SiP DFM Process Engineer

Apple is seeking an experienced SiP DFM Process Engineer to join their Operations and Supply Chain team in Cupertino. This role represents a unique opportunity to contribute to Apple's revolutionary product development process, working at the intersection of hardware engineering and manufacturing.

The position focuses on developing assembly and packaging processes for System-in-package (SiP) modules and MLBs, requiring deep expertise in semiconductor packaging processes. The successful candidate will play a crucial role in working with contract manufacturers and suppliers to establish scalable manufacturing processes that meet Apple's high standards for quality and innovation.

Key responsibilities include developing SMT, molding, and saw processes in collaboration with suppliers, providing engineering support for factory builds, conducting audits, and ensuring production quality. The role requires strong technical expertise combined with excellent communication skills, as you'll be interfacing with various stakeholders across the supply chain.

The position offers a competitive compensation package, including a base salary range of $195,500 to $293,800, plus additional benefits such as stock options, comprehensive healthcare, and educational reimbursement. This is an excellent opportunity for an experienced engineer looking to make a significant impact in a company known for revolutionizing entire industries through innovation.

The ideal candidate will bring 7+ years of relevant experience in semiconductor packaging and manufacturing, with a strong educational background in engineering or related fields. You'll be part of a diverse team that drives innovation across Apple's product line, contributing to the development of next-generation technology solutions.

Working at Apple's Cupertino location, you'll be at the heart of technology innovation, collaborating with world-class engineers and professionals. The role offers significant growth potential and the opportunity to work on products that impact millions of users worldwide.