ABOUT US

Zeromark builds AI-driven counter-drone systems that actually work in combat. No PowerPoints. No hype. Just field-proven technology that saves lives.
We’ve doubled year-over-year for two straight years, winning contracts that prove what we’ve always known: real innovation happens in the dirt, not in conference rooms. Our systems transform standard weapons into AI-powered platforms that detect, track, and neutralize drone threats—because a $200 drone shouldn’t require a million-dollar countermeasure.
Here’s what makes us different: ZeroMark operators don’t build from behind screens. You’ll validate tech from Blackhawk helicopters, train alongside Tier-1 units (who happen to be our coworkers), and test at legendary ranges from White Sands to the cliffs of Hawaii. When we say field-tested, we mean you’ll shoot it, fly with it, and push it to failure. We don’t tweet about changing the world—we’re too busy actually doing it. Dark humor required, thick skin recommended.
If you want to make an actual impact—and have some unforgettable Tuesday afternoons along the way—let’s talk. We’re all about delivering practical, field-tested tech, not just theories.

WHAT YOU’LL NEED:

We’re seeking a highly motivated and skilled Electrical Design Engineer with:

• Education: Bachelor’s or Master’s degree in Electrical Engineering or a related field.
• Experience: 5+ years of experience in electrical hardware design, preferably in the defense, aerospace, or related high-tech industries.

As an Electrical Design Engineer, you’ll be instrumental in designing, developing, and testing the core electronic systems for our next-generation counter-drone platforms. Your responsibilities will include:

• Circuit Design: Architecting and implementing complex analog and digital circuits for RF, power management, signal processing, and control systems.
• PCB Layout: Designing multi-layer printed circuit boards (PCBs) with a focus on signal integrity, power delivery, and manufacturability.
• Component Selection: Identifying and evaluating electronic components, ensuring optimal performance, reliability, and cost-effectiveness.
• Prototyping & Testing: Building and testing prototypes, performing rigorous validation and verification to ensure designs meet stringent performance and reliability requirements.
• Firmware & Software Collaboration: Working closely with firmware and software engineers to integrate hardware and ensure seamless system functionality.
• Troubleshooting & Optimization: Diagnosing and resolving hardware issues, and continuously optimizing designs for performance, efficiency, and robustness.
• Documentation: Creating comprehensive design documentation, schematics, layouts, and test procedures.