The primary responsibilities include conducting grant-specific scientific research, analyzing results, and reporting on findings, which may lead to further grant funding and opportunities for the NPRL. Supervise and train new students and employees on lab practices, techniques and equipment.

Job Responsibilities

- The primary responsibilities include work related to the design, development, and prototyping of integrated power supplies based on radioisotope batteries and photovoltaic power generation sources;
- Perform needs assessments and feasibility assessments, perform theoretical models/simulations, and prototyping for power supply systems to ensure the necessary components are utilized and the system can handle expected loads;
- Design and characterize wide bandgap photodiodes, Bragg reflectors, anti-reflective coatings, phosphor materials;
- Characterize photodiodes and phosphors, including optical (optoelectronic) characterization, structural characterization (x-ray diffraction), and radiation effects analyses;
- Determine minimum charging power specifics (current/voltage) for battery systems, and determine solar insolation for designated geographical regions;
- Design, fabricate, and characterize a rapidly deployable concentrator module which meets needs of customer, and integrate module with purchased solar cells and commercial off-the-shelf components;
- Assist with development of progress reports for research sponsors, prepare oral/poster presentations for scientific publication, prepare written manuscripts for journal publication, and deliver working prototypes of integrated power supplies;
- Additional duties as assigned.

Required Qualifications

- Ph.D. in Physics, Electrical Engineering, Materials Science and Engineering, Nuclear Engineering or a related field;
- Experience working with radioisotope sources, and have an understanding of radioisotope energy conversion using solid state devices;
- Experience with illuminated current–voltage measurements, quantum efficiency measurements, photoluminescence spectroscopy, radioluminescence spectroscopy, III-V wafer processing and clean room experience, thermal evaporation and sputtering of thin films, modeling and characterization of radiation effects in materials, simple circuit design and simulation;
- Experience designing, processing, and testing photovoltaic devices and phosphor materials;
- Experience with illuminated current–voltage measurements, quantum efficiency measurements, photoluminescence spectroscopy, radioluminescence spectroscopy, III-V wafer processing and clean room experience, thermal evaporation and sputtering of thin films, modeling and characterization of radiation effects in materials, simple circuit design and simulation;
- US citizenship.

Preferred Qualifications

- Experience with optical absorption, scanning probe microscopy, high-resolution SEM, and cryogenic electrical measurements;
- Experience with optical absorption, scanning probe microscopy, high-resolution SEM, and cryogenic electrical measurements;
- Strong reading, writing, computing, and interpersonal communication skills;
- Must be able to manage multiple tasks; have strong reasoning skills; possess an astute understanding of the nature of higher education; and possess initiative, foresight, and diplomacy.