Public engineering firm profile
Grand Rapids, MI
Designing | Automating | Testing
Array of Engineers is a multidisciplinary engineering practice based in Grand Rapids, Michigan. It fuses various engineering disciplines to solve complex challenges and deliver innovative engineering solutions, including embedded software development, hardware design, model-based development, and automated testing. Its test automation tools, software expertise, and custom circuit designs reduce standard test timelines by over 90% on average.
Leverages custom automated hardware, software, and test scripts to reduce costs and timelines for verification and validation test efforts. The practice designs test equipment, end-of-line product testers, and embedded test software.
Provides software design, development, and testing for complex control systems and devices across the aerospace, medical, and automotive industries.
Designs field programmable gate arrays and printed circuit boards to implement real-time high-speed signal processing on low-powered embedded devices.
Develops programmable PCBs and customized carrier boards to automate test environments and build modern IoT systems.
Utilizes GPU computing and parallel processing to develop neural networks for cloud and edge-based image recognition and object detection.
Airbus | Aerospace
Developed, tested, and verified embedded software for the Hydraulic Monitoring and Control Application (HMCA) on the Airbus A350. The HMCA suite controls engine-driven pumps, fire shut-off valves, electrical motor pumps, system temperature warnings, and engine failure detection. Model-based development tools were used to automate code generation and streamline testing.
View project sourceBoeing | Aerospace
Supported the development of printed circuit boards and used automated test environments to perform verification and validation for the embedded hydraulic software on the Boeing 787 aircraft.
View project sourceNASA Goddard Space Flight Center | Space
Partnered to support the Goddard On-orbit Servicing, Assembly and Manufacturing-1 (OSAM-1) satellite program. Developed FPGA test bench code for the high-power motor controller on the spacecraft's robotic arm and performed software profiling calculations using MATLAB modeling, bench testing, and Verilog simulations.
View project sourceNASA's Jet Propulsion Laboratory | Space
Developed field-programmable gate array (FPGA) test code to support NASA's Jet Propulsion Laboratory (JPL) Europa Lander program.
View project sourceNorthrop Grumman | Space
Developed FPGA test code for Northrop Grumman's Mission Extension Pod (MEP) program, supporting space satellite longevity.
View project sourceU.S. Army Combat Capabilities Development Command | Defense
Created an automated test suite to accelerate software verification testing for the Mine-Resistant Ambush Protected (MRAP) ground vehicle for the U.S. Army Combat Capabilities Development Command, reducing manual test timelines by 80%.
View project sourceGround Vehicle Systems Center | Defense
Provided requirements and testing expertise for the Software Foundry initiative in support of the Ground Vehicle Systems Center's (GVSC) Ground Vehicle Robotics (GVR). Delivered planning and process frameworks for the Robotics Technology Kernel (RTK) and Warfighter Machine Interface (WMI) product lines, aligning with DO-178C safety-critical standards.
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