Senior Electrical Engineer

AgZen is a fast-growing precision agriculture company headquartered in Somerville, MA, built on MIT research and focused on one problem: making crop spraying more efficient. Our flagship product, Real Coverage, is the world's first system that measures and controls droplet coverage at the leaf level, giving growers real-time visibility into spray performance and cutting chemical and water use by up to 50% without sacrificing yield.

We are a small, technically deep team working at the intersection of fluid mechanics, computer vision, AI, and real agricultural environments. If you want to build technology with measurable impact on how the world grows food, this is the place to do it.

As a Senior Electrical Engineer, you will be a key contributor to AgZen's hardware portfolio, owning the design, development, and field performance of the electrical systems that power Real Coverage. This role sits at the intersection of power electronics, embedded hardware, and mechanical actuation in a demanding real-world environment. We are looking for someone who is technically strong, ownership‑driven, and energized by the challenge of making hardware work reliably in the field, not just in the lab.

Location:

Somerville, MA (Boston area) – work required to be in‑person.

• Engage in electrical system development through all stages (R&D, prototyping, testing, manufacturing, installation, and on‑field use) by defining requirements, specifying parts, and owning schematic design and layout at the subsystem level.
• Productize concepts and engineering designs – including implementation, manufacturability, vendor qualification, cost management, and translating documents and instructions to contract manufacturers.
• Engineer solutions that enable our systems to integrate seamlessly with a diverse array of commercial sprayers and agricultural machinery, addressing the unique challenges of retrofitting in the field.
• Build in‑depth firmware validation tooling and processes to support mass production of AgZen products.
• Collaborate across hardware, software and field operations teams to integrate feedback and rapidly respond to customer needs and business priorities when required.
• Engineer fault‑tolerant systems with graceful failure recovery.
• Develop clear documentation for architectural decisions, schematics, and physical layouts.
• Work closely with mechanical and product engineers to build enclosures and actuation systems.
• Support critical experiments and real‑world testing on agricultural sprayers, helping validate designs and ensure the product performs reliably in operational environments.
• Enhance engineering documentation including design reviews, testing, code, architecture, interfaces, and versioning.

• Bachelor's in Electrical Engineering or a related field.
• 6+ years of experience in electrical design, with a demonstrated track record of delivering/shipping high-volume products and/or working in research, prototyping, or early-stage development environments.
• Proficiency in interpreting and creating electrical schematics, designing physical layouts (e.g., PCBs or panel/plant layouts), and/or performing hardware/system bring‑up and debug at the lab or field level.
• Custom PCB design experience (e.g., on Altium, KiCad, etc.) from schematic entry and board layout through fabrication, assembly, testing, iteration, production and manufacturing.
• Design experience with motors, motor controllers, power supplies, inverters / converters, and power electronics, including battery‑powered systems and efficient power delivery at the edge.
• Demonstrated ability to own hardware problems end-to-end, including diagnosing failures in the field and driving fixes through to resolution.
• Familiarity with embedded systems and the firmware constraints that affect electrical design decisions.
• Experience working on products that require high reliability at scale, where field failures have real operational consequences.
• Comfort working on small teams where the scope of ownership is broad and the pace is fast.
• Strong embedded hardware and software debugging instincts and comfort working with hardware that is…