Albedo is developing low-flying satellites that will capture visible and thermal imagery at the highest resolution commercially available. By making aerial quality imagery globally available, easy to purchase, and transparent to task, we aim to catalyze market growth and spur new applications.
The world is rapidly changing and a new level of visibility and transparency is required to solve some of our largest problems. Albedo’s 10cm visible and 2m thermal imagery will fuel insights for industries such as mapping, insurance, utilities, solar, agriculture, carbon offsets, infrastructure sustainability, national security, and much more.
Satellite imagery is a historically-scarce resource, whose adoption has been slowed by an unbalanced relationship between price and resolution. In theory, frequent, ultra-high-resolution imagery of Earth has near-infinite applications; in reality, only a sliver of that potential has been realized.
Albedo aims to be the catalyst in unlocking satellite imagery’s latent potential, hoping to expand current applications and propel the discovery of new use cases. Whether our imagery is being used to reduce wildfire risk, assess the environmental impact of global forestry, contribute to timely 3D reconstructions of urban areas, or monitor carbon emissions from industrial power plants, our mission is to get better data into the hands of decision-makers fast. We’re modernizing how satellite imagery is used by providing near real-time access to our ultra-high resolution data.
What We’re Up To: Albedo is developing a novel approach to the earth observation industry, both in space and with our business model. We are intentionally doing things differently by taking (calculated) risks, trying new things, and moving with speed. Our team believes satellite imagery is a valuable resource that should be made accessible, in every sense of the word. We are committed to our customers, ensuring that what we’re building is what they want. We are playing at the edges of how traditional New Space technologies have been approached, and we want to shake up the industry as it stands today.
Who We’re Looking For: Albedo is launching next-generation, ultra-high-resolution imaging satellites to service a global audience through a modern, cloud-based product interface. In order to achieve this goal, we are looking for a team of people who are both passionate about our mission and are willing to put in the work to design, develop, and test an innovative earth observation concept in the commercial industry. The times ahead will be set in a fast-paced, often uncertain environment, but if you are hard-working, kind, and team-oriented, you can expect a rewarding and purposeful experience.
We’re looking for a Principal GNC/ACS Engineer to lead the development of Albedo’s Guidance Navigation & Control/Attitude Control Systems GNC/ACS. This person will be responsible for tasks, ranging from single vehicle mission analysis, constellation deployment strategies, on-orbit calibration and initialization plans, as well as working with our suppliers to ensure Albedo’s requirements are met.
Full-Time On-Site Work Environment: This position requires regular in-person engagement by working on-site full-time. Travel to other possible non-Albedo locations may be required.
Working Conditions:
Work is performed in an office environment, laboratory, cleanroom, or production floor.
Albedo does not accept agency resumes. Please do not forward resumes to our careers email or to Albedo employees. Albedo is not responsible for any fees or overhead related to unsolicited resumes.
Additional Requirements: In compliance with federal law, all persons hired will be required to verify identity and eligibility to work in the United States and to complete the required employment eligibility verification form upon hire. All persons hired will be required to be a U.S. citizen, a lawful permanent resident of the U.S., or protected individual as defined by 8 U.S.C. 1324b(a)(3), or eligible to obtain the required authorizations from the U.S. Department of State.
Equal Opportunity Employer/Veterans/Disabled: Albedo is an equal opportunity employer, and all qualified applicants will receive consideration for employment without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, disability status, protected veteran status, or any other characteristic protected by law.
Relocation: Relocation for this position is available
US CITIZENSHIP IS REQUIRED
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Questions? Feedback? Feel free to email us at careers @
albedo.comWhat You’ll Do:
Lead development of modern optimization-based solutions for spacecraft guidance, navigation, and controlWork with the GNC team to model and develop low jitter, fine pointing image scan maneuvers and analyze them for induced image motionDevelop detailed error budgets and line-of-sight simulations to account for how induced vibration from vehicle actuators translates into image degradation and what structural dynamics and isolation is required for mission successDevelop vehicle control system instrumentation, avionics, and flight control softwareWork in teams and individually in the development, assembly, integration, and testing of remote sensing satellites and associated subcomponentsDevelop flight constraints and guidance parameters to meet mission objectivesAnalyze control system components to ensure proper integration into the overall vehicle designIdentify and communicate the technical, cost, and schedule risks for assigned systems and subsystemsCoordinate with test personnel for non-real time, real time, and hardware-in-the-loop testing of control systemsSupport configuration design studies and test article developmentDevelop and own SV geolocation and image motion budgetsTravel to supplier locationsYour Ideal Skills and Experience:
7-12+ years of GNC/ACS experience5+ years of experience working on scanning remote sensing control systemsStrong technical fundamentals in attitude knowledge, control, and pointing stabilityFamiliarity with scanning imaging sensors and vehicle maneuver patterns to maximize image qualityExperience with Control Moment Gyro systems, including the principles of CMG control lawsExperience with deriving structural dynamics requirements from line-of-sight mission objectives given tonal disturbance sourcesFamiliar with quaternion kinematicsHighly experienced in one or more of the following: Extended Kalman filters used in real-time and offline attitude and orbit determination applicationsAdvanced techniques for accurate short-term orbit prediction and extrapolation, including propagation, fitting/splining, and smoothingDevelopment and integration of modern optimization-based solutions for spacecraft guidance, navigation, and controlSoftware framework for flight control: schedulers, hardware drivers, sensor or actuator processing, fault detection, and state machines for mode controlDemonstrated knowledge of the tools and processes used in developing software for real-time, deterministic, embedded control systemsDesirable Skills and Experience:
Experience with pointing architecture or algorithms used on a scanning imaging satellite = mega plusExperience working with suppliers, providing close technical guidance, and/ or co-developing softwareExperience with tuning feed-back and feed-ahead control algorithms via Bode, Nichols, Quantitative-feedback Theory (QFT), root locus, or phase-plane or related techniquesAbility to design and implement FIR, discrete-sample-time filtersFamiliar with optimal control, MIMO system analysis, and state space synthesis techniquesFamiliar with advanced distribution laws or inverse kinematics models