Participate in first-silicon bring-up, collecting correlation data to validate bench measurements against ATE results across operating temperature ranges.
Perform statistical data analysis (using tools like JMP, Python, or Excel) to evaluate Gage R&R, characterize parametric distributions, identify test yield issues, and support test-time reduction (TTR) efforts.
Partner with IC Design, Product Engineering, Quality, and global manufacturing teams (including AMPI) to release robust, automotive-grade test solutions into high-volume manufacturing.
Use standard bench instrumentation (oscilloscopes, arbitrary waveform generators, DMMs, power supplies) and thermal systems to debug hardware and software test routines.
What You Will Need
Bachelor’s or Master’s degree in Electrical Engineering (EE), Electrical & Computer Engineering (ECE), Electrical Engineering Technology (EET), or a closely related field.
0 to 5 years of academic, internship, co-op, or industry experience in electronics testing, hardware lab bring-up, or semiconductor environments.
Foundational knowledge of C/C++ (object-oriented programming) and/or Python for test execution, scripting, and data collection.
Solid understanding of analog and mixed-signal circuits, with hands-on proficiency using standard lab test equipment (oscilloscopes, power supplies, multimeters).
Basic exposure to schematic capture and PCB layout fundamentals (e.g., Altium, OrCAD, KiCad, or similar tools).
Strong analytical problem-solving skills, attention to detail, eagerness to learn complex mixed-signal systems, and the ability to collaborate effectively with a One Allegro mindset.
Desired Qualifications
Hands-on exposure to semiconductor Automated Test Equipment (ATE), particularly Teradyne / Eagle Test Systems (ETS-88, ETS-364, ETS-800), Advantest, or Cohu platforms.
Familiarity with wafer probers (e.g., TEL) or automated IC handlers.
Exposure to semiconductor data formats (STDF) and statistical process control concepts (e.g., normal distributions, , Gage R&R, JMP).
Coursework or project experience in power electronics, sensor interfaces, semiconductor physics, or Design for Testability (DFT).
Applicants for this position must be legally authorized to work in the U.S without employer sponsorship, now or in the future. The company will not sponsor employment visas for this position, including F-1, OPT, CPT or other work authorization requiring future sponsorship.
#LI-Hybrid
Why Allegro?
Join Allegro and become part of a team where your contributions truly matter.
We foster a culture of Real Innovation, empowering you to push boundaries, develop cutting-edge solutions, and drive continuous improvement.
Your work will create a Real Impact by solving complex real-world challenges that fuel our success and shape the future of technology.
You’ll experience Real Connection, collaborating with talented colleagues around the globe in an environment built on trust, respect, and a shared purpose.
Join us—and help build what’s next.
At Allegro, we are committed to providing a harassment-free environment of mutual respect to fuel innovation through inclusive thought collaboration. Allegro is an Equal Opportunity Employer and does not discriminate on the basis of race, religion, color, sex, gender identity, sexual orientation, age, physical or mental disability, national origin, veteran status, parental status, or any other basis covered by appropriate law. Allegro makes hiring decisions based solely on qualifications, merit, and business needs at the time.
Eligible applicants must reside in a state where Allegro currently has an office location: This includes New Hampshire, Massachusetts, Texas, and Michigan. Certain positions (such as field sales roles) may be exempt from this requirement.
