Satellite-based detectors for space monitoring programs in support of nonproliferation and nuclear event detection missions;
Payloads for planetary science missions;
and Smallsat and Cubesat Systems.
FPGA-based design and implementation using VHDL
High-speed data acquisition and digital signal processing architectures
Design, integration, and verification of high-throughput communication interfaces such as SpaceWire, Ethernet, serial transceivers, or related protocols in the Gb/s regime
Synchronous digital design, simulation, timing analysis, synthesis, routing, and hardware validation
Development of test benches, verification methodologies, and debugging strategies for FPGA-based systems
Integration of digital subsystems with analog, sensor, and embedded processing hardware
Experience debugging & troubleshooting circuits/prototypes in a lab environment
Demonstrated ability to lead and execute technical work both independently and in a multidisciplinary team environment with engineers, scientists, and technicians. Applies advanced expertise in one or more areas of engineering to guide the research, design, verification, and validation of electrical engineering solutions.
Strong written and verbal communication skills, with the ability to clearly convey complex technical concepts, support sound decision-making, and collaborate effectively across disciplines. Proven capability to understand the broader system context and integrate electrical design decisions with inputs from other subject matter experts.
Recognized for strong organizational skills, sound technical judgment, and the ability to evaluate design tradeoffs at the task and subsystem level. Demonstrates initiative in influencing project execution and contributing to team or organizational direction, including mentoring and supporting the development of early-career staff.
Experience in one or more of the following areas is desired but not required:
Digital Systems: FPGA-based design (VHDL/Verilog), digital interfaces, and embedded systems integration