Engineer

DP Professionals (DPP); Cincinnati (OH); In loco; USD 125.000 - 190.000; Tempo pieno

Descrizione del lavoro

DP Professionals (DPP) is seeking a cleared Sr. Principal Digital Signal Processing Engineer for a 9‑month W2 contract onsite in Cincinnati, OH.

The role focuses on developing advanced DSP algorithms in MATLAB or CUDA/OpenCL, Python, and C/C++ across Linux/Windows environments. The ideal candidate has deep experience in time and frequency domain DSP, digital communications, RF signal processing chains, and link budgets, with preferred exposure to RADAR, SDRs, and AI/ML techniques for real-time

Competenze

• Bachelor’s or higher in Electrical/Computer Engineering with 8+ years experience

Mansioni

• Develop cutting edge DSP algorithms in MATLAB or CUDA/OpenCL/Python/C/C++ on Linux/Windows
• Contribute to a broad range of signal processing applications for defense programs
• Experience with RADAR (SAR/ISAR), SDRs, and AI/ML approaches in DSP

Conoscenze

Digital Signal Processing

MATLAB proficiency

C/C++ programming

Python scripting

Embedded software design

RF signal processing

GPU development

AI/ML in DSP

Security clearance

Formazione

Bachelor’s Degree in Electrical/Computer Engineering

MS Degree in Electrical/Computer Engineering

PhD Degree in Electrical/Computer Engineering

Strumenti

MATLAB

CUDA/OpenCL

Python

C/C++

FPGA design tools (Questa/Modelsim)

Xilinx/Intel FPGAs

Descrizione del lavoro

DPP is seeking a Sr. Principal Digital Signal Processing Engineer for an opportunity with our client in the Aerospace and Defense Manufacturing industry.

Work Location: Onsite in Cincinnati, OH

Duration: 9 months

Terms: W2 Contract

Work Authorization: US Citizen; must hold a current/active Top Secret – SCI security clearance

Position Summary:

• We are seeking a cleared Sr. Principal Digital Signal Processing Engineer who is a self-motivated, energetic individual who will be responsible for developing cutting edge algorithms in MATLAB or other programming languages such as CUDA/OpenCL, Python, C/C++ in Linux/UNIX or Windows environments.
• The preferred candidate will have experience with various Signal Processing algorithms both in time and frequency domains, understanding of Digital Communication Systems and various modulation techniques as well as RF signal processing chains and link budgets.
• Digital Signal Processing (DSP) Engineers contribute to a broad range of applications with exposure to a variety of programs and technologies that provide critical solutions to US government intelligence agencies and the Department of Defense.
• Practical experience in any of these fields is highly desired:
• RADAR (SAR/ISAR)
• LPI/LPD waveforms
• Software Defined Radios (SDRs)
• Image Processing and AI/ML techniques

Required Qualifications:

• Bachelor’s Degree in Electrical, Computer or related Engineering discipline with 8 years of experience;
• OR MS Degree in Electrical, Computer or related Engineering discipline with 6 years of experience;
• OR PhD Degree in Electrical, Computer or related Engineering discipline with 4 years of experience.
• US Citizenship is required.
• Proficient with MATLAB, with a Digital Signal Processing focus.
• Proficient in SW (Embedded, applications, AI/ML) or FPGA design.
• Active Top Secret/SCI security clearance.

Preferred Qualifications:

• Proficient with MATLAB, with a Digital Signal Processing focus.
• Proficient in C/C++, Python, Embedded SW Design in Linux/UNIX environments.
• Proficient in FPGA design on low SWAP systems.
• Basic understanding of Digital Communication Systems and RF signal processing chains.
• Experience applying AI/ML (e.g., deep learning, transformer, or reinforcement‐learning models) to signal‐processing techniques such as denoising, classification, source separation, or anomaly detection, with emphasis on real‑time deployment and performance optimization.
• Experience in GPU Development (CUDA, OpenCL, or Vulkan) for real‑time signal‑processing workloads.
• Experience in Embedded Development in SoCs or DSPs.
• Experience with VHDL (preferred) or Verilog.
• Experience with HDL verification tools, such as Questa® or Modelsim®.
• Experience with Xilinx, Altera (Intel) or Microsemi FPGAs.