Robot

Built and tuned a group designed self balancing mobile robot by leading mechanical assembly, calibration, and physical PID tuning. Improved real world stability through iterative testing and troubleshooting, helping the robot achieve one of the longest balancing times in the live class demo while bridging the gap between simulation and physical performance.

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