Junior Orbital Analyst

Omitron, Inc.•Dahlgren, VA

1d•Onsite

About The Position

Omitron helps keep space safe and navigable for the nation. We are the developer and sole maintainer of the Astrodynamics Support Workstation (ASW), the mission-critical software suite that serves as the algorithmic engine for high-accuracy spaceflight safety operations across the U.S. Government—providing orbital analysis and conjunction assessment for Space Situational Awareness customers spanning DoD, the Department of Commerce, and NASA. At the 19th Space Defense Squadron in Dahlgren, VA, that mission runs around the clock: tracking objects in orbit, warning of collisions, and preserving the nation's freedom of action in space. We are seeking a talented and motivated Junior Orbital Analyst to join our Dahlgren team at the heart of it, working alongside orbital analysts, engineers, and government operators to deliver the products that enable customer situational awareness and decision-making. This role suits candidates ranging from early-career analysts to those with several years in the field. Working alongside senior analysts, engineers, and your Site Lead, you will monitor, analyze, and predict the behavior of space objects in an increasingly congested space domain, and apply that analytical foundation in support of the 19 SDS conjunction assessment mission. You will develop and apply proficiency with mission tools and processes, contribute to daily operations, and strengthen the analytical and technical skills that define the field. This role operates at the intersection of rigorous orbital analysis and practical mission operations. Your work will directly support one of the DoD's core spaceflight safety missions as it evolves to meet a rapidly growing space population.

Requirements

US Citizenship required
Active DoD Secret clearance required. Candidates must be willing to complete a background investigation and application for upgrade to a TS/SCI clearance.
Bachelor's degree in Astrodynamics, Aerospace Engineering, Physics, or a related technical field; or one of the following: Associate's degree with 2 years of relevant work experience OR 4+ years of relevant work experience
Coursework, internship, or up to two years of exposure to Space Situational Awareness, satellite catalog maintenance, orbital analysis, or collision avoidance
Foundational understanding of orbit determination and orbital mechanics, with the ability to apply core concepts to real-world problems
Basic understanding of space surveillance and tracking systems, such as radar and optical sensors, including their general capabilities and limitations
Basic proficiency, or a demonstrated willingness to learn, a scripting language such as Python, Perl, or shell
Willingness to learn to compile and analyze statistics on the current space object population and to work with non-regular data message formats
Excellent interpersonal, written, and oral communication skills and proficiency in MS Office (Excel, Word, & PowerPoint).

Nice To Haves

Master's degree in Astrodynamics, Aerospace Engineering, Physics, or a related technical field, with 2 or more years of relevant experience.
Familiarity with conjunction assessment concepts, including probability of collision, covariance, and screening methodologies
Familiarity with Space Force's Astrodynamics Support Workstation (ASW) or similar astrodynamics mission software
Familiarity with Python numerical libraries such as NumPy, Pandas, Matplotlib, and SciPy
Familiarity with Linux-based operating systems, particularly Red Hat or SUSE
Exposure to cislunar astrodynamics, including three-body dynamics and the challenges of tracking objects beyond GEO
Strong problem-solving and critical thinking skills and an eagerness to grow through hands-on mission work

Responsibilities

Analyze and interpret orbital data from ground- and space-based sensors and owner/operator ephemeris sources under the direction of senior analysts.
Learn and apply orbit determination techniques to track and predict space object behavior using established mathematical models and tools.
Evaluate space surveillance sensors, networks, and observation data, developing an understanding of their capabilities and limitations.
Manage orbital and space science data, including non-regular data message formats, and help compile statistics on the current space object population.
Support the operators executing the 19 SDS conjunction assessment mission, performing routine analysis tasks and escalating edge cases to senior team members.
Follow established conjunction assessment processes and procedures, and help document them accurately as they are refined.
Assist in identifying and resolving system and data processing anomalies affecting mission operations, learning troubleshooting techniques from senior staff.
Contribute to team efforts that expand mission capability, including integration of owner/operator ephemeris and emerging data sources.
Support the use, maintenance, and improvement of data processing systems and software tools used in orbital analysis.
Build simple scripts and utilities in Python or similar languages to automate routine data processing and analysis tasks.
Collaborate with a multidisciplinary team of engineers, analysts, and team leads, and actively seek feedback to grow your technical skills.
Complete required training pipelines and sustain currency on the tasks needed for steady-state and surge operations.
Build foundational knowledge across SDA mission areas, with potential to grow into emerging areas such as cislunar SDA operations, launch conjunction assessment, and proximity operations as skills mature.