Remote Real-Time Embedded Graphics Engineer (DEOS/WCET)

Capgemini; Atlanta (GA); Remote; USD 73,000 - 174,000; Full time

Benefits offered by this job

Paid time off

Medical, dental, and vision

Retirement savings plans

Life and disability insurance

Employee assistance programs

Job summary

Capgemini Engineering is seeking a skilled embedded graphics engineer to design and optimize graphics solutions for multi-core platforms. The role emphasizes OpenGL development, real-time performance, and resource isolation using DEOS techniques.

Candidates should have strong knowledge of processor/memory architectures, WCET calculation, and Linux-based device driver development, with a focus on deterministic behavior for aerospace-peripheral integrations and safety-critical contexts.

Qualifications

• Bachelor's degree in Engineering, EE or CS required.
• 6+ years of relevant experience and US citizenship or PR.
• Experience with embedded graphics, OpenGL, and GPU integration.

Responsibilities

• Develop and optimize embedded graphics on multi-core platforms using OpenGL.
• Analyze WCET and resource contention across CPUs, GPUs and I/O subsystems.
• Apply DEOS RTOS concepts like cache partitioning and resource isolation.
• Ensure deterministic real-time performance per FAA guidance and standards.

Skills

OpenGL experience

Epic Deos experience

Multi-core architecture

Shared resource analysis

WCET analysis

Education

Bachelor's degree in Engineering, Electrical Engineering or Computer Science

Tools

Linux

GPU drivers

Device driver development

Job description

Capgemini Engineering is seeking a skilled embedded graphics engineer to design and optimize graphics solutions for multi-core platforms. The role emphasizes OpenGL development, real-time performance, and resource isolation using DEOS techniques.

Candidates should have strong knowledge of processor/memory architectures, WCET calculation, and Linux-based device driver development, with a focus on deterministic behavior for aerospace-peripheral integrations and safety-critical contexts.