Lead Embedded Software Engineer

Two Six Technologies•Arlington, VA

3d•Onsite

About The Position

At Two Six Technologies, we build, deploy, and implement innovative products that solve the world’s most complex challenges today. Through unrivaled collaboration and unwavering trust, we push the boundaries of what’s possible to empower our team and support our customers in building a safer global future. Overview of Opportunity Two Six Technologies is looking for a Lead Embedded Software Engineer to join our team in Arlington, Virginia. The team is composed of intellectual individuals, passionate about embedded systems engineering. They are expanding their team and searching for individuals with a strong background in low-level development who can effectively build mobile systems. If you have experience in developing embedded software for Linux and Android operating systems, then the team would be interested in speaking with you!

Requirements

Bachelor’s degree in Computer Science, Computer/Electrical Engineering, or related Scientific Domain
Minimum of 8 years of experience with one or more of the following modern development languages: C , C++, Embedded C, and Rust using an agile software development process
Minimum of 8 years experience with Operating Systems internals (privilege and user groups, binary memory layout, namespaces)
Experience leading a small technical team of engineers and researchers
Active US Security clearance of Top Secret level and ability to obtain and maintain SCI
Ability to work on-site at Arlington, VA headquarters

Nice To Haves

Basic understanding of memory management concepts (Heap, Stack, Virtual Memory, MMU, Physical vs. Virtual)
Experience with testing, CI/CD pipelines, and virtual machine test ranges
Experience with firmware/driver development across Linux and Android OS’es
Experience in a client-facing technical role
Graduate degree in Computer Science, Computer/Electrical Engineering, or related Scientific Domain

Responsibilities

Maturing proof-of-concept R&D technology to operational fieldable solutions
Build test automation using Gitlab to leverage range deployments and solution evaluation
Developing APIs and other interfaces bridging the software/hardware technology overlap
Support of scalable and modular design methodology
Engaging in technical exchanges with transition partners and key stakeholders