1. Job Descriptions for New Hires
S&TD 2018

2. Signal & Image Processing
The Signal and Image Processing Branch (SIPB) conducts applied research and development to develop Signal and Image Processing algorithms as well as assess the maturity and performance envelope of algorithms and related functions for single, multiple, hyperspectral sensors to optimize and facilitate the transition of automation technology to the field. This includes performing applied R&D to improve the state-of-the-art in signal and image processing techniques for target detection using both imaging and non-imaging sensors as well as data analysis in the study of the underlining detection phenomenology. Candidates must have some familiarity with signal and image processing techniques using real sensor data. (e.g. Long-Wave Infrared (LWIR), Mid-Wave Infrared (MWIR), Short-Wave Infrared (SWIR), multi-color (MWIR/LWIR), hyperspectral LWIR, SAR, RADAR, visible, and acoustic sensors)
Duties would include, but not be limited to, the design, analysis, and developing prototype novel signal processing algorithms using sensor data and possibly fused sensor data to detect objects of interest. These algorithms would be developed with a thorough knowledge of signal processing techniques to detect targets in sensor data as well as sensor characteristics, and object characteristics, and object feature selection. Knowledge of target characteristic would be obtained through experiments and analysis of sensor data. The development and analysis of signal and image processing routines would be furthered through hands-on experience in the integration of these new and novel algorithms into field demonstrations to prove out algorithm performance over a wide set of sensor data characteristics. This would be done in a test-fix-test process to refine overall system performance. All results and technical approaches would be documented in both internal reports as well as publications in relevant journals and conferences.
Skills we look for in applicants:
MATLAB and/or C/C++ programming
Image processing algorithms using medical and non-medical images
Pattern recognition
Image fusion or enhancement
Machine learning
Robotics
Degree Levels/Areas of Study
BS, MS, PhD
Elec Eng, Computer Science, Operations Research, Math, Physics, Software Eng

3. Countermine Technology
GEOPHYSICIST (1)
Basic Duties and Responsibilities:
Seeking applied geophysicist to support CEH branch data interpretation, modeling, field measurements, and sensor development
Experience
The candidate should have knowledge or experience understanding of the interaction of near surface wave fields and targets in the shallow subsurface for vibration studies and impact of soil heterogeneity on radar sensors via permittivity, conductivity, susceptibility, and other environmental conditions. Vibration (seismic, acoustic) experience could involve experimental characterization of components of surface displacement from multiple seismic sources in the near and far field at high frequencies and short ranges relative to traditional geophysical techniques. Radar experience could include interpretation of modeling and measured data to determine impact and mitigation opportunities of soil heterogeneity and its effect on ground penetrating radar physics. Experience including performing radar and seismic field and laboratory data collections, experiment design, data processing, signal and image processing sensor data and interpretation is desired. Additional experience include working closely with internal and external customers and presentation of data to peers and scientific community is also desired.
Required Qualifications:
Requires masters’s degree or Ph.D. in geophysics or equivalent with zero to seven years of related experience. Proficient with scientific computing programs such as MATLAB, Python or similar. Experience with full waveform inversion and image forming techniques.
The candidate must be a US citizen and be eligible to obtain a DoD secret clearance. The candidate will also be required to relocate to the Northern Virginia/Washington DC area.
Some travel may be required.

4. Countermine Technology
RF ANTENNA PHYSICIST (2)
Basic Duties and Responsibilities:
Seeking RF Antenna physicist to support CEH branch understanding and creation of antenna concepts and designs for applied ground penetrating radar and other electromagnetic measurement modalities such as electromagnetic induction, magnetometry, etc.
Experience
The candidate should have knowledge or experience designing antennas or demonstrate understanding of physics impacting design to create desired waveform or other antenna parameters. Experience utilizing electromagnetic modeling software to model antennas or other RF devices is highly recommended. Additionally, candidate would demonstrate experience working with test equipment such as network analyzers to measure properties of antennas or other RF devices, including ultra-wide band or multiple band antennas and RF devices in the microwave frequency range.
Required Qualifications:
Requires masters’s degree or Ph.D. in Physics, Electrical Engineering or equivalent with zero to seven years of related experience. Proficient with scientific computing programs such as MATLAB, Python or similar. Experience with modeling software and antenna/waveform design.
The candidate must be a US citizen and be eligible to obtain a DoD secret clearance. The candidate will also be required to relocate to the Northern Virginia/Washington DC area.
Some travel may be required.

5. Imaging Technology
Kind of Degree: Optical Engineer (or related engineer or physics)
Level of Degree: BS (1) / MS (2)
What to look for in a resume:
Tasks include optical design, optical performance modeling, tolerancing, performance analysis, and testing for systems and subassemblies in quantities ranging from prototype to full production. Familiarity with Zemax, CODE V, or similar lens design software is desired. Additional skills with math modeling software and image processing are desired.
Keywords for skill set: Lens design, optical testing, optical laboratory, opto-mechnical assembly, tolerancing, infrared, visible, displays, optical materials, MTF, optical inspection equipment, quality test planning, customer presentation, requirements analysis, performance modeling.
Kind of Degree: Material scientist/Chemist/Solid state physicist/Optical engineer
Level of Degree: BS
Background in laser (CW and long pulse to femto-second) interaction with bulk and thin film optical materials specifically nonlinear materials, polymers, organics, crystalline materials, and chalcogenides. Conduct internal testing and development plus collaborative work with other government organizations such as Army Research Lab and Air Force Research Lab. Support our government contracts by evaluating DoD contractor work and provide recommendations to validate and improve their research

6. IR Camera Technology ROIC / microelectronics expert: Duties:
Oversee NVESD program efforts in the areas of Readout Integrated Circuits (ROICs) and Microelectronics.
Evaluate ROIC designs, GDS files, FPGAs, ASICs, and other integrated electronics and photonics
Perform data analysis of experimental data using computing tools such as IDL, C, and Matlab.
Perform setup of experimental apparatus using machine control using LabView or similar.
Perform in-laboratory characterization of ROIC prototypes and test arrays
Document test procedures and results
Develop new test methods for new prototype hardware
Create new performance tests and carry them out with analysis and documentation
Specialized Experience: Candidate must have laboratory experience, and be able to write up results, explain concepts to others, and write high quality scientific reports and papers. Candidate must have experience with LabView to control lab hardware, Matlab to perform data analysis of test results, and programming languages such as python or C. Experience with thermal focal plane arrays (both cooled and uncooled) is a plus.
MS or equivalent experience in Electrical Engineering

7. Laser Technology
1. Senior level laser physicist (2): PhD in Electrical Engineering or Physics, with emphasis in lasers and electro-optics. Minimum of 5 year experience in solid state lasers with emphasis in Q-switched lasers, diode-pumped lasers, non-linear frequency conversion to mid-IR and long-wave bands. Demonstrated ability of developing new laser concepts and applications, with emphasis in military system such as laser range-finding, laser designation, active illumination. Demonstrated ability to conduct independent research and managing laser development projects, and report results in project reports and presentations.
2. Laser and optical system engineer (2): BS or MS in Electrical Engineering or Physics, with emphasis in lasers and electro-optics. Prefer >2 year experience in the solid state laser technology and active optical systems, with emphasis on hand-on construction of laser bread-boards, integration of lasers into optical systems and field testing of such systems. Demonstrated ability perform laboratory experiments in solid state laser prototyping and characterization.

8. IR FPA Technology Research Scientist
Degree requirements: Materials Science/Engineering, Electrical Engineering, Physics or Chemistry.
Ph. D. preferred. Would consider M.S degree with 5 or more years of relevant experience.
Motivated individual with proven capability to engage in productive, innovative and relevant experimental research in the field of semiconductor materials and/or devices. Expertise in semiconductor materials, preferably in narrow band-gap semiconductors. Hands-on experience in several of the following areas: deposition techniques (MBE, CVD, sputtering etc.), photodiode device characterization (I-V-T, C-V-T, photoresponse, etc.), materials characterization (XRD, SEM, XPS, Auger, optical techniques etc.). Proven capability to independently analyze and interpret disparate data to improve processes.