Autonomy Software Engineer – SD

York Space Systems; Laurel (MD); Sur place; USD 120 000 - 180 000; Plein temps

Résumé du poste

York Space Systems is seeking an Autonomy Software Engineer to advance spacecraft onboard autonomy and related software across flight, ground, and cloud components. You will design embedded flight software in C/C++, translate requirements into robust code, and build scalable services used across the platform.

The role involves collaborating with engineering, design, and operations, mentoring peers, and contributing to architecture and test tooling while supporting on-orbit operations and mission

Qualifications

• Bachelor's degree in Computer Science or related field
• 4+ years of software engineering experience with a strong focus on embedded software development
• Proficiency in C/C++
• Experience working in embedded Linux environments
• Experience with modern messaging frameworks and API technologies used in distributed systems
• Experience with Git in a collaborative, multi-contributor environment
• Demonstrated ability to mentor engineers and drive code quality through reviews and design discussions
• Proven ability to collaborate across engineering, design, and operational stakeholders
• Exceptional problem-solving skills with the ability to navigate ambiguous requirements independently and drive to resolution
• Strong verbal and written communication skills, including presenting technical concepts to non-technical audiences
• Ability to thrive in a fast-paced, mission-driven environment
• Active security clearance or ability to obtain one
• Willingness to work full-time in our Laurel, MD office

Responsabilités

• Design and develop embedded flight software in C/C++ for spacecraft systems
• Translate designs and requirements into high-quality, maintainable software that meets both functional and visual standards
• Build reusable code for components, shared libraries, and scalable services for use across the platform
• Construct state machine models for autonomous mission workflows
• Engineer algorithms and business logic to promote scalability and automation
• Contribute to software architecture, requirements, and interface definitions
• Support on-orbit operations, debugging, and anomaly resolution
• Develop unit tests and documentation for internal users and customers
• Develop integration tests against simulation tools to validate behavior against realistic mission scenarios
• Participate in agile ceremonies including sprint planning, standups, and retrospectives
• Other duties as assigned

Connaissances

C/C++

Embedded software

Embedded Linux

Git

Mentoring engineers

Technical communication

Formation

Bachelor's degree in Computer Science or related field

Outils

Git

Docker

CI/CD pipelines

Description du poste

York is seeking a talented, cross-domain software engineers to join a small, empowered strategic development team focused on rapid prototyping and advanced development across York’s software portfolio. This team operates ahead of program need proving out new capabilities, de-risking emerging technology, and maturing prototypes to the point where they can transition into production programs. Scope spans across York software: Full stack web development, onboard embedded and real-time software, ground and cloud applications and tooling, and autonomy and machine learning.

We are looking for an Autonomy Software Engineer who is passionate about pushing the boundaries of modern technology to advance space vehicle onboard autonomy…

Not all skills below are required, we encourage you to apply if you have an interest in learning!

Responsibilities

• Design and develop embedded flight software in C/C++ for spacecraft systems

• Translate designs and requirements into high-quality, maintainable software that meets both functional and visual standards

• Build reusablecode forcomponents, shared libraries, and scalable services for use across the platform

• Construct state machine models for autonomous mission workflows

• Engineer algorithms and business logic to promote scalability and automation

• Contribute to software architecture, requirements, and interface definitions

• Support on-orbit operations, debugging, and anomaly resolution

• Developunit tests and documentation for internal users and customers

• Developintegration tests against simulation tools tovalidatebehavior against realistic mission scenarios

• Participate in agile ceremonies including sprint planning, standups, and retrospectives

• Other duties as assigned

Required Qualifications

• Bachelor's degree in Computer Scienceor related field

• 4+ years of software engineering experience with a strong focus onembedded software development

• Proficiencyin C/C++

• Experience working inembeddedLinux environments

• Experience with modern messaging frameworks and API technologies used in distributed systems

• Experience with Git in a collaborative, multi-contributor environment

• Demonstrated ability to mentor engineers and drive code quality through reviews and design discussions

• Proven ability to collaborate across engineering, design, and operational stakeholders

• Exceptional problem-solving skills with the ability to navigate ambiguous requirements independently and drive to resolution

• Strong verbal and written communication skills, including presenting technical concepts to non-technical audiences

• Ability to thrive in a fast-paced, mission-driven environment

• Active security clearance or ability to obtain one

• Willingness to work full-time in our Laurel, MD office

Preferred Qualifications

• Experienceidentifyingmission states, mapping rules between states, andprovingwhich states aresymmetric orunreachable

• Experience with embedded Linux systems (drivers, networking, system-level debugging)

• Experience with spacecraft, aerospace, or safety-critical systems

• Experience with container-based installation and deployment strategies, including Docker and CI/CD pipeline integration

• Experience supporting on-orbit operations or live systems

• Familiar with vehicle simulation tools and methodologies, including modeling spacecraft dynamics, guidance and control behaviors, and mission‑specific scenarios