Senior Hardware Engineer

LMI Technologies; Burnaby; Hybrid; CAD 108,000 - 153,000; Full time

Benefits offered by this job

Health benefits

Hybrid work

Education support

Snacks & events

On-site fitness

Great Place to Work

Job summary

LMI Technologies, based in Burnaby, BC, seeks a Senior Hardware (FPGA) engineer to join a multi-disciplinary team. You will lead RTL design, define FPGA architecture, and collaborate across HW/SW interfaces for a distributed system including cameras and high-speed links.

Responsibilities include self-checking testbenches, timing verification, vendor liaison, and mentoring peers. A P.Eng is desirable, with 5+ years of experience in FPGA/ASIC design.

Qualifications

• Bachelor Degree in Electrical Engineering.
• P.Eng designation or working towards it would be desirable.
• Minimum 5+ years relevant experience designing and testing digital logic (FPGA or ASIC).
• Hands-on experience designing with VHDL/Verilog in complex multi-clock-domain systems.
• Experience with self-verifying simulation environments and techniques.
• Strong ability in tracking and identifying FPGA problems (logic, timing, implementation, synchronization).
• Experience with HW debugging tools (logic analyzers, Chipscope).
• Ability to translate high level requirements into architecture with modular design.

Responsibilities

• Lead RTL design and implementation using VHDL/Verilog/SystemVerilog.
• Define FPGA architecture and micro-architectures based on system requirements.
• Collaborate to define HW/SW interfaces and memory maps.
• Select FPGA vendors and chip families per project.
• Develop self-checking testbenches to ensure high coverage.
• Generate constrained random stimuli to uncover corner cases.
• Analyze vendor datasheets for timing, power, and compatibility.
• Mentor engineers through code reviews and guidance.
• Conduct feasibility studies for new features or hardware platforms.
• Interface with vendors to resolve tool bugs or procure IP cores.

Skills

RTL design

FPGA/ASIC design

VHDL/Verilog/SystemVerilog

High-speed interfaces

UVM testing

Mentoring

Timing analysis

Hardware debugging

Team collaboration

Documentation

Education

Bachelor in Electrical Engineering

P.Eng desirable

Tools

Chipscope

Logic analyzers

Vivado

Intel FPGA tools

Xilinx/AMD PCIe/IP cores

Job description

LMI is seeking a talented Senior Hardware (FPGA) engineer to join a multi-disciplinary engineering team. The successful candidate will have a proven record in developing complex FPGA code for an embedded environment. The candidate will be responsible for FPGA designs for a distributed system which includes machine vision, cameras, laser drivers, high speed communication channels and image processing. The candidate will be involved in the complete FPGA development cycle, from design to simulation, release and support.

• Lead the design and implementation of high-performance RTL using VHDL, Verilog and SystemVerilog
• Define FPGA architecture and micro-architecture specifications based on system-level requirements
• Collaborate with other teams in the technology department to define HW/SW interfaces and memory maps.
• Select appropriate FPGA vendors (Xilinx/AMD, Intel, Microchip) and specific chip families based on project needs.
• Design and maintain self-checking testbenches using SystemVerilog/UVM or VHDL/OSVVM to ensure high functional coverage.
• Implement constrained random stimulus generation to uncover complex corner cases that manual directed tests might miss.
• Deeply analyze data sheets from FPGA vendors and external component providers (ADCs, DACs, PHYs) to verify timing, voltage, and power compatibility.
• Mentor other engineers through code reviews and technical guidance.
• Conduct feasibility studies for new features or hardware platforms.
• Interface with vendors to resolve tool-specific bugs or procure IP cores.

Education and Qualifications

• Bachelor Degree in Electrical Engineering
• P.Eng designation or working towards it would be desirable
• Minimum 5+ years relevant experience designing and testing digital logic (FPGA or ASIC)
• Hands‑on experience designing with VHDL and/or Verilog complex systems with multiple clock-domains, high speed interfaces (LVDS, PCIe, memories, MIPI, MGT) and data processing cores is required.
• Hands‑on experience with self‑verifying simulation environments and techniques
• Strong ability in tracking and identifying FPGA problems (logic, timing, implementation, synchronization)
• Experience with HW debugging tools (logic analyzers, Chipscope)
• Experience in translating high level requirements into an architecture, considering aspects like resource/power use, performance, ease of maintenance, compatibility and design partitioning into modules or hardware and SW functions.
• Able to produce solid designs in a fast‑paced environment
• Passionate for leading edge technology, out of the box thinking and its challenges
• Capable of working in small teams and be accountable for your performance and documentation

Nice to have:

• Xilinx’ Zynq7K and MP, AXI interfaces, Xilinx IP, Vivado, Xilinx ISE, and Chipscope for FPGA development
• FPGA/SoCs from other vendors (Intel, Lattice)
• Image processing and machine vision concepts
• AI concepts and coding tools (Claude, Gemini)
• Designs incorporating soft core CPUs: Microblaze, Picoblaze
• Higher level design languages (System Verilog, System C) and tools or flows (i.e. Vivado HDL)
• Verification (UVM)
• Other languages: TCL, C/C++
• Experience with Oscilloscopes and Logic Analyzers for development and debugging

Salary Range: $108,000 - $153,000 + Eligibility for Profit Sharing Program Participation (pending successful completion of probationary period and based on business performance)

Perks and Benefits

• Health Benefits: Full health care coverage (with 100% paid premiums) including dental, vision, and drugs for you and your family.
• Work-Life Balance: We support a healthy balance with hybrid work arrangements, flextime, and competitive paid time off.
• Growth & Development: An annual Education Support Program for training and professional growth, plus annual performance reviews.
• Enjoy free snacks and drinks, team-building events, tenure awards, and our official "May the 4th" (Star Wars Day) company holiday!
• Access to an on-site fitness facility, tennis/basketball court, and company-wide wellness initiatives
• This is a hybrid position based out of our Burnaby, BC headquarters. To support our collaborative model, preference will be given to local candidates that are able to work in the office on Tuesdays, Wednesdays and Thursdays.
• We are recognized as a “Great Place to Work” for 10 consecutive years!

Our Recruitment Process

While we appreciate your interest in LMI very much, we are only able to respond to candidates selected for further consideration.

We believe in a transparent and collaborative hiring journey. Our goal is to ensure you are as excited about us as we are about you. Below is the typical path (can vary by position):

Talent Discovery (Human Resources): An initial screening call focused on your professional background, language and communication proficiency, and cultural alignment with the team as well as overview of role and company.

Role Fit (Hiring Manager): A deep dive into your experience, knowledge and skills as well as sharing of role expectations and team initiatives.

Team Fit (Peers and Colleagues): An opportunity to meet with potential team members and/or cross-functional peers to discuss your experience/background and their experience and work at LMI.

Assessment: Some roles may entail a technical assessment to further discover your technical capabilities and skills.

About LMI Technologies

We are recognized as one of Canada's Great Workplaces and a global leader in industrial vision. LMI is a medium-sized technology company built on a culture of openness, respect and engineering excellence. At LMI, our teams work collaboratively toward the shared goal of designing and delivering innovative 3D and 2D machine vision solutions to OEMs and System Integrators operating in industrial factory automation worldwide. The result of this collaboration is high-performance, easy-to-deploy, and cost-effective vision technologies that deliver consistent results in even the most demanding inline inspection applications today worldwide reliably.

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