Remote Electrical Design Engineer

Shape the Future of Connected Systems—From Anywhere

Can you turn a napkin sketch into a functional circuit that powers innovation worldwide? Here, your designs won’t just move electrons; they’ll move teams, products, and entire industries forward. As a Remote Electrical Design Engineer, you’ll architect solutions that make complex systems reliable, efficient, and a joy to use. The annual salary for this position is $42,673.

Why This Role Matters

Every blueprint you produce is more than a schematic—it’s a catalyst for progress. You’ll help influence safety standards, streamline manufacturing processes, and contribute to delivering technology that improves lives. Your expertise will ensure our systems run seamlessly, whether in energy, smart devices, or next-gen mobility. We’re ready for your best ideas and your relentless curiosity.

What You’ll Achieve

Bring clarity to complexity as you translate user requirements into robust electrical layouts using industry-leading CAD tools. You’ll work with simulation platforms to predict performance and troubleshoot bottlenecks before a product is introduced to the real world. Your collaboration with mechanical engineers, firmware developers, and project managers will create an environment where creativity thrives. When deadlines approach, you’ll focus intensely and solve problems with agility—because we move quickly, but we always make space for thoughtful design.

Your Daily Impact

• Convert user insights and market feedback into scalable, manufacturable PCB designs that meet global standards.
• Lead digital and analog circuit development, grounding every decision in data-driven analysis and a keen eye for detail.
• Collaborate with remote teams using Slack, Notion, and real-time prototyping tools to build unified solutions across continents.
• Dive into simulation environments like SPICE or LTspice to validate concepts before they’re built, ensuring every microamp and voltage drop is accounted for.
• Present your findings with clarity—whether you’re sketching on a whiteboard, sharing a Figma board, or distilling insights in a team huddle. You simplify complex ideas—no jargon, just impact.

Tools & Tech Stack

Your toolbox includes Altium Designer, Eagle, and OrCAD for schematic capture and PCB layout. You’ll harness Python or MATLAB scripts for automation, data analysis, and test automation. Jira keeps you aligned across agile workflows, while remote collaboration tools ensure seamless feedback cycles. When it’s time to prototype, you know your way around soldering irons, oscilloscopes, and 3D-printed enclosures.

What Sets You Apart

You don’t just deliver clean schematics; you anticipate how each decision will shape cost, manufacturability, and the end-user experience. Quality isn’t a box to check; it’s a habit you live by—every trace, every bill of materials update, every design review. If there’s a hardware failure or a compliance challenge, you stay curious until you uncover the root cause and teach the rest of us what you learned.

You’re comfortable making the ambiguous actionable. Do you have a novel idea for EMI shielding or a hunch about improving battery life? Please share it, test it, and champion it. Your influence will be felt across prototype iterations, final product rollouts, and even training documentation for our manufacturing partners.

Growth & Learning

You’ll invest in your growth through ongoing certifications, workshops, and direct mentorship from senior engineers. Whether you’re mastering the nuances of IoT sensor integration or learning how to optimize for high-voltage applications, there’s space for your ambition. When you discover a more innovative way to approach a challenge, you share it—because we believe teaching is the highest form of mastery.

Who Thrives Here

• Engineers who love solving meaningful problems with autonomy and trust.
• Creators who embrace feedback and want to see their designs come alive in real products.
• Communicators who translate technical ideas into actionable plans for teammates, partners, and non-engineers alike.
• Learners who stay curious about advances in renewable energy, power electronics, and smart devices—and want to shape the next big leap.

How You’ll Collaborate

Partner with mechanical design, project management, and production support to bring ideas from prototype to production. Your influence won’t be siloed; you’ll touch on requirements gathering, safety validation, and post-launch optimizations. By keeping the lines open—whether it’s a quick Zoom call or an async update on Notion—you make global teamwork feel effortless.

Make a Real-world Difference

The systems you design may monitor hospital equipment, enable smart manufacturing, or power renewable energy installations. Every resistor, microcontroller, and sensor you specify is a thread in the fabric of something bigger. You won’t just react to requirements; you’ll anticipate needs, suggest new directions, and ensure that every product we ship is better than the last.

Ready to Redefine What’s Possible?

If you’re energized by the idea of creating solutions that scale and last—and you want your work to have a genuine, measurable impact—we’re excited to meet you. Let’s build something purposeful together.