Shane Rasmussen Email and Phone Number

• Enhance and test data collection of currently implemented Ignition SCADA and PLC projects.• Responsible for accurate and thorough documentation of product and components• Contribute to the continuous improvement of software development best practices, in areas of coding tools, APIs.

• Conducted comprehensive time loss study resulting in 3% production increase and $980,000 annual cost savings.• Led mill-wide Ignition software upgrade, improving user functionality and data capture performance across 7 production lines.• Automated reporting for data models and graph analysis in Ignition, providing management with real-time data insights.• Facilitated the updated wood to wood processing times by reducing downtime, increasing speed, and throughput accumulation. - 78% reduction in shortstops downtime. - 13% decrease in total shortstops count. - 57% reduction in manual clip operations resulting in increased production. - Increased lathe production value by 940.00$ per shift, translating to 900,000$ annual revenue growth.

• Implemented a robust sensor data management solution reducing data transfer costs by 50% • Optimized data algorithms, resulting in a 75% reduction in delivery time, and enhancing real-time decision-making capabilities.• Led the end-to-end development of a sophisticated model, streamlining complex data analysis processes.• Developed an intuitive, user-friendly interface, enabling non-technical personnel to build and deploy machine learning models.• Engineered and automated pipeline for model training and deployment, boosting overall productivity by 65%.

• Served as the architect responsible for designing and developing UMG Widget and application mechanics.• Played a key role in the development of VR Raptor motion actuators, focusing on sensor design and integration for optimization.• Significantly enhanced performance in Unreal Engine projects by identifying and resolving bugs and improving project stability.• Improved code quality using automated game testing procedures, reducing errors by 33%.

Computer ScienceEntertainment Arts and Engineering Emphasis

Business Computer Information Systems