C++ Real-Time Signal Processing Engineer (CUDA)

ATS Client; Cape Town; On-site; ZAR 600,000 - 1,000,000; Full time

Benefits offered by this job

International community

Diversity & equal opportunity

Robust training with internal Academy

Team events

Job summary

ATS Client is seeking a skilled engineer in Cape Town to design and implement software for signal processing applications. The role involves developing high-performance algorithms for real-time systems and supporting low-latency network protocols.

You will participate in system integration across software, firmware, and hardware, while maintaining baselines with version control and ensuring timely delivery of software modules.

Qualifications

• Experience in C++ for performance-critical applications.
• Parallel computing with NVIDIA CUDA.
• Python and MATLAB for scripting, programming, and simulation.
• Radar signal processing knowledge.
• Degree in Engineering, Computer Science, or Applied Mathematics.

Responsibilities

• Design and implement software for signal processing applications.
• Develop and optimize algorithms for high-performance and real-time systems.
• Support the development of low-latency network communication protocols.
• Participate in system integration across software, firmware, and hardware.
• Maintain software baselines using version control systems.
• Ensure reliable delivery of software modules to assist project timelines.

Skills

C++ performance

CUDA parallel computing

Python & MATLAB

Radar signal processing

Memory management

TCP/UDP networking

Source control

System integration

Software architecture

Team mindset

Education

Degree in Engineering, Computer Science, or Applied Mathematics

Tools

Modern source control systems

Job description

ATS Client is seeking a skilled engineer in Cape Town to design and implement software for signal processing applications. The role involves developing high-performance algorithms for real-time systems and supporting low-latency network protocols.

You will participate in system integration across software, firmware, and hardware, while maintaining baselines with version control and ensuring timely delivery of software modules.