Own end-to-end architecture of hardware safety and power management systems, designing safe-state strategies and power sequencing across multiple cores and PMICs.
Implement low-level drivers and firmware for safety-critical integrated circuits directly from datasheets, ensuring bug-free and testable code on bare metal and FreeRTOS.
Lead development of hardware-software safety diagnostic frameworks, integrating TI Safety Diagnostic Library to map diagnostic coverage to ISO 26262 hardware fault metrics.
Latitude AI develops L3 automated driving technology for Ford vehicles. It is a Ford subsidiary with engineering centers in Pittsburgh, Dearborn, and Palo Alto.
Lead embedded software architecture for airborne LiDAR and remote sensing platforms.
Integrate software with sensors, avionics, and aircraft interfaces.
Develop operator tools and reliability systems for field deployment.
We are an award-winning, global leader in architecture, engineering, and geospatial services. With over 75 offices and countless projects around the globe, we are a certified Great Place to Work and one of the fastest-growing firms in our industry.
Lead the development of embedded software using C and C++ for real-time operating systems and Nordic SoCs.
Apply AI-augmented development and testing to drive innovation and continuous improvement.
Collaborate with award-winning teams to deliver practical solutions for national security missions.
We engineer a diverse portfolio of high technology solutions, products and services that enable customers to successfully execute missions across all domains. We have a global team of 12,000+ professionals and value trust, honesty, alignment, and transparency.
Set sensor simulation direction and own the multi-quarter technical roadmap for radar, lidar, and thermal modeling.
Build physically accurate sensor models, primarily radar, in modern C++ against a real-time rendering pipeline.
Validate models against real sensor data, define metrics for fidelity, and drive improvements from analysis.
Parallel Domain builds the platform that validates the next generation of autonomous systems in high-fidelity virtual environments. They are a small, deep team with a collaborative, creative culture that values every team member.
Design, develop, and optimize firmware for embedded systems, ensuring reliability and efficiency.
Collaborate with hardware teams to implement firmware solutions for wireless embedded designs and communication interfaces like Bluetooth, LoRa, or LTE.
Conduct debugging, testing, and firmware updates in rugged, mission-critical environments to meet defense-grade standards.
LMI is a digital solutions provider dedicated to accelerating government impact with innovation and speed. The company serves defense, space, healthcare, and energy sectors, with a focus on agility and collaboration.
Design, build, and maintain high-throughput, low-latency C++, Go, and Python services for core platform components.
Take complete ownership of the feature lifecycle from development through production deployment and ongoing operations.
Implement and integrate complex algorithms including tracking, inference, and sensor fusion into production services.
Cavnue, a Consor company, develops smart road technologies that deliver real-time digital twins of the roadway environment using AI, sensors, and cameras to improve safety and efficiency. We are building a diverse, remote-friendly team focused on engineering excellence and real-world impact.
Design, develop, and modernize network security products involving L2/L3/L4 protocols, kernel-space data paths, and scalable traffic processing.
Collaborate across Scrum teams to contribute to architecture, testing, and engineering practices that protect millions of end users.
Bring 7–12 years of C/C++ expertise and strong networking knowledge in TCP/IP, routing, and security to solve complex technical challenges.
This position is listed on behalf of a partner company that is building next-generation network security products. They offer a remote-first, collaborative environment with experienced engineering teams working across multiple technical domains.
Develop firmware for millions of IoT devices, including battery-powered sensors, Linux gateways, and dashcams.
Own peripheral drivers, secure bootloaders, and device firmware updates for field-deployed hardware.
Collaborate with electrical engineers on hardware bring-up and optimize power consumption for extended device life.
Samsara is the pioneer of the Connected Operations Cloud, enabling organizations to harness IoT data for actionable insights. As a public company with a global team, Samsara fosters a high-caliber, hyper-growth culture focused on safety, efficiency, and sustainability.
Expanding core AI and M&S frameworks to support new domains and use cases.
Integrating software with other systems and supporting varied computing environments.
Designing new features, implementing C++ changes, and working closely with front-end and third-party developers.
STILMAN Advanced Strategies develops software based on Linguistic Geometry, a unique AI approach for military mission planning and execution. Our small, distributed team has been developing these applications since 1999, focusing on quality and collaboration.
Own core functionalities of the on-board situational awareness software for UAVs, including interception detection, collision avoidance, and visual navigation.
Shape the development roadmap and potentially serve as Tech Lead for specific projects, guiding technical direction within a flat organization.
Work with modern C++, real-time software, 3D reconstruction, GPU programming, and integrate software on UAVs with a high degree of autonomy.
Fiducial is a deep-tech start-up developing on-board UAV 3D vision software for military applications, prioritizing scalability with low-cost sensors. The team has strong academic backgrounds in aerospace, robotics, and computer graphics, working closely with top-tier partners across Europe.