Radar Systems Engineer
| Company | KBR |
|---|---|
| Location | Dahlgren, VA, USA |
| Salary | $Not Provided – $Not Provided |
| Type | Full-Time |
| Degrees | Bachelor’s |
| Experience Level | Junior, Mid Level |
Requirements
- Active Secret Clearance required. Must be a US Citizen.
- BS/BA Degree
- At least two years of experience in radar system engineering, design, analysis, or radar software development.
- Proven ability to perform complex calculations and apply principles to assess advanced radar systems concepts, evaluate specifications, and perform system integration.
- In-depth understanding of object-oriented programming principles.
- Solid knowledge of radar hardware (e.g., antennas, ADC/DAC, mixers, amplifiers).
- Advanced Proficiency in MATLAB, C++, and Python for radar system simulations.
Responsibilities
- Requirements development, software verification, system integration support, antenna design, radar performance testing and analyses, signal processing, and radar operations support.
- Design radar system architectures, develop operational concepts, and create radar processing algorithms.
- Define and decompose system, hardware, and software requirements, ensuring seamless integration into systems.
- Perform statistical analysis of radar system performance, using both real and simulated data to assess capabilities.
- Build and refine MATLAB, C++ and Python simulations to test radar concepts and processing techniques.
- Perform test and evaluation activities, including laboratory testing plans, new technology evaluation documents, usability engineering documents, and laboratory testing of SW/MW test articles developed.
- Research and develop systems/subsystem specification documents, including compliance, completeness, and consistency of component and interface requirements with current and evolving system requirements, information architectures, and systems.
- Support signal processing activities, including waveform, clutter management, and electronic protection development; design electronic compatibility into systems and supporting data collection and analysis to determine the effectiveness of signal processing systems.
- Engage in live radar testing, analyze recorded data, and identify issues that impact mission requirements.
- Explore advanced radar performance using detailed physics-based simulations. Use simulations and small-scale tests to evaluate the performance of existing systems and model future designs.
- Develop algorithms to optimize radar performance, leveraging both real-world and modeled data.
- Apply cutting-edge signal and data processing techniques, including machine learning, to large datasets to create novel solutions.
- Conduct rigorous testing and troubleshooting of radar systems to ensure optimal functionality and performance.
- Prepare clear and detailed technical documentation and reports, presenting progress and findings to stakeholders.
- Work closely with cross-functional teams to ensure radar systems integrate effectively with other components. Collaborate within a dynamic and innovative development environment, supporting a range of R&D efforts and working with both internal teams and external customers.
Preferred Qualifications
- Relevant certifications such as Certified LabVIEW Developer (CLD), or certification in radar systems engineering are a plus.
- Expertise in E3, including understanding the impact of electromagnetic environments on radar system performance, is HIGHLY desired.
- Experience providing on-site support for radar field testing, including integration with shipboard or vehicle-mounted systems.
- Excellent written and verbal communication skills, with the ability to effectively present complex technical concepts to both technical and non-technical stakeholders.
- Experience in preparing and delivering briefings to senior leadership and program stakeholders.
- Experience managing complex engineering projects or serving in a lead engineering role for radar systems development, testing, and integration.
- Experience with complex radar system design, integration, and testing, particularly in operational military environments.
- Advanced Signal Processing: Experience with advanced signal and data processing techniques, including machine learning and artificial intelligence for radar systems.