Lead Test Development Engineer - First Silicon Bring-up

Broadcom Singapore Pte Ltd; Singapore; Presencial; SGD 120 000 - 180 000; Tempo integral

Resumo da oferta

Broadcom Singapore Pte Ltd is seeking a Test Development Engineer to lead the definition, architecture, and execution of test solutions for our NPI silicon programs. You will be the technical authority for the First Silicon bridge—translating complex design specifications into robust, production-ready ATE test programs.

You will drive tests from pre-silicon to mass production, bring-up first-pass silicon, develop automated test patterns using C++/Python/Java, and collaborate with PCB designers

Qualificações

• Advanced programming skills in C++, Python, and Perl, with the ability to write robust test code.
• Experience developing ATE test programs on Advantest SmartScale (PS1600) or ExaScale (PS5000) platforms.
• Strong understanding of high-speed electronics, transmission line theory, and power delivery in test hardware.

Responsabilidades

• Lead development of end-to-end test strategies from pre-silicon to mass production.
• Drive first-silicon bring-up and debug loop between ATE platforms and silicon.
• Develop, implement, and validate ATE test programs for next-generation chips using C++/Python/Java.
• Collaborate with PCB and probe-card designers to optimize test hardware for high-speed signals.
• Influence DFT features and provide feedback to improve test time and testability.
• Perform PVT characterization to establish product guard-bands and optimize test coverage.
• Serve as primary technical lead for IP, DFT engineers, and partners.

Conhecimentos

C++

Python

Java

Test automation

ATE platforms

Ferramentas

Advantest SmartScale

ExaScale PS5000

Descrição da oferta de emprego

Broadcom Singapore Pte Ltd is seeking a Test Development Engineer to lead the definition, architecture, and execution of test solutions for our NPI silicon programs. You will be the technical authority for the First Silicon bridge—translating complex design specifications into robust, production-ready ATE test programs.

You will drive tests from pre-silicon to mass production, bring-up first-pass silicon, develop automated test patterns using C++/Python/Java, and collaborate with PCB designers