Principal Electrical Engineer

BioTalent; San Diego (CA); On-site; USD 150,000 - 190,000; Full time

Job summary

BioTalent is seeking a Principal R&D Electrical Engineer to own the electrical hardware design of a complex implantable platform. You will lead neural front-end acquisition, mixed-signal processing, power management, RF telemetry, and high-density PCB/flex-circuit design from concept through verification.

The role requires 8+ years of analog/mixed-signal hardware experience in miniaturized, high-reliability systems and deep expertise in low-noise neural front-end design.

Qualifications

• Bachelor's degree in Electrical Engineering or related field.
• 8+ years of analog/mixed-signal hardware design experience for miniaturized, high-reliability systems.
• Deep expertise in low-noise neural or bioelectric front-end design (amplifier chains, ADC interfacing, filtering).
• Strong PCB/flex-circuit layouts in space-constrained implants.

Responsibilities

• Own end-to-end electrical architecture of the implant, including neural acquisition front end, mixed-signal processing, power regulation, and RF telemetry subsystems
• Lead schematic design, component selection, and circuit simulation for ultra-low-power implantable electronics
• Drive ASIC integration and co-design with silicon partners, including specs, test plans, and bring-up procedures
• Lead design of miniaturized, high-density PCB and flex-rigid assemblies for chronic implantation
• Architect power delivery and wireless communication strategies (custom RF, BLE, or inductive) for long-duration implant operation
• Define and execute electrical verification and validation test plans, including EMC/EMI assessment and reliability testing
• Serve as electrical engineering lead within design controls (IEC 60601, IEC 62304, ISO 14971)
• Partner with firmware, mechanical, and systems engineering to co-optimize the implant across domains
• Support regulatory submissions with electrical test reports and design rationale

Skills

Analog/mixed-signal design

Low-noise front-end design

PCB/Flex-circuit design

EMC/EMI testing

EDA tools (Altium Cadence)

Hardware verification

Circuit simulation

Education

Bachelor's degree in Electrical Engineering

Tools

Altium

Cadence

Job description

Position Summary

A growth-stage medical technology company developing complex Class III medical devices is seeking a Principal R&D Electrical Engineer to own the electrical and electronic hardware design of its implantable platform. This is a hands-on, technically deep role spanning neural front-end acquisition, mixed-signal integration, power management, RF telemetry, and PCB/flex-circuit design, with accountability from concept through design verification.

Responsibilities

• Own the end-to-end electrical architecture of the implant, including neural acquisition front end, mixed-signal processing, power regulation, and RF telemetry subsystems
• Lead schematic design, component selection, and circuit simulation for ultra-low-power implantable electronics
• Drive ASIC integration and co-design with silicon partners, including specifications, test plans, and bring-up procedures
• Lead design of miniaturized, high-density PCB and flex-rigid circuit assemblies suitable for chronic implantation
• Architect power delivery and wireless communication strategies (custom RF, BLE, or inductive) for long-duration implant operation
• Define and execute electrical verification and validation test plans, including EMC/EMI assessment and reliability testing
• Serve as electrical engineering lead within the design controls framework (IEC 60601, IEC 62304, ISO 14971)
• Partner closely with firmware, mechanical, and systems engineering to co-optimize the implant across all domains
• Support regulatory submissions with electrical test reports and design rationale

Requirements

• Bachelor's degree in Electrical Engineering or a related discipline
• 8+ years of experience in analog/mixed-signal hardware design for miniaturized, high-reliability electronic systems
• Deep expertise in low-noise neural or bioelectric front-end design, including amplifier chains, ADC interfacing, and filtering
• Strong PCB and flex-circuit design experience with high-density, space-constrained layouts
• Proficiency with EDA tools (Altium, Cadence, or equivalent) and circuit simulation
• Hands-on experience bringing electronic subsystems from prototype through design verification into production

Preferred: active implantable medical device experience (neurostimulators, cochlear implants, cardiac rhythm devices); ASIC integration or silicon bring-up experience; RF/wireless telemetry design for implantable or body-worn devices; familiarity with ISO 14708 and FDA regulatory submissions (IDE, PMA, 510(k)).