Senior Hardware Engineer (Deer Park, IL; North Reading, MA; Costa Rica)

Teradyne•Deer Park, IL

1d•Onsite

About The Position

As a Senior Hardware Engineer on Teradyne’s Precision, Power and Analog (PPA) team, you will be a senior technical contributor responsible for the development of high‑performance analog and power instrumentation used in advanced semiconductor ATE platforms. This role spans the full product lifecycle and involves close collaboration across multiple engineering disciplines.

Requirements

Bachelor’s or Master’s degree in Electrical Engineering or equivalent practical experience
12+ years of industry experience delivering complex hardware products from concept to high‑volume production
Strong expertise in precision analog, power, and mixed‑signal circuit design
Working knowledge of high‑voltage design practices, including isolation, creepage/clearance, and regulatory considerations
Experience communicating design trade‑offs and technical decisions within cross‑functional development teams
Ability to work independently on complex designs while contributing to broader team objectives and product goals

Nice To Haves

New product development involving complex hardware designs and multi‑layer PCBs, from concept through production
Precision analog and power design experience, including SMUs, low‑noise amplifiers, analog filters, and low‑leakage/low‑offset circuits
Power, signal, and control system expertise, including switching and linear supplies, control loop stability, signal integrity, and power integrity
Experience with hardware error budgeting, statistical analysis techniques, and calibration strategies to achieve high accuracy and reliability

Responsibilities

Lead end‑to‑end hardware design activities, from concept and analysis through verification and release to manufacturing
Design high‑precision analog, mixed‑signal, and power circuits for high‑voltage ATE instrumentation products
Drive technical trade‑offs across performance, cost, reliability, and system‑level constraints
Collaborate with cross‑functional teams including software, FPGA, mechanical, QA, manufacturing, and NPI
Apply disciplined design practices involving simulation, prototyping, calibration, and verification
Contribute to design reviews and communicate complex technical concepts to both engineering peers and senior leadership