Sr. Engineer, PCB

Overview

Ensure world-class quality in electronics and aerospace with WOLF’s industry-leading standards

Earn a competitive annual salary of $100,000 - $130,000, negotiable based on skills and experience, with remote work and comprehensive benefits

Join WOLF’s inclusive and supportive team to shape the future of mission-critical solutions worldwide

At Wolf Advanced Technology (WOLF), we lead the world in designing and developing rugged, field-deployable solutions that capture, process, encode, and display embedded video for the most demanding military and aerospace markets. Founded with a commitment to innovation, our advanced products meet the rigorous standards necessary for mission-critical success, serving top defence contractors and aerospace leaders globally. Our key technologies include NVIDIA, Xilinx, and AMD processing units, which power our cutting-edge solutions for AI machine vision, neural network-based deep learning, and more.

Our high-energy, results-driven team thrives in an environment of rapid business growth and continuous innovation. At WOLF, we cherish a culture of collaboration where every voice is valued. If you excel in fast-paced development and are excited by leading-edge technology, WOLF is the company for you. Join us and contribute to groundbreaking, lifesaving, mission-critical systems.

For more information, please visit our website:

WOLF Advanced Technology is on the hunt for a full-time Sr. Engineer, PCB to join our innovative, high-performance engineering team in Aurora, ON (remote work considered for qualified candidates in Canada).

Reporting to the VP, Engineering, you’ll play a mission-critical role in designing and developing cutting-edge, high-speed printed circuit boards that power mission-critical aerospace and defence systems.

In this high-impact role, you’ll be at the forefront of complex PCB design, collaborating closely with electrical, mechanical, and manufacturing teams to deliver robust, reliable, and manufacturable solutions. Expect a fast-paced, technically challenging environment where your expertise will directly influence the success of advanced aerospace and defense programs.

• Design and develop complex, high-layer-count PCBs
  :
  Create high-speed, multi-layer boards (10–18 layers) optimized for aerospace and defense applications
• Optimize for performance and manufacturability
  :
  Select materials, board stack-ups, and layouts to maximize signal integrity, power distribution, and production efficiency
• Drive high-speed interface excellence
  :
  Implement controlled impedance routing for PCIe GEN4, DDR4, GDDR6, 100
  
  GbE, Display Port, and 12G-SDI
• Engineer for reliability under extreme conditions
  :
  Apply EMI/EMC best practices, termination techniques, and crosstalk mitigation to meet mission-critical standards
• Collaborate across disciplines
  :
  Work closely with mechanical, manufacturing, and NPI teams to ensure seamless integration and production readiness
• Mentor and guide
  :
  Provide technical leadership and peer reviews to strengthen design quality and elevate team capabilities
• Leverage advanced tools for precision
  :
  Utilize Cadence Allegro (17.4, 22.1, 23.1) to create, maintain, and refine symbol and footprint libraries
• Champion DFM/DFA principles
  :
  Ensure every design meets manufacturing cost, quality, and scalability requirements

Join WOLF and take your PCB expertise to the next level, driving the technology behind mission-critical systems that protect and empower defense and aerospace operations worldwide.

To read the full position description, please .

You hold a Bachelor’s degree in Electrical Engineering or a related field (or equivalent experience), with 5+ years of high-speed, high-layer-count PCB design experience in aerospace, defense
, or similarly complex environments. You’ve designed 10–18 layer boards with controlled impedance routing, integrated HDI and rigid-flex solutions
, and placed high pin-count BGAs while optimizing for both performance and manufacturability.

Your PCB expertise extends to selecting board materials and stack-ups, running power and signal integrity analysis, and applying EMI/EMC…