Senior Wireless Systems Design & Integration Engineer

About Movandi: Movandi has made a big impact on 5G in a short amount of time — from foundational research and innovative modular, high efficiency mmWave system design to the introduction of our BeamXR 5G system that delivers improvements in performance, coverage, and latency to connect 5G everywhere.

Now more than ever, 5G--supported by Movandi technology--is becoming an integral part of the telecommunications landscape.

And we’re only getting started.

At Movandi we work as a team.

We like hard problems and solving them with the sharpest people.

Are you looking to make a difference on the future of technology?

At Movandi, you will help solve the growing challenges of deploying 5G millimeter wave networks.

You will make an impact.

Job Responsibilities Design, develop, simulate, and optimize algorithms for millimeter-wave communication systems.

Collaborate closely with PHY, firmware, RFIC, and digital hardware teams to implement efficient algorithms for both factory calibration and real-time system operation.

Develop and execute test plans, collect and analyze test data, and identify, troubleshoot, and resolve system issues.

Capture, analyze, and document system requirements for wireless communication platforms and products.

Perform transmit and receive chain analysis, including gain, noise, linearity, and overall link budget evaluations.

Work closely with systems, RF, and applications teams to define system architecture and partition implementations across 5G RF and physical layer systems using Movandi chipsets, FPGAs, and microcontrollers.

Lead and support system-level integration of the overall wireless communication platform.

Validate system performance using lab instrumentation, over-the-air (OTA) testing, and field trials.

Create and maintain comprehensive system documentation for both internal development teams and customer-facing deliverables.

MEng or equivalent degree with at least 5 years of experience in wireless communication systems design and integration.