Lead Autonomy Algorithms Engineer (Hybrid/Remote)

STR; Virginia (MN); Hybrid; USD 173,000 - 216,000; Full time

Job summary

STR’s Analytics & C2 Division seeks an Autonomy Algorithms Lead Software Engineer in a hybrid role based in the Boston area corridor. You will design and implement advanced autonomy algorithms for unmanned platforms, mentor engineers, and drive full software lifecycle from prototyping to integrated systems, including DevSecOps practices.

You will work with researchers to translate complex math into scalable software and help evolve mission-planning tools, control processes, and C2 pipelines.

Qualifications

• Active Top Secret clearance with SCI eligibility required.
• BS in Computer Science or related field with 7+ years of experience.
• 5+ years of experience with C++ or Java.
• Full stack development with focus on backend algorithms.
• Experience leading Agile development lifecycles with teams.
• Ability to translate complex math concepts to software.

Responsibilities

• Design, develop, implement, integrate, test, and demonstrate advanced algorithms and software.
• Provide technical leadership and mentoring across the software lifecycle.
• Develop tools for mission planning, autonomous platforms, and CI/CD pipelines.
• Collaborate with researchers to translate algorithmic concepts into software.
• Lead small engineering teams through Agile processes.
• Ensure high-quality software through reviews, testing, and static analysis.

Skills

Top Secret clearance

C++/Java

Backend system design

Leadership/mentoring

Agile delivery (SDLC)

DevSecOps & CI/CD

Communication with customers

ROS / C2 protocols

Education

BS in Computer Science or related field

MS or PhD preferred

Tools

JIRA

Confluence

GitLab

Static analysis tools

CI/CD toolchains

ROS

MAVLINK

Job description

STR’s Analytics & C2 Division seeks an Autonomy Algorithms Lead Software Engineer in a hybrid role based in the Boston area corridor. You will design and implement advanced autonomy algorithms for unmanned platforms, mentor engineers, and drive full software lifecycle from prototyping to integrated systems, including DevSecOps practices.

You will work with researchers to translate complex math into scalable software and help evolve mission-planning tools, control processes, and C2 pipelines.