Layout Engineer

Qorvo (Nasdaq: QRVO) is All Around You! We manufacture innovative RF solutions at the center of connectivity to enable high-performance applications for advanced wireless devices, wired and wireless networks and defense radar and communications for 5G networks, cloud computing, the Internet of Things, and other emerging applications. We are a global company thriving on a culture of innovation, diversity, and inclusion. Our people are always at the core of Qorvo’s innovation. Qorvo is a place to stretch your imagination and push boundaries to achieve success. It is an exciting time to be a part of Qorvo’s Infrastructure and Defense Products. Qorvo’s IDP manufactures and markets high performance RF and mixed signal integrated circuits for the communications markets that connect, protect and power the world. Our customers trust Qorvo to meet and exceed requirements and deliver advanced RF technologies to enable their most complex technical challenges and applications. Our products address connectivity both wired and wireless networks, the smart home and the IoT, broadband, aerospace, defense, and automotive. Our customers rely on us to solve the industry’s most complex engineering problems. And that takes brain power and willingness to create and innovate. Join us and help us continue to create cutting edge technologies for a more connected world all around you. Qorvo Vietnam was established in 2004 and is an emerging leader in multi-billion-dollar power management and intelligent motor drive IC markets. The portfolio of analog and mixed signal System on Chips provides scalable core platforms used in charging and powering embedded digital control systems for industrial, commercial and consumer applications. Their expertise in Power Application Controllers (PAC) and Programmable Analog ICs significantly reduce solution size and cost, improve system reliability and shorten system development cycle-time. The team, which consists of a young and vibrant workforce innovates and enables technology breakthrough in the space of analog and mixed signal integrated circuit design.