Analog / Mixed-Signal IC Design Engineer at Aspinity

Imagine a world where tiny sensors can listen, feel, and react without draining batteries or sending every scrap of data to the cloud. At Aspinity we are making that world real with a patented analog machine learning platform that processes sensor signals before they are ever digitized. Our technology already powers voice interfaces, industrial monitoring, and smart-grid applications, and we are just getting started. We are a focused team of engineers and scientists working in Pittsburgh to turn this breakthrough into production-ready silicon that will reshape how devices sense the physical world.

The opportunity

We are looking for a senior Analog / Mixed-Signal IC Design Engineer to help architect and deliver the next generation of ultra-low-power analog processors. In this role you will take novel circuit concepts from whiteboard to tape-out and into high-volume manufacturing, directly shaping the hardware foundation of our analogML platform. Your work will sit at the heart of every Aspinity product, ensuring that each new IP block meets the strict power and performance targets our customers demand.

A day in the life

• Collaborate with the core analog team to design and refine new IP blocks and full ICs that extend the capabilities of our programmable analog processor.
• Move fluidly between schematic capture, careful layout, simulation, and hands-on lab measurements to verify that each silicon iteration meets its targets.
• Coordinate with foundry partners on qualification, manage production test development, and support application teams as they integrate our chips into complete sensing systems.

Who you are

You hold at least a BSEE with eight or more years of relevant experience, an MSEE with six or more years, or a PhD with three or more years. You bring deep expertise in low-power, high-performance analog and mixed-signal design at both the IC and board levels, and you have guided multiple mixed-signal chips from initial concept through volume production. You are comfortable working with leading-edge CMOS process nodes and have established relationships with silicon foundries. You are fluent in behavioral modeling with Matlab, SystemVerilog, and Verilog-A/AMS, and you have hands-on experience with sensor signal chains such as audio, vibration, biosensing, or electric-field monitoring. Experience with FPGA-based reconfigurable systems or with machine-learning signal processing is a plus. You thrive in a fast-moving environment, balance competing priorities with ease, and never lose sight of the details that turn good silicon into great products. All collaboration happens in English.

Why you'll love it here

You will join a tight-knit group that values technical excellence and rapid iteration. Our Pittsburgh location keeps the entire development cycle-from concept to characterization-in one place, so you can see the direct impact of your designs every day. We offer a collaborative culture where engineers, system architects, and application developers work side by side to solve hard sensing problems. If you are excited by the chance to define how the physical world connects to intelligent systems, we would love to hear from you.