LeoLabs

Systems Engineer

• Develop, model, simulate, and validate algorithms for radar signal processing chains, including matched filters, detection, and parameter estimation.
• Analyze I/Q and intermediate radar data in time and frequency domains.
• Troubleshoot and optimize signal processing workflows, including pulse compression, FFT, coherent integration, and clutter/interference mitigation.
• Implement tools for radar control, data acquisition, processing, and visualization.
• Prototype analysis workflows in Python and produce diagnostics and plots.
• Support operational deployment, calibration, and validation of radar systems, including timing, range, Doppler, amplitude, and phase.
• Support the full radar lifecycle from concept and development to deployment, calibration, performance monitoring, and operational support.

Radar Systems Engineer

Manager

• Lead LeoLabs' global RF permitting function and operational strategy for new and existing radar locations
• Own spectrum licensing, equipment certification, type approval, and related RF regulatory approvals across global jurisdictions
• Collaborate with Legal on legal and regulatory interpretation, risks, license conditions, and regulatory positions
• Investigate and document regulatory requirements and approval pathways for deployments in new countries and jurisdictions
• Develop jurisdiction-specific RF licensing strategies and identify permitting, implementation, and critical-path risks
• Engage spectrum regulators and government agencies to validate approval pathways and clarify requirements
• Assist with spectrum license applications from feasibility through approval, including technical annexes, supporting studies, regulator responses, license conditions, modifications, and renewals
• Maintain existing radar-site RF licenses, including renewals, modifications, and compliance monitoring
• Work with RF and Hardware Engineering teams to obtain technical evidence required by regulators
• Coordinate equipment certification and type approval workstreams with laboratories, certification bodies, and local representatives
• Integrate RF regulatory considerations into radar site selection and coordinate interference analyses
• Project manage regulatory approvals across multiple countries and deployments, including schedules, budgets, risks, dependencies, consultants, and executive decision points
• Select, brief, and manage local RF regulatory consultants and technical advisers
• Build a global network of spectrum regulators, advisers, testing laboratories, certification specialists, and in-country contacts
• Establish scalable permitting processes, templates, checklists, country playbooks, license trackers, renewal controls, and a central knowledge base
• Prepare leadership updates and recommendations on feasibility, approval probability, schedule, risk, and mitigation options
• Report to the Senior Director of Global Infrastructure

Radar Systems Engineer

Senior Manager, Spectrum Licensing