Power Infrastructure Engineer (Teradyne, North Reading, MA)

Teradyne•North Reading, MA

7d•$111,300 - $178,200•Onsite

About The Position

We are seeking a Power Infrastructure Engineer for the Power Infrastructure Team in North Reading, MA, focusing on platform product development for our next-generation Semiconductor Testers. The Power Infrastructure Team develops state-of-the-art, industry-leading Semiconductor Test Equipment. This role involves Tester Power Subassembly Design and Development, System Level Design, supporting System Level Product Safety and EMC Testing, contributing to Power Architecture Strategy and Roadmap, Manufacturing support, Continuous Engineering support, and Sustainability and Power Reduction Initiatives. The engineer will develop industry-leading Platform products based on sound engineering principles, including scalable electro-mechanical architectures, signal delivery solutions for precision electro-mechanical mass termination docking systems, and considerations for end-user constraints, cost, and time to market. Long-term expectations include participating in and influencing the development of long-term technical capability roadmaps, contributing as a subject matter expert for customer platform considerations, and creating innovative ideas, intellectual property, technical publications, or presentations.

Requirements

Requires a minimum of 6 years of related experience with a Bachelor of Science Electrical Engineering degree, 4 years with a Master of Science Electrical Engineering Degree.
Basic schematic design and understanding skills (Cadence, SolidWorks Electrical preferred)
Single-phase and 3-phase medium power (208V/480V) design skills
Familiarity with product safety and EMC standards associated with laboratory testing (IEC)
Working and coordinating with 3rd party safety agencies
Using advanced spreadsheet functions and techniques for data analysis
Create/understand wire tables and Bill of Materials (BOMs)
Working knowledge of using Product Lifecycle Management tools (Teamcenter preferred)
Being able to work closely with mechanical design engineering and New Product Introduction (NPI)
Exhibit critical thinking and attention to detail

Nice To Haves

Experience with PCB design (preferred, not required)
Working knowledge of SEMI standards and the ability to apply complex groupings of standards into designs is a plus.
Be willing to travel domestically or internationally 10%

Responsibilities

Tester Power Subassembly Design and Development
System Level Design
Support System Level Product Safety and EMC Testing
Power Architecture Strategy and Roadmap
Manufacturing support
Continuous Engineering support
Sustainability and Power Reduction Initiatives
Develop industry-leading Platform products based on sound engineering principles that include scalable electro-mechanical architectures, provide signal delivery solutions for precision electro-mechanical mass termination docking systems, consider end-user constraints, cost, and time to market, and deliver solutions for the latest generation of advanced semiconductor testing.
Participates and influences the development of long-term technical capability roadmaps to support market changes over time
Contributes to initiatives throughout the company as a subject matter expert for customer platform considerations, challenges, and solutions
Routinely creates innovative ideas, intellectual property, technical publications, or presentations.