Mixed Signal Electrical Engineer (Compute Test, North Reading, MA)

Teradyne•North Reading, MA

1d•$114,000 - $182,500

About The Position

Teradyne is seeking a Hardware Engineer to design, develop, and integrate complex electronic systems for advanced automatic test equipment (ATE) platforms. The role owns hardware development from early system definition through production and collaborates with cross-functional teams to deliver reliable, high-performance products at scale. The engineer will design electronic systems from requirements through integration, including schematic capture, PCB layout guidance, bring-up, and validation. The work includes complex, multi-domain hardware such as compute carrier boards, power distribution, sensing, communications, protocol converters, system controllers, and custom power solutions. The position also involves high-power and high-speed designs, debugging new and existing hardware and manufacturing issues, and supporting design-for-manufacturing and assembly, testing, bring-up, and pre-production validation. Rapid prototyping and rework may be needed to resolve time-critical technical problems. Candidates must be local to North Reading, Massachusetts; relocation is not provided. The position is not eligible for sponsorship.

Requirements

Strong experience with schematic capture, PCB design processes, hardware bring-up, and system-level integration.
Ability to design and debug complex, high-component-count boards and mixed-signal electronics.
Experience with high-current power systems, power conversion, sensing, and high-speed digital interfaces.
Hands-on experience supporting contract manufacturers, production hardware, and manufacturing test or validation.
Solid understanding of embedded hardware architectures and the interaction between hardware, firmware, and system software.
Ability to work unsupervised through ambiguous technical problems and deliver end-to-end solutions.
Must be local to North Reading, Massachusetts; relocation is not provided.
Must not require sponsorship, as the position is not eligible for sponsorship.

Nice To Haves

Direct ATE, optical system, safety-critical hardware, RF-adjacent system, or current-sensing experience.

Responsibilities

Design complete electronic systems from requirements through integration, including schematic capture, PCB layout guidance, bring-up, and validation.
Develop complex, multi-domain hardware, including compute carrier boards, power distribution, sensing, communications, protocol converters, system controllers, and custom power solutions.
Architect and implement high-power and high-speed designs, including redundant power domains, high-current paths, mixed-signal circuitry, and modern digital interfaces.
Debug new designs, existing hardware, and manufacturing issues using measurements, experiments, and structured root-cause analysis.
Partner with engineering, operations, and manufacturing teams to support DFM/DFA, on-site testing, bring-up, and pre-production validation.
Build and rework rapid prototypes to resolve time-critical technical problems when needed.