C/C++/Rust Firmware Software Engineer

DL Remote

Shape and develop sophisticated FPGA architectures and RTL logic for advanced high-speed data processing.
Orchestrate hardware-software integration, guaranteeing fluid communication between embedded firmware and high-performance FPGA units.
Craft and sustain efficient, resilient, and scalable embedded firmware solutions using C/C++ or Rust.
Execute comprehensive testing, debugging, and validation for FPGA designs and embedded software.
Partner with interdisciplinary teams to outline system specifications and ensure cohesive integration.
Engage in design and code assessments, alongside architectural dialogues, to uphold quality standards.
Remain abreast of evolving technologies and industry benchmarks in embedded systems, FPGA advancement, and quantum domains.
Document design specifications, implementation particulars, and testing protocols with clarity and precision.
Contribute to ongoing improvement efforts and cultivate an innovative organizational culture.

An academic background (Bachelor’s or Master’s) in Electrical Engineering, Computer Science, or a related technical discipline.
Profound expertise in RTL development, utilizing VHDL or Verilog for intricate digital systems.
Demonstrated experience with leading FPGA vendor toolchains, including Xilinx Vivado or Intel Quartus.
Robust programming proficiency in C, C++ or Rust for embedded software and driver creation.
Practical comprehension of high-speed interfaces and communication protocols such as PCIe, Ethernet, or DDR memory controllers.
Hands-on experience in hardware debugging, leveraging laboratory tools like logic analyzers and oscilloscopes.
Capability to contribute meaningfully within a collaborative, Agile development framework.
Professional fluency in English for technical documentation and inter-team communication.

High growth, a top team, and cutting-edge technologies.
A high degree of autonomy and significant room for maneuver.
A steep learning curve.
A competitive salary up to 100k, negotiable.
A hybrid remote setup offering high individual flexibility and employee satisfaction.