• Published custom Dewesoft plugin for collecting real-time data from hydraulics controllers; written in C++ using MSVC and Windows DCOM• Architected applications for sensor inventory management and battery testing; used .NET Blazor for the frontend and C# for the backend• Built data pipeline and dashboards for condition monitoring of factory machine bearings; vibration data was streamed to an AWS S3 bucket, extracted and transformed with Microsoft Fabric, then displayed using Power BI• Partnered with an offshore O&G services company to design a downhole pressure sensor; developed analytical model using Python; validated model using ANSYS FEA; created manufacturing drawings using SOLIDWORKS

• Developed internal line-of-business application to generate sales leads; tech stack included ASP.NET, Azure cloud services, Microsoft SQL Server and Blazor; implemented resilient REST API clients using Polly• Created a custom static site generator using .NET’s Statiq framework, reducing frontend development by 4x; implemented CI/CD pipeline by automating the website’s build and deployment using Linux and Github Actions• Improved all Google PageSpeed Insights scores to 95/100 by deploying website to Netlify CDN; used Decap CMS to manage changes to website; collaborated with frontend developers and designers using git

• Wrote firmware for robotics system using C# and Structured Text to collect and record data from production TwinCAT PLC; provided company-wide access to both historic and real-time data for analysis and visualization• Developed cloud-based telemetry pipeline using Python in Palantir Foundry to transform raw data into an ontology for calculation of direct construction costs (DCCs); used Python and PySpark for data transformations• Architected and developed Downtime Attribution Workflow to categorize and identify downtime events; quantified all downtime, communicated to engineering and operations, and increased uptime from 4 to 8 hours per day

• Hired and led a team of 7 engineers to design, develop, and implement test operations and infrastructure for acceptance, qualification and R&D test campaigns• Developed test operations to include Jira for priority management, Test Plans, Procedures, Reports and Test Fixture standard operating procedures (SOPs) • Built data pipelines from test stands to the cloud to provide company-wide access to post-processing, visualization, and analysis of testing results• Executed 27 individual test campaigns in first year• Designed and Built Test Fixtures - Vibration and Modal Analysis Shaker Kit - Power Analyzer Field Kit (1800V, 300A) - Multiple Subsystem Test Fixtures for rapid R&D - Subsystem Integration Test Stand - Manufacturing Acceptance Test Fixtures for both component and subsystem validation

I designed and built R&D test rigs. I also wrote engineering physics simulations and performed engineering analysis.• Supported the O&G industry through product development and testing of downhole tooling, directional drilling fixtures,ESP thrust bearings for high sand content wells, and reciprocating compressors for gas transmission• Managed 4 test campaigns as responsible engineer; lead team of 3 engineers from test conceptualization to actualization; facilitated resources allocation, budget tracking, team supervision, and communications to ensure alignment with project scope and technical requirements; monitored progress and reported status to the customer and management• Designed test infrastructure to meet customer testing requirements; used Solidworks for 3D modeling of systems and subsystems; generated engineering drawings using GD&T to communicate with manufacturing and subcontractors; leveraged knowledge of fabrication techniques including welding, machining, sheet metal fabrication, and laser cutting• Analyzed data collected during testing campaigns for design engineers to develop systemic upgrade plans with detailed system performance analysis; used ANSYS for structural, stress, modal and vibro-acoustic analysis; designed and developed data analytics strategies to ingest, analyze and automated data reporting using Python, Numpy, and matplotlib• Correlated test data with mathematical and physical models by programming custom simulations in Python; used SQL database within Python’s xarray and Pandas libraries for data pipelining, data warehousing, and data analytics• Generated system process diagrams, P&IDs, process flow diagrams, and functional diagrams of complex systems; communicated technical requirements, complex concepts, and testing results to executive staff and management; led hardware design reviews

I designed, built, and operated turbocharger test rigs to create performance maps for customers.• Operated test stands for acceptance, qualification, and research and development testing of turbochargers for automotive and oil & gas industry; wrote test specifications, SOPs, and data-driven test plans with verifiable pass/fail criteria; executed system and subsystem level test procedures; reported system level acceptance criteria for 12 test campaigns • Designed automated test operations for recuring test campaigns using PLC logic and programming; combined mechanical, computer, and electrical engineering to design and build instrumentation control systems using relays, microcontrollers, and logic circuits; minimized human touch points resulting in a 30% reduction of the test technician team• Collaborated with a team of 6 engineers and technicians to fabricate, build up, and commission test stand infrastructure and test articles; designed GUIs to help test operators safely ingest and analyze testing data

I tutored math and physics for K-State's football and basketball teams to help them keep their grades up and continue playing on the field and court. • Oversaw the development of teaching plans for a 16-athlete study group; utilized effective teaching approach to maximize athletes’ learning; achieved required GPA, ensuring the team’s 100% eligibility play• Provided comprehensive support to help collegiate sports teams accelerate academically; tracked teams’ progress to determine and address areas that require further assistance; achieved learning objectives• Carried out one-on-one tutorials with athletes from different sports teams; capitalized on listening and questioning strategies to diagnose learner’s needs; implemented appropriate action plans, enabling all teams to meet academic goals

I kept people's cars running...• Delivered best-in-class customer services; orchestrated face-to-face client interactions to explain technical problems and appropriate solutions; maximized satisfaction, securing customer trust and loyalty• Managed the repair and maintenance of different types of vehicles; conducted thorough inspections to diagnose and resolve mechanical or electrical issues accurately; ensured vehicle reliability, functionality, and longevity• Provided advice and consulting to customers on good vehicle use; responded to inquiries using deep knowledge of complex mechanical and electrical systems of vehicles; strengthened client relationships, resulting in repeat business