# Radar Design FPGA Engineer

**Company:** [KRUSH Labs B.V.](http://jobs.workable.com/companies/wxMVWnofxW1uQi6ucUksP8.md)
**Location:** Eindhoven, Netherlands
**Workplace:** hybrid

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## Description

KRUSH Labs is developing cutting-edge wireless communication and sensing systems that push the boundaries of performance and reliability. Our technologies address a spectrum of modern sensing and communication systems needs including long-range sensing and communication, high resolution sensing, high data rates, low latency, interference robustness and resilience to multipath. This creates unique opportunities to research, design, and implement next-generation radio and radar systems. 

We are looking for an experienced **Radar Design FPGA Engineer** to join our dynamic team. In this role, you will be responsible for developing and maintaining robust FPGA based software/hardware codesign and verification flows. , while defining strategies to ensure the performance, quality, and reliability of our FPGA-based systems. You will work on software/hardware co-design solutions and contribute to cutting-edge radar development projects. Leveraging your expertise in Verilog/SystemVerilog, FPGA/VLSI design, and modern verification methodologies such as Cocotb, you will help deliver high-quality solutions from concept through deployment.

As part of this role, **you will be a member of the broader FPGA and verification community within KRUSH Labs**, collaborating with experienced engineers to continuously improve our design, verification, and development methodologies.

**Key Responsibilities**

-   Maintain a clean, scalable, and portable software/hardware co-design and build environment.
-   Develop lint-clean RTL modules based on system-level and algorithmic specifications.
-   Integrate third-party IP blocks and ensure correct functionality within FPGA-based systems.
-   Review and refine system designs, including software and RTL implementations, to ensure high code quality and complete functional coverage.
-   Contribute to the enhancement of internal FPGA design, verification, and testing methodologies.
-   Develop and maintain verification environments using modern methodologies and tools such as Cocotb.
-   Debug timing issues and contribute to timing closure during static timing analysis (STA).
-   Perform board-level debugging using logic analyzers and related hardware validation tools.
-   Collaborate closely with algorithm, software, and systems engineers to translate requirements into robust FPGA implementations.
-   Participate in laboratory and field testing activities to validate system performance in real-world environments.

## Requirements

**Technical Qualifications Required**

-   5+ years of experience in FPGA or front-end VLSI design and verification.
-   At least 1 year of experience with Petalinux and/or bare-metal software bring-up.
-   Master's degree in Electrical Engineering, Electronic Engineering, Computer Engineering, or a related field.
-   Strong working knowledge of C/C++ and Python.
-   Experience with structured, lint-clean RTL development using Verilog and/or SystemVerilog.
-   Familiarity with verification methodologies and frameworks such as Cocotb.
-   Experience implementing hardware accelerators on FPGA platforms.
-   Basic understanding of digital communication systems theory.
-   Experience implementing fixed-point DSP algorithms in RTL is considered an advantage.

**Nice to Have**

-   Understanding of wireless communication and signal processing concepts such as MIMO, OFDM, beamforming, or channel estimation.
-   Experience with radar systems, including radar signal processing or radar FPGA implementations.
-   Experience with Xilinx/AMD FPGA development tools and workflows.
-   Familiarity with embedded Linux environments and heterogeneous SoC platforms.

**Required Skills and Abilities**

-   Strong analytical and problem-solving skills with a proactive, hands-on approach.
-   Excellent communication and collaboration skills, with the ability to work effectively across multidisciplinary teams.
-   Strong attention to detail and commitment to delivering high-quality, reliable designs.
-   Passion for innovation and continuous improvement of FPGA design and verification methodologies.
-   Ability to work independently while contributing positively to a collaborative engineering culture.