Worked with customers to maintain and improve Allison’s simulation software, ranging from userinterfaces (C#) down to embedded code that controls Acromag IP modules (C)Revamped the logging service, enabling it to run on all of the simulators, reducing log file size by 90%,and improving report accuracyProgrammed and released a new version of SelfTest software, reducing runtime by 40% andsupporting new generations of Transmission Control Modules (TCM)Finished the portable Fault Injection Module (pFIM) project and put it into production, providing anadditional testing tool to engineers, frequently used at the headquarters and the Michigan facility

Developed a working prototype of the pFIM – a smaller version of the current simulator, bringingadvanced testing capabilities into test cells and vehiclesDesigned a user interface (C#) and wrote driver code for the pFIM (C++) – removed the need forexpensive enterprise softwarePresented weekly updates and new issues to lead engineers

Built a Hall Effect Speed Sensor simulator from scratch to test whether a Transmission Control Module (TCM) detected vehicles speeds correctlyLearned PCB design and designed breakout boards for TCMs

Optimized machine positioning in the factory to achieve maximum workflow efficiencyDesigned floor plans in AutoCAD and fan fixtures in InventorImproved inventory tracking by developing an efficient method of inventory location