C++ Software Engineer

3dB Labs is seeking skilled software developers at all experience levels who love to solve challenging digital signal processing problems.

The ideal candidate is creative, smart, and able to work effectively on their own or with a small team.

Our work provides the opportunity for a unique mix of theory-based algorithm development and implementation of software-based high-performance processing solutions.

Our work environment is dynamic and fast-paced with a focus on quick-reaction responses to our customers' needs.

Our products are technically compelling, operationally relevant, and deployed around the globe.

Our employees are typically BS/MS holders in electrical engineering, computer engineering, software engineering, or computer science, but we will consider anyone with demonstrated skills and interest in software development and/or signal processing.

The following experience areas are of interest:

• Desired Programming languages/frameworks/platforms: C++ (highly desired, as it is our primary development language; all versions from C++11 onward depending on the project) Python 2.x/3.x (not strictly required; useful as a complement to our C++-based tools) GUI development using Qt 5 framework GPGPU software implementation using CUDA Development of software for Linux operating systems (our primary target platform)
• C++ (highly desired, as it is our primary development language; all versions from C++11 onward depending on the project)
• Python 2.x/3.x (not strictly required; useful as a complement to our C++-based tools)
• GUI development using Qt 5 framework
• GPGPU software implementation using CUDA
• Development of software for Linux operating systems (our primary target platform)
• Additional Experience that would be a plus with our target application domains: Digital signal processing and signals and systems theory Background in software defined radio and digital communication theory is a major plus Working knowledge of communication systems design and/or RF system design is desirable Algorithm implementation using multithreading and SIMD techniques, mostly on x86 platforms
• Digital signal processing and signals and systems theory
• Background in software defined radio and digital communication theory is a major plus
• Working knowledge of communication systems design and/or RF system design is desirable
• Algorithm implementation using multithreading and SIMD techniques, mostly on x86 platforms