Executing, assisting, and mentoring students and staff in multiple R&D efforts: design of pulsed power, RF, and directed energy components and systems; modeling, simulation, and visualization of electrical systems and phenomenon; optimizing performance of electrical systems through iterative use of simulations; mitigation techniques for high power EMC; packaging, mounting and integration of RF components within a system; performance/oversight of sub-system, component-level, and full system testing; communications, controls, and data acquisition of system and system components; developing innovative antenna, waveguide, transmission lines, and related components; documentation; Documentation, including but not limited to, technical reports and briefings as required. The ideal team member will demonstrate: a passion for solving high-impact, real-world problems; a hands-on, pragmatic problem-solving approach for mission-critical applied research; the ability to operate in agile and dynamic working environments as a core team player and independent individual; creativity and versatility in designing, prototyping, and validating pulse power solutions for complex electrical and computational problems; a curiosity, openness, and willingness to learn new skills, methods, systems, and technologies; effective verbal and written communication skills to inform and guide team-members; and, excellent organizational skills to prioritize and execute on both long-term and short parallel assignments.