
Intermediate Signal Processing Engineer
- Richmond, BC
- 75.000-102.000 $ par an
- Permanent
- Temps-plein
- Develop novel signal processing algorithms to push the boundaries of Synthetic Aperture Radar (SAR) performance (resolution, swath width, Moving Target Indication (MTI) and more);
- Design, develop, maintain and enhance high quality SAR processor models and prototypes using current best practices in architecture and software development;
- Participate in trade-off studies and find solutions to ensure algorithms are implementable on real hardware (processor and radar HW);
- Investigate, troubleshoot, determine root causes and mitigate signal processing errors or induced artefacts in SAR image products;
- Performs system level analyses and develops models to predict and test system performance;
- Develops solutions to improve image quality;
- Develops and executes calibration plans for SAR missions;
- Coordinates SAR processing requirements and development with other stakeholders (payload team, applications, business development);
- Generates clear and thorough written reports documenting complex algorithms and technical performance; and
- Mentoring and coaching of junior team members.
- Undergraduate degree or higher in Electrical Engineering, Engineering Physics, Math, Physics, or a combination of related education and experience;
- 3 years of experience working in an engineering or technical environment or a relevant post graduate degree ;
- 3 years working on complex signal processing systems (e.g. Radar, Medical Imaging, Sonar, etc) or a relevant post graduate degree;
- Solid understanding of the principles and practices concerning the design of high speed and high throughput data analysis and transmission;
- Ability and knowledge to work with MATLAB, Python or C++;
- Self-starter with the ability to perform in a dynamic working environment;
- Possess excellent problem solving skills;
- Excellent interpersonal, verbal and written communication skills to explain concepts to wide-ranging audiences (e.g. technical team, sales team, executives, customers, etc); and
- The ability to work within a large organization and understand dependencies and stakeholder needs.
- A post-graduate degree in a field involving complex signal processing;
- Appreciation of SAR remote sensing, including system design, operation, applications/exploitation and calibration;
- Appreciation for satellite based SAR Payload design and operations;
- Appreciation and understanding of modern software development methodologies;
- Experience in different types of engineering life cycles as applicable from large complex programs to software development;
- Appreciation for algorithm implementation on FPGA;
- Ability to learn new technologies and space borne remote sensing domain knowledge quickly; and
- A strong understanding of geospatial data.