FPGA Engineer

icspi is building the future of nanoscale imaging.

We’ve revolutionized atomic force microscopy (AFM) by miniaturizing it by a factor of 1,000,000x compared to traditional systems: integrating all the components of an AFM onto a single CMOS chip, called microAFM.

Our desktop instruments, powered by microAFM, have reset the expectations for nanoscale imaging and are used by scientists and engineers in over 40 countries to drive R&D and manufacturing in academia and industry.

Now we are using our technology to solve throughput-resolution gaps in the semiconductor industry: catching nanoscale defects to enable new processes and prolong Moore's Law.

Today, scanning a wafer with AFM would take about 70 years. By using thousands of microAFMs in parallel, we can scan a wafer in a matter of hours.

About the role

As FPGA Engineer at icspi, you will design the real-time signal processing at the heart of our atomic force microscope system, enabling high performance and parallelization.

We are looking for an experienced signal-processing engineer who will own the path from raw sensor signals to picometer-level measurements. That includes filtering and demodulation through to the control loops that drive our systems, scaling from a single channel to a massively parallel array. You will work closely with our hardware systems and MEMS teams to turn requirements into a working design, bringing the system to life on an FPGA.

The ideal candidate is a self-starter with a solid foundation in DSP and control theory, ready to write and own the RTL end-to-end.

What you'll do

• Define the FPGA and signal-processing architecture: datapath structure, partitioning between FPGA and processor, interfaces, and a design that scales from one channel to many
• Turn high-level requirements (noise floor, loop bandwidth, channel count) into a technical plan, then implement and verify it
• Translate our existing C signal chain into fixed-point, pipelined, parameterized RTL
• Design and implement DSP for acquisition and conditioning: decimation, FIR/IIR filtering, demodulation (I/Q or lock-in style), and PI control loops
• Budget DSP slices, BRAM, and timing, and make the trade-offs as the array grows
• Build bit-true models (Python or MATLAB) and testbenches, and verify hardware against them
• Design and run experiments to characterize the system, tune filters and loops, and validate firmware
• Set the engineering foundations for this part of the system: toolchain, version control, verification approach, documentation

Required experience

• Bachelor’s Degree or higher in electrical, systems, or computer engineering
• 2+ years of experience with DSP: filter design, sampling, noise, closed-loop control
• Experience developing FPGA firmware for real-time signal processing or control
• Experience taking firmware from bring-up through characterization on real hardware

Nice to have:

• Experience with lock-in amplifiers, synchronous detection, complex baseband, or Hilbert-transform methods
• Experience with Kalman filtering, state estimation, or nonlinear control
• Experience with multi-channel or array architectures and time-multiplexed data paths
• Experience with precision instrumentation or low-noise analog front ends

Compensation

Compensation is determined based on your qualifications and experience, and includes:

• Base salary $120-160k CAD
• Stock options
• Benefits (health, dental and health care spending account)

Working at icspi

We’re a hardware company that designs, manufactures and sells atomic force microscope systems. Our lab and office are located in Waterloo, Ontario, Canada.