Space Imaging Silicon Detector Optimization

ORAU; Pasadena (CA); On-site; USD 70,000 - 100,000; Full time

Job summary

NASA Postdoctoral Program seeks a highly skilled researcher to advance state-of-the-art silicon detector technologies for space imaging. The position emphasizes detector test methodologies, QE calibration, and system integration with custom electronics in a challenging space environment.

The successful candidate will design optimized operating modes, refine clocking and bias conditions, and contribute to next-generation space-camera projects across NASA missions.

Qualifications

• PhD in physics, astronomy, or engineering with detector experience.
• Experience with silicon detectors (EMCCDs, sCMOS, Skipper CCDs).
• Ability to develop test methods for low-noise performance.

Responsibilities

• Develop detector test methodologies to measure read noise, dark current, and QE.
• Lead QE measurements and spectral response characterization.
• Integrate detectors with camera systems and low-noise readout chains.

Skills

Detector characterization

Noise reduction

QE measurements

Camera integration

Semiconductor physics

Education

Doctoral Degree

Tools

Detector testbeds

Low-noise readout electronics

Calibration equipment

Job description

NASA Postdoctoral Program seeks a highly skilled researcher to advance state-of-the-art silicon detector technologies for space imaging. The position emphasizes detector test methodologies, QE calibration, and system integration with custom electronics in a challenging space environment.

The successful candidate will design optimized operating modes, refine clocking and bias conditions, and contribute to next-generation space-camera projects across NASA missions.