System Validation Engineer

About BATM:

BATM is a global technology company, publicly traded in London and Tel Aviv, specializing in networking and cybersecurity technologies. Our Cyber Division develops advanced encryption technologies, including Layer 2 data-in-transit protection powered by Post-Quantum Cryptography (PQC). We deliver next-generation network security products that protect critical infrastructure through high-performance, hardware-based encryption solutions.

We are currently looking for an Entry-Level System Validation Engineer to join our Cyber Division.

About the Role:

We are looking for students in their final year or recent graduates (B.Sc. in Electrical Engineering or Computer Science) to join our validation team and help ensure the end-to-end quality of a high-performance cybersecurity product.

You’ll work hands-on across the full system, including the hardware device, FPGA/embedded software, and the management platform (EMS) used by customers.

This is an entry-level position, ideal for someone who enjoys seeing how complex systems work - debugging, testing, and connecting the dots between hardware, firmware, networking, and software.

What you’ll do:

• Run end-to-end validation of the product: device + embedded/firmware + FPGA datapath + EMS.

• Write and execute test plans (mostly manual at first), document results, and support release readiness.

• Test performance and stability (throughput/latency, long runs, stress).

• Investigate issues using logs and reproduction steps, and work closely with R&D to drive fixes.

What we’re looking for:

• Students in their final year or recent graduates (B.Sc. in EE or CS).

• Strong system thinking, curiosity, and a hands-on mindset.

• Comfortable working in a Linux environment (terminal, logs, basic networking).

• Strong English (written + spoken).

Nice to have:

• Networking basics (TCP/IP, packet flows), embedded/Linux familiarity, or any exposure to FPGA systems.

• Python scripting.

• Interest in cybersecurity / cryptography concepts.