Sr. Principal Digital Signal Processing Engineer

Northrop Grumman – Cincinnati (aka Xetron) is part of the Mission Systems sector, focused on the development of new capabilities for our military and intelligence customers around the globe.

Our Northrop Grumman Cincinnati, Ohio small business culture operates collaboratively within a larger corporation providing the benefits of both.

This unique relationship offers employees the ability to know everyone at the site while working on technologies and products that are beyond state-of-the-art.

You and your team will wrestle with the next big problems in an atmosphere of collaboration and cooperation, sharing your expertise while learning from the expert next to you.

Remember when you were excited about getting to work because the challenge of the problem, the importance of the solution and the fun you had with your team?

It's that kind of place!

But don’t take my word for it.

See for yourself!

See why we receive comments on our YouTube Videos like “This company is insanely advanced” and “Wow.

This is mind blowing.” See some of our recent Awards and Recognition and read about some of the reasons to live in Cincinnati .

• Mission‑Driven Work: Directly contribute to systems that safeguard nations and support critical national‑security objectives
• Rapid Growth Environment: Play a pivotal role on fast‑moving programs that are expanding quickly, giving you ownership and visibility
• Cross‑Functional Influence: Collaborate with engineering, manufacturing, quality, and supply‑chain teams, and become a trusted advisor to senior leadership and external partners

We are seeking cleared or clearable Sr.

Principal Digital Signal Processing Engineers who are self-motivated, energetic individuals 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.