Principal Test Development Engineer
onsemi
Principal Test Development Engineer
onsemi
Semiconductors for intelligent power and sensing
Principal Test Development Engineer is a recognized technical leader responsible for defining and driving advanced test solutions for PSG's next-generation power semiconductor portfolio, including Silicon (Si), Silicon Carbide (SiC), IGBT, and Gallium Nitride (GaN) technologies.
This role provides strategic and technical leadership across wafer sort, die-level test, package final test, and power module test development. The successful candidate will lead the development of robust, cost-effective, and scalable test solutions that support product qualification, manufacturing ramp, yield optimization, and long-term business growth.
The position requires deep expertise in power semiconductor testing, mixed-signal product development, statistical data analysis, and cross-functional collaboration with Design, Product Engineering, Quality, Operations, and Manufacturing teams across multiple global sites.
Education
Experience
Technical Skills
Strong Expertise In
Preferred ATE Platforms
Programming & Data Analytics
Laboratory Skills
Leadership Competencies
Preferred Experience
Candidates with experience in one or more of the following will have a strong advantage:
Test methodology standardization across global manufacturing sites
Key Responsibilities
Technical Leadership
New Product Development (NPD)
Test Development
Mixed-Signal & Driver Products
Data Analytics Skill
onsemi designs and manufactures semiconductors with a focus on intelligent power and sensing technologies for automotive and industrial markets. Its products include power management ICs and sensors that regulate energy, monitor conditions, and provide control signals for EVs, ADAS, factory automation, robotics, and energy infrastructure. The company differentiates itself by its specialized emphasis on intelligent power and sensing across both sectors and through its direct OEM relationships and global distributor network. Its goal is to improve energy efficiency and enable smarter, more capable systems for electrification, autonomy, and sustainable energy solutions.
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