Key Responsibilities: • Serve as a technical leader in the development of embedded measurement technologies used in custody transfer, flow measurement, and industrial automation systems. • Lead the design and implementation of advanced signal processing algorithms, FPGA firmware, embedded architecture, and next-generation digital measurement platforms. • Partner closely with hardware, mechanical, and product engineering teams to deliver highly accurate and reliable solutions for critical energy industry applications. • Develop algorithms supporting ultrasonic flow meters, positive displacement meters, and other precision measurement technologies. • Develop software and signal processing solutions supporting precision measurement systems used in industrial automation, custody transfer, process control, and diagnostic applications. • Support development of advanced flow measurement and terminal automation products used globally within the energy industry. • Improve metering accuracy, repeatability, diagnostics, and uncertainty performance for custody transfer applications. • Lead software and firmware architecture decisions for next-generation measurement platforms. • Define hardware/software interfaces and system performance requirements. • Evaluate emerging technologies and recommend future product roadmap enhancements. • Participate in design reviews and technical risk assessments. • Developing, porting, and optimizing digital signal processing algorithms for flow measurement, diagnostics, and advanced sensing applications. • Develop techniques for real-time signal acquisition, processing, and noise reduction. • Evaluate and implement algorithms for sensor characterization, frequency analysis, waveform processing, and measurement uncertainty improvement. • Support advanced diagnostics, predictive health monitoring, and condition-based monitoring technologies. • Develop FPGA firmware • Develop embedded software • Design digital filters, FFT analysis and time-of-flight algorithms • Support transducer characterization and signal integrity investigations • Analyze sensor data and system performance to improve accuracy, repeatability, diagnostics, and long-term product reliability. • Collaborate with hardware, mechanical, and product engineering teams to define next-generation measurement system architectures. • Mentor engineers and document critical technical knowledge • Explore future use and development of end point AI algorithms for diagnostics, predictive maintenance, anomaly detection, and intelligent measurement systems. • Support implementation of secure software development practices and cybersecurity requirements for industrial connected devices. Qualifications and Experience: • BS/MS Computer Engineering or Software Engineering • 7+ years of embedded product development • FPGA development including VHDL/Verilog • DSP including time domain, frequency domain, domain conversion, FIR filters, Hilbert • Control algorithms • Safety and environmental • Embedded real-time systems • Sensor characterization and calibration • Frequency and phase measurement systems • Statistical analysis, regression, and measurement uncertainty methods • flow measurement technologies • Linux • Proficiency in C/C++ • Embedded Linux development • ARM-based microcontrollers and processors • Real-time operating systems (RTOS) • Ethernet, Modbus, CANbus, serial communications • Git version control • Unit testing and software verification • Preferred experience with flow measurement, industrial automation, instrumentation, sensors, ultrasonic technologies, process control, or oil and gas applications. Key Interactions: Internally: • Software, Hardware, Mechanical Engineering, Product Management Externally: • Customers, contractors, universities, and technology partners