Staff Software Engineer, (C++) Runtime Infrastructure
Latitude AISalary not specified
- Full Time
- Expert & Leadership (9+ years)
Not SpecifiedCompensation
Junior (1 to 2 years)Experience Level
Full TimeJob Type
UnknownVisa
Medical Devices, Healthcare TechnologyIndustries
Requirements
Candidates should possess a Bachelor’s degree or higher in Computer Engineering, Electrical Engineering, or Computer Science, or a related field. They should demonstrate expertise in modern C++ programming, particularly applied to embedded or high-performance systems under strict safety constraints, ideally with experience in medical, aerospace, automotive, or robotics domains. Advanced knowledge of CMake and Linux systems programming is required, along with proficiency in multithreading, synchronization, CUDA & parallel programming, and Test-Driven Development (GTest, Catch2). Familiarity with IEC 62304 / ISO 14971 is also necessary.
Responsibilities
The C++ Developer will rapidly ship robust new features that maintain deterministic control of emitters, detectors, and motions subsystems, weaving IEC 62304-compliant safety and traceability into every change. They will maintain a zero-touch CI/CD pipeline for real-time release confidence, continually tune CUDA and multithreaded code to meet latency and throughput targets, and collaborate with firmware, hardware, and QA teams to deliver safe, well-tested features unlocking clinical capabilities and shortening time-to-market. The role involves owning end-to-end development of new orchestration features, expanding and maintaining a containerised CI/CD pipeline, and ensuring that orchestration logic meets IEC 62304 Class C standards for software safety.
Skills
C++
Embedded Linux
CUDA
Real-time systems
Multithreaded programming
Firmware development
Hardware coordination
IEC 62304 compliance
CI/CD pipelines
OXOS Medical
Develops handheld digital radiographic instruments
About OXOS Medical
The company specializes in advanced radiographic technology with its handheld dynamic digital radiographic instrument, the Micro C. This device is distinguished by its compact design, high-resolution imaging capabilities, and lower radiation exposure, making it both safe and effective for use in diverse clinical and surgical environments. By prioritizing technological advancements in medical imaging, the company not only leads in safety and efficiency but also supports critical healthcare applications, making it a promising workplace for those interested in contributing to significant medical innovations.
Atlanta, GeorgiaHeadquarters
2016Year Founded
$36.5MTotal Funding
SERIES_ACompany Stage
Biotechnology, HealthcareIndustries
51-200Employees