About the Role
This position involves leading a team of engineers to design and improve InSAR processing systems, ensuring accurate and scalable analysis of satellite radar data for infrastructure and environmental monitoring.
Responsibilities
- Lead the design and development of InSAR data processing pipelines
- Oversee technical direction of satellite radar data analysis systems
- Ensure accuracy and reliability of ground deformation measurements
- Guide team members in algorithm development and implementation
- Collaborate with remote sensing scientists to refine processing techniques
- Manage software architecture for large-scale geospatial data handling
- Optimize processing workflows for performance and scalability
- Integrate new satellite data sources into existing systems
- Maintain quality standards for interferometric outputs
- Troubleshoot complex signal and noise interpretation issues
- Support client-specific analysis requirements with technical solutions
- Develop automated quality control procedures
- Lead code reviews and enforce software engineering best practices
- Contribute to research initiatives using InSAR technology
- Publish technical findings in collaboration with team members
- Ensure compliance with data processing standards
- Mentor junior engineers in radar data processing
- Coordinate between technical and non-technical teams
- Evaluate new processing methodologies for adoption
- Support cloud infrastructure integration for data processing
- Drive innovation in time-series InSAR analysis
- Improve geocoding and coregistration accuracy
- Manage version control and deployment pipelines
- Document system architecture and processing workflows
- Respond to technical challenges in operational environments
Work Arrangement
On-site
About Us
- We are a technology company specializing in satellite-based ground motion monitoring for infrastructure and environmental applications.
- Our platform combines InSAR data with advanced analytics to deliver actionable insights to clients worldwide.
- We work with governments, engineering firms, and energy companies to detect subsidence and structural risks.
- The team values scientific rigor, software excellence, and real-world impact.
- We maintain a collaborative environment where engineers and scientists work closely to solve complex problems.
What We Offer
- Opportunity to lead technical innovation in a growing field
- Work on real-world problems with measurable environmental and safety impact
- Support for professional development and conference participation
- Collaborative team environment with experts in remote sensing and engineering
- Access to large satellite data archives and cutting-edge processing tools
