Design mixed analog and digital circuitry for new and sustaining medical-device products, including schematic capture, topology selection, and design analysis

Own electrical system specifications, requirements, interface definitions, and design documentation

Develop, own, and execute or oversee electrical verification test cases and protocols

Debug and root-cause complex system-level issues across analog, digital, power, firmware, signal-integrity, and communication domains

Perform circuit analysis and simulation, including worst-case, tolerance, timing, and power analyses

Guide PCB layout and review schematics and layouts for signal integrity, EMC, grounding/shielding, thermal performance, and manufacturability

Select and specify components, manage bills of materials, and evaluate parts for performance, reliability, and lifecycle

Bring up, characterize, and troubleshoot prototypes using laboratory equipment

Collaborate with firmware, mechanical, systems, and software engineers to integrate electronics into the overall system

Contribute to design reviews, risk management, design-for-test, and design-for-manufacture activities

Author and maintain design documentation, analyses, and reports for design-control and regulatory requirements

Support manufacturing and suppliers with technical issues, design transfer, and continuous improvement

Requirements

Bachelor’s degree in Electrical Engineering, Electronics Engineering, or a related discipline

7+ years of electronics design experience

Hands‑on mixed‑signal analog and digital circuit design experience

Robust analog design skills covering amplifiers, filters, data acquisition, power, and sensor interfaces

Digital design experience with microcontrollers, memory, and communication buses

Ability to debug complex system‑level hardware issues to root cause across multiple domains

Experience defining electrical requirements and specifications

Experience developing verification test cases and protocols





Proficiency with Altium Designer for schematic capture and PCB design

Proficiency with circuit simulation tools such as SPICE

Hands‑on proficiency with oscilloscopes, logic analyzers, spectrum analyzers, multimeters, and other laboratory equipment

Strong understanding of signal integrity, grounding, shielding, and EMC principles

Excellent documentation and communication skills

Experience in a regulated medical‑device environment is desired

Familiarity with EMC and electrical‑safety testing and certification is desired

Firmware or embedded software experience in C or C++ is desired

Experience with low‑noise power amplifiers, MRI‑compatible hardware, non‑ferromagnetic design, or medical‑imaging systems is desired

FPGA or programmable‑logic design experience is desired

Design‑for‑manufacturability and test, tolerance analysis, and supplier management experience is desired

Core Competencies Demonstrates expertise in mixed‑signal analog and digital circuit design, including proficiency in circuit analysis, simulation, and debugging complex system‑level hardware issues. Strong background in regulatory requirements and documentation within the medical‑device industry.

Highest‑signal resume keywords

Mixed‑Signal Circuit Design

Electrical Verification Test Development

Altium Designer Proficiency

Signal Integrity Analysis

Regulated Medical‑Device Experience

ATS Optimization Keywords Hard Skills

Analog Circuit Design

Digital Circuit Design

Circuit Simulation

Component Specification

Debugging Complex Systems

Design Documentation

Power Analysis

PCB Layout Review

Tolerance Analysis

Design‑for‑Manufacturability

Soft Skills

Excellent Communication Skills

Collaboration with Cross‑Functional Teams

Industry Keywords

Medical‑Device Design

EMC Principles

Electrical‑Safety Testing

Firmware Development

Supplier Management

Tools & Technologies

SPICE

Oscilloscope

Logic Analyzer

Spectrum Analyzer

Multimeter

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📌 Senior Electrical Developer (Winnipeg)
🏢 Jobtailor
📍 Winnipeg