Engineer, Hardware Design Verification; Assistance

• Drive innovation in defence and aerospace with WOLF’s cutting‑edge technology
• Earn a competitive annual salary of $115,000+, negotiable based on your skills and experience, with comprehensive benefits
• Join WOLF’s inclusive and supportive team to shape the future of mission‑critical solutions worldwide

At Wolf Advanced Technology (WOLF), we’re redefining what’s possible on the battlefield and beyond. Our ultra‑rugged, field‑deployable systems don’t just capture and process embedded video, they also supercharge it with real‑time AI insights, neural‑network deep learning, and hyper‑efficient encoding. Powered by the latest NVIDIA, Xilinx, and AMD processors, our gear thrives where others fail, meeting the uncompromising demands of global defense and aerospace pioneers.

Born from a relentless drive to innovate, WOLF’s solutions set the bar for mission‑critical performance. WOLF is trusted by top‑tier contractors and program leads worldwide. We’re a high‑octane, collaboration‑first squad that thrives on exponential growth and breakneck development cycles. If you live for cutting‑edge tech, rapid R&D sprints, and making a life‑or‑death impact, your next breakthrough belongs n us and help build the future of mission‑critical video systems.

For more information, please visit our website:

WOLF Advanced Technology is looking for a full‑time Engineer, Hardware Design Verification based in Aurora, Ontario .

Reporting to the Senior Manager, Design Verification Engineering, you will play a pivotal role in developing and executing verification strategies that ensure WOLF’s embedded hardware systems meet functional, performance, and reliability requirements across the product development lifecycle.

In this position, you will be primarily responsible for verifying complex hardware designs, bringing up prototypes, diagnosing functional issues, and collaborating with engineering teams to support smooth product integration and validation.

More specifically, your responsibilities include but are not limited to:

• Developing and executing verification plans aligned with product specifications and requirements
• Designing and running test cases while maintaining verification coverage and regression testing processes
• Bringing up prototypes and conducting electrical characterization, environmental qualification, and system‑level testing
• Diagnosing and troubleshooting hardware and functional issues to refine verification workflows
  
  Collaborating with design, systems, and validation teams to define verification strategies and coverage goals
• Documenting verification procedures, results, and reports to maintain traceability and compliance
• Mentoring junior engineers and supporting verification best practices across the team
• Contributing to test automation initiatives and continuous improvement across the engineering development process

To read the full position description, please .

To qualify, you will need a Bachelor’s degree in Electrical Engineering or a related field (or equivalent experience), along with 5+ years of hands‑on hardware design verification and debugging experience with FPGA, MPSoC, or GPU‑based embedded systems.

You will also bring strong proficiency using lab equipment such as oscilloscopes, logic analyzers, and digital multimeters (DMMs), along with the ability to interpret hardware schematics .

Additionally, the following skills and background will be highly valued:

• Demonstrated experience performing hardware bring‑up and validation from schematic review through system‑level integration, including debugging complex embedded systems
• Experience with high‑speed video interfaces such as SMPTE 3G‑SDI or 12G‑SDI, Display Port 1.4, HDMI, DVI, or similar high‑bandwidth interfaces
• Familiarity with serial communication protocols, including UART, SPI, and I2C, within embedded hardware environments
• Strong understanding of schematic reviews, PCB layout constraints, and hardware debugging using schematics and layout tools, with Cadence experience (asset)
• Knowledge of power measurement, thermal testing, and signal integrity considerations in high‑performance embedded systems
• Experience working with…