Principal Microwave Instrument Systems Engineer Verified today

What You'll Do

• Lead the architecture definition, technical design, and execution of microwave payload systems across the full product lifecycle, from concept development through launch and on-orbit operations
• Translate atmospheric sensing objectives into instrument-level requirements, system architectures, interface definitions, and verification strategies
• Own system-level radiometric performance modeling, including system noise temperature, sensitivity, calibration performance, and error budgets
• Conduct technical trade studies across microwave front-end design, antenna systems, calibration approaches, digital signal processing architectures, and subsystem implementation options
• Guide integration of key microwave payload subsystems, including receivers, frequency generation, filtering, digitization, and data handling
• Define and lead calibration strategies to ensure payload performance meets atmospheric sensing and mission objectives
• Identify technical risks early, drive mitigation plans, and make informed technical decisions that balance performance, cost, schedule, and mission risk
• Support payload integration, environmental testing, verification, launch readiness, and on-orbit operations
• Collaborate closely with internal engineering teams, program leadership, external partners, and atmospheric scientists to deliver mission-ready payload systems
• Elevate systems engineering rigor, technical quality, and cross-disciplinary alignment across Tomorrow.io's space programs

What You Bring

• 10-15+ years of experience developing complex microwave space-based sensing systems
• Deep experience in microwave radiometry, MW/RF receiver architectures, or atmospheric sounding instrumentation
• Expertise in RF system design including low-noise amplifiers, frequency conversion chains, filtering, and digitization
• Experience modeling and analyzing radiometric performance, including noise temperature, sensitivity, calibration accuracy, and stability
• Strong understanding of antenna systems, beam patterns, polarization effects, and scan geometries
• Experience with calibration architectures (internal calibration targets, noise diodes, reference loads, or equivalent techniques)
• Experience leading assembly, integration, and test of MW hardware systems
• Familiarity with space environment impacts on MW/RF performance (thermal drift, radiation effects, stability)
• Proficiency with model-based systems engineering (MBSE) or comparable structured systems approaches
• Strong understanding of spacecraft subsystems and payload integration fundamentals
• Experience performing system-level trade studies and identifying/mitigating technical risks
• Ability to collaborate effectively across multi-disciplinary engineering and scientific domains
• Excellent communication skills, with the ability to convey technical topics clearly to diverse audiences
• Proven ability to make sound engineering judgments and operate effectively in dynamic, fast-moving development environments
• Demonstrated integrity, transparency, and accountability in professional conduct
• A system-level mindset that balances technical detail with overall mission execution
• Demonstrated ability to lead through technical credibility and cross-functional influence

Compensation and Work

Anticipated salary range: $200-240k subject to local market and candidate's skills and experience. Comprehensive health benefits, unlimited paid time off, and other benefits included. Relocation assistance may be offered for certain roles.

This position requires access to technology controlled under U.S. export control laws and regulations. Restricted to U.S. citizens, permanent residents, and protected individuals unless required licenses are obtained.