Electrical Engineer

Avive Solutions, Inc. is a growth stage Automated External Defibrillator (AED) company focused on saving lives through innovative technology. They are seeking an Electrical Engineer to join their R&D team, where the role involves designing, developing, and testing products that enhance emergency response to Sudden Cardiac Arrest.

Responsibilities

• Collaborate with electrical, firmware, mechanical, manufacturing, test, and quality engineers to develop and launch features for life-saving products and accessories
• Analyze and debug circuits across a wide range of electronic modules (MCUs, power supplies, high voltage, ECG, audio, cellular, Wi-Fi, and more)
• Instrument, operate, and interpret data from oscilloscopes, multimeters, power supplies, logic analyzers, and other lab equipment to support development of new features, identify failure mechanisms, stress-test designs, and characterize trade-offs
• Design schematics and PCB layouts for development boards, rapid prototypes, and test fixtures
• Support benchtop bring-up of new PCBAs
• Validate electronics for production readiness
• Design and execute test suites, document results, write technical reports, analyze data, and present data-driven conclusions
• Perform soldering, rework, and hardware modifications during prototyping phases
• Implement minor firmware adjustments to support hardware tests or enable debug features
• Analyze firmware-hardware interactions to develop features, identify issues, and recommend design improvements
• Support products in the field through cross-functional debugging spanning electrical failure analysis, system log reviews, and collaboration with the quality, manufacturing, and customer success teams
• Support ongoing manufacturing of products through BOM improvements, alternate component selection and qualification, and debug of failed devices from the manufacturing line

Skills

• B.S. in Electrical Engineering
• Minimum 1-3 years of industry experience
• Strong technical foundation in circuit theory and analysis
• Hands-on experience designing, testing, and analyzing mixed-signal circuitry
• Familiarity using lab equipment (oscilloscopes, multimeters, power supplies, etc.)
• Experience with PCB design tools (e.g., Altium Designer)
• Understanding of basic firmware principles (Embedded C)
• Expertise in a select area of electrical design (e.g., power electronics, analog circuitry, wireless communications)
• Experience with scripting programming tools (e.g., Python)
• Experience working on medical or health devices (e.g., in an FDA or ISO regulated environment)

Company Overview

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