Sr. Radar Systems Engineer at Ursa Space Systems | Ithaca, NY, US | Rezi

Sr. Radar Systems Engineer at Ursa Space Systems

Sr. Radar Systems Engineer

Ursa Space Systems · Ithaca, NY, US

3 days ago

Sr. Radar Systems Engineer

Ursa Space Systems · Ithaca, NY, US

4 days ago
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About the Role

Ursa Space Systems is seeking a Senior Radar Systems Engineer to develop, implement, and test signal processing algorithms for synthetic aperture radar (SAR) imagery, focusing on Airborne Moving Target Indicator (AMTI) efforts and other applications.

Responsibilities

  • Contribute to state-of-the-art processing techniques to solve customer problems using commercial SAR imagery
  • Design SAR collection parameters tailored for AMTI
  • Evaluate SAR satellite constellations and their orbits for a given use-case
  • Develop proof-of-concept and production-quality SAR algorithms for AMTI
  • Perform analysis to determine expected performance of processing algorithms for specific use cases
  • Participate in agile software development processes to bring algorithms into operational use
  • Participate in design discussions and code reviews
  • Communicate effectively and collaborate frequently with peers
  • Mentor junior members of the engineering team
  • Lead technical subject areas
  • Provide technical leadership to projects and programs

Requirements

  • M.S. in Engineering, Computer Science, Mathematics, Physics and/or other technical discipline
  • 7-10 years of experience
  • Proficiency in Python and version control software, preferably Git
  • Prior experience developing or working with remote sensing and signal processing algorithms for various sensing modalities, including SAR, RF, or others
  • Complete understanding of SAR imaging modes and focusing algorithms
  • Understanding of commercially available SAR imaging products in various modes
  • Understanding of radar signal processing algorithms, primarily detection techniques
  • Ability to communicate technical information clearly and effectively
  • Experience working on a cross-functional team developing solutions to complex tasks
  • Active curiosity and a desire to learn and grow as a technical expert
  • A fast, reliable internet connection if you are working remotely is a must

Skills

  • Python
  • Git
  • Remote sensing
  • Signal processing algorithms
  • SAR imaging modes
  • SAR focusing algorithms
  • Radar signal processing algorithms
  • Detection techniques
  • Image processing techniques
  • Verification and validation techniques
  • Modeling and simulation of radar systems and imagery
  • Compensated phase history data (CPHD) format
  • Moving target indication
  • Computer vision
  • Machine learning techniques
  • Deep learning frameworks (PyTorch, TensorFlow, Keras)
  • GPU Analytics
  • GPU accelerated programming
  • Cloud services (AWS, Google Cloud Platform)
  • Security best practices

Location

  • Ithaca, NY
  • Remote (United States)

Work Type

  • Remote

Experience Level

  • 7-10 years

Education Level

  • M.S. in Engineering, Computer Science, Mathematics, Physics, or other technical discipline
  • Ph.D. in Engineering, Computer Science, Mathematics, Physics, or other technical discipline

Salary/Compensations

  • $160,000 - $175,000

Benefits

  • Competitive Compensation
  • Discretionary PTO & Flexible Scheduling
  • Stock Options
  • 401(k) Match
  • Medical, Dental and Vision Coverage for you and your dependents
  • FSA & HSA Plans
  • Employer-paid Life Insurance
  • Employer-paid LTD and STD for Parental and Family Care
  • 11 Paid Holidays
  • Employee Resource Groups
  • Educational Assistance Program
  • Professional Development Opportunities

About the Company

  • Ursa Space Systems is building ground-breaking solutions to deliver global intelligence to organizations around the world.
  • Through our SAR/EO/RF satellite network, and data fusion expertise, Ursa Space detects real-time changes in the physical world to expand transparency.
  • Our subscription and custom services enable you to access satellite imagery and analytic results with no geographic, political or weather-related limitations.