• Lead test engineer on NPI products • Utilize JAMA to develop test requirements for NPIs • Create traceability matrices to tie test requirements back to customer / program requirements • Design, Develop, and Execute Test Cases that satisfy all test requirements • Develop scripts and automation tools in bash, python, powershell, LabVIEW, and C# as required • Hold formal requirements, test case, and test results reviews in accordance to our internal AS9100 guidelines• Manager of engineering NPI laboratory • Handle equipment rentals and calibrations for engineering laboratory • Allocate equipment resources and create / teardown test stations for active and new products • Evaluate equipment needs for future products / programs• Develop Acceptance Test Procedures that allows our manufacturing division to adequately and efficiently test production hardware and systems• Support manufacturing technicians with hardware debug and manufacturing defects, automation performance issues, and legacy test stations and procedures

• Created test plans and strategies for upcoming new product introductions for budget / schedule estimation and project feasibility.o Created test plans for both board and system level products• Worked with hardware team to understand test hardware requirements, costs, and feasibility• Wrote embedded test software for primarily Linux systems, but also Windows and VxWorkso Scripts typically written in Bash or Pythono Code generally written in C or LabVIEW. • Wrote executive (automation) test software in National Instruments Test Stand and LabVIEW. o Typically run on a Windows machine communicating to hardware through serial or ethernet• Supported manufacturing with test software / test station issues• Wrote design verification test reports and production test procedures• Communicated status to key stakeholders in a timely and professional fashion• Produced internal documentation about how the test software works, it’s dependencies, and common FAQs.

• Develop test plans and protocols for proof of performance of electronic warfare and radar hardware that conform to various aerospace standards such as AS9100, ANSI/VITA, SOSA. • Execute test plans and write reports that meet design control standard.• Develop tools to organize large sets of data into easily presentable formats. • Perform risk analysis on program, software, and hardware requirements. o Identify lab assets and resources required and purchase / rent equipment necessary timely development of new products. Managed with Confluence. o Identify gaps seen in previous programs / products to ensure they get addressed.• Work closely with engineering team to identify, prioritize, and correct defects in the software / hardware. o Use Atlassian tools to collaborate with different engineering groups to avoid schedule conflicts and ensure on time delivery. o Log bugs or errata and track to closure• Communicate with engineering and program management team members about defects or gaps in the design verification. • Develop tools designed to automate acceptance test procedures for production team members. o Toolset include LabView, C, TCL, Python, embedded Linux. o Versions control software with BitBucket and documentation with Microsoft SharePoint.• Support customers on technical system integration and engineering support.• Train and manage a small team of engineering coops and interns. o Assign tasks that help development engineering growth while also pushing programs forward. o Provide ongoing technical support where needed.

• Developed software for hardcore/softcore processors such as Xilinx ZYNQ Ultrascale+ MPSoC devices. o Code base is written in C with Microsoft Visual Studio and compiled for various embedded Linux operating systems (Redhat Linux, CENTOS) o Version controlled through git using Git Extensions. • Developed GUI based software in C# for monitoring external hardware sensors and displaying them in realtime. • Communicated project status and risks to management team.• Consulted on technical proposals and software system design.

• Developed new FPGA code using Verilog and System Verilog. • Developed scripts in TCL to help automate the building, migrating, and merging of codebases with Xilinx Vivado. • Supported older codebases written in VHDL. • Created testbenches using Mentor Graphics ModelSim and QuestSim to provide test stimulus and verfiy designs before implementing into real hardware.