Electrical Engineering Lead
Confirmed on the employer's own hiring board on Nov 5, 2026. First seen by Alion on Oct 12, 2026.
About Bridge Neurotech
Bridge Neurotech is building a non-invasive functional ultrasound imaging (fUSI) platform with AI-based neural decoding for brain-computer interface applications. We are a seed-stage neurotechnology company developing technology that has the potential to transform how we interact with the human brain.
About the role
We are looking for an Electrical Engineering Lead to own the architecture strategy and delivery of the electronic systems behind Bridge’s custom ultrasound hardware: from system partitioning and component selection through schematic, layout, bring-up, and validated hardware.
Two design challenges sit at the center of this role. The first is high-speed I/O: moving raw acquisition data off the front-end over multi-gigabit-per-second links, with a focus on designing for signal integrity, clocking, and proper layout. The second is power delivery: multi-rail systems operating at watts of power, designed for efficiency and thermal headroom.
You will interface with ASICs at register level, write Python daily for bring-up and test automation, and know enough firmware to collaborate efficiently with our embedded systems team.
What you’ll do
Own the end-to-end electronics architecture of Bridge’s custom imaging hardware: system partitioning, component selection, schematic capture, PCB layout oversight, bring-up, and design validation.
Design and deliver boards with multi-gigabit-per-second serial links (e.g., LVDS, JESD204, PCIe/USB 3.x-class SerDes), owning signal integrity, impedance control, clocking, and high-speed layout.
Architect watts-class power delivery: multi-rail regulation, sequencing, efficiency, thermal design, and noise isolation for sensitive analog acquisition circuitry.
Evaluate, select, and integrate ultrasound transmit/receive ASICs and analog front-ends: own the electrical interface to custom silicon and drive vendor relationships.
Co-define the hardware/software boundary with the Embedded Systems Lead: digital interface definition, control plane, and data path. Write firmware where it accelerates bring-up.
Build Python-based bring-up, characterization, and automated test tooling for every board revision.
Lead board bring-up, debug, and failure analysis; manage PCB fabrication and assembly vendors and drive design reviews.
Mentor the R&D Engineer, reviewing their schematics, layouts, and test methodology.
Lay the documentation and design-control groundwork for eventual development in a regulated environment.
Who you are
Required
Degree in electrical engineering or related field, with 6+ years of hands-on board-level design experience and multiple custom boards taken through production or production-equivalent builds.
Extended experience with high-speed digital board design: multi-gigabit-per-second serial links, controlled-impedance routing, and signal/power integrity analysis.
Demonstrated design of power delivery systems operating at watts of power: switching regulators, multi-rail architectures, sequencing, and thermal management.
Working understanding of ASICs and how to interface with them: register-level configuration, electrical integration of custom silicon or analog front-ends, and informed dialogue with silicon vendors.
Enough firmware fluency to write some embedded code yourself and work effectively day-to-day with an embedded systems engineer.
Good command of Python for bring-up scripts, automated test, and data analysis.
Experience from consumer electronics or other high-volume consumer products, where cost, manufacturability, and iteration speed were real constraints.
Nice to have
Familiarity with hardware design in regulated environments (e.g., IEC 60601, design controls, medical or similar).
Prior work on ultrasound, imaging, or other high-channel-count data acquisition front-ends, including AFE/ADC characterization.
FPGA familiarity, enough to reason about the interface between your boards and programmable logic.
EMC/EMI pre-compliance and debug experience.
Early-stage startup experience where you set the hardware roadmap yourself.
What we offer
The opportunity to shape a role and a team from the earliest stages.
Direct collaboration with leading clinicians and neuroscientists at top-tier academic institutions.
Excellent medical benefits and a 6% match 401(k).
Bridge Neurotech is an equal opportunity employer. We encourage candidates of all backgrounds to apply.