Role overview
Spexi is a drone technology company on a mission to make ultra-high resolution geospatial imagery more accessible than ever before, empowering humanity to make better decisions about the physical world.
We're building an exciting new two-sided marketplace called the Spexi Network. It's the world’s first Fly-to-Earn platform that enables drone pilots to earn rewards for flying and collecting aerial imagery. It also enables organizations of all sizes to quickly and easily access high-resolution aerial imagery and valuable derivative data, powering remote monitoring of buildings, infrastructure, natural resources and more. Our goal is to guide their decision-making, and help them better plan and react, without needing to own drones or hire pilots.
We’re looking for an experienced Senior Software Engineer to contribute to our data integrations, pipeline, infrastructure, and global geospatial data catalog. The ideal candidate will be passionate about geospatial data, global scale pipelines, cutting edge image analysis, and be willing to take ownership, as part of a high-caliber team of motivated engineers.
What you'll work on
Design and develop an innovative geospatial data marketplace platform that's scalable, sustainable, extensible and secure
Develop reliable APIs and backend services which deliver global-scale geospatial data and aerial imagery with lightning-fast response times
Build robust systems for processing, analyzing, and delivering high-resolution geospatial data and aerial imagery to support near real-time and large-scale applications.
Collaborate with data engineers, frontend engineers, and backend teams to ensure smooth integration of data services and analytics tools that enhance customer experiences.
Take ownership of the data architecture, from ingestion through to delivery, ensuring data integrity, security, and performance.
Maintain high-quality, well-documented and reliable code using industry best practices
Provide technical leadership, mentoring, and constructive feedback to the data engineering team.
Collaborate on improving internal processes, workflows, and how we leverage data to enhance customer outcomes.
What we're looking for
Understanding of machine learning models for geospatial and imagery data analysis.
Familiarity with 3D modeling, 3D data processing, and advanced photogrammetry techniques.
Contributions to open-source projects or personal repositories showcasing your work