Embedded Systems & LIDAR Software Engineer - Woolpert

We seek to move the world forward through innovative thinking.

Woolpert is an award-winning, global leader in architecture, engineering, and geospatial services. We blend design excellence with cutting-edge technology to deliver exceptional client value. Our team is passionate about their work and committed to building the next generation of industry leaders, and as a certified Great Place to Work ® , Woolpert embraces progress and innovation to create limitless opportunities for career growth.

Woolpert is seeking an Embedded Systems & Sensor Software Engineer to join our growing Advanced Sensing team. to lead the development of software, embedded systems, and operator experiences for next-generation airborne LiDAR and remote sensing platforms.

This role serves as the technical bridge between sensor hardware, avionics, aircraft operations, data acquisition systems, calibration workflows, maintenance processes, and end-user applications. The successful candidate will own the software architecture that enables sensor operation from hardware control through field deployment, diagnostics, and lifecycle support.

This is a highly visible technical leadership role responsible for transforming advanced sensor technology into reliable, scalable, and intuitive operational systems.

We are unable to provide visa sponsorship for this position. Applicants must already possess work authorization in the country the job is located.

• Lead the design and development of embedded software architectures for airborne LiDAR and imaging systems.
• Sensor control
• Data acquisition
• Timing and synchronization
• Hardware monitoring
• Communications interfaces
• Health and status reporting
• Define software requirements and system interfaces across hardware, firmware, and application layers.

• Laser subsystems
• LIDAR sensor
• Detector electronics
• GNSS/INS systems
• Cameras
• Aircraft interfaces
• Data storage systems
• Support laboratory integration, aircraft integration, and operational deployment activities.

• Lead development of intuitive operator and maintenance interfaces.
• Sensor startup
• Mission execution
• Calibration procedures
• Diagnostic workflows
• Maintenance activities
• Partner with flight crews and field engineers to improve operational efficiency and reduce training requirements.

• Develop health monitoring and predictive maintenance solutions.
• Create automated diagnostic and fault reporting capabilities.
• Support root-cause investigations for field issues and system failures.