As an Optical Communications Systems Engineer at Impulse Space, you will be a senior technical contributor responsible for shaping the architecture of free-space optical communications systems.

Requirements

, optical throughput, receiver sensitivity, and end-to-end mission performance. This role is intended for an engineer who can operate at an architecture level while staying close to the hardware.

for optical, electrical, GNC, software, mechanical, and test teams. Relevant experience may come from space optical communications, terrestrial fiber communications, coherent optical systems, high-data-rate telecom hardware, or adjacent optical/electrical communications systems. Prior space hardware experience is valuable but not required.

Leveling will be commensurate with experience, with emphasis on senior, staff, or principal-level technical contribution. Own and maintain end-to-end optical communications link budget models for free-space optical communications systems. Develop architecture models for space-to-ground and space-to-space lasercom links across relevant mission regimes.

Quantify link margin, data rate, acquisition margin, and sensitivity to major terminal design choices. Model optical transmitter and receiver performance from electrical input through propagation to detected signal. Lead architecture trades across aperture size, transmit power, modulation, coding, pointing stability, atmospheric loss, and receiver sensitivity.

Incorporate relevant assumptions from terrestrial fiber communications and high-data-rate optical hardware into space-based optical communications architecture trades. Support PAT architecture by modeling pointing and acquisition sensitivity as it affects link closure and terminal design. Degree or equivalent experience in optical engineering, electrical engineering, aerospace engineering, physics, applied math, or a related technical field.

Experience building physics-based engineering models in Python, MATLAB, or a similar environment. Strong fundamentals in optics, communications, radiometry, statistics, signal processing, or related disciplines. Ability to work across disciplines and clearly communicate assumptions, sensitivities, margins, and technical risk.

Experience with optical communications, RF communications, telecom systems, high-speed electrical/optical hardware, or related system-level communications architecture. Experience with free-space optical communications, lasercom, optical link budgets, or optical terminal architecture. Experience with terrestrial fiber communications, coherent optical communications, high-data-rate ground hardware, or telecom systems.

Experience with coherent or direct-detection optical communications and receiver sensitivity analysis. Familiarity with optical transmitter or receiver hardware such as EDFAs, modulators, fiber optics, photodetectors, coherent receivers, or telescope systems. Experience modeling atmospheric propagation, turbulence, cloud statistics, weather data, or optical site availability.

Space hardware, spacecraft, or mission architecture experience is helpful but not required.

Compensation

bands are determined by role, level, location, and alignment with market data. Individual level and base pay is determined on a case-by-case basis and may vary based on job-related skills, education, experience, technical capabilities and internal equity.