DFM PCBA Engineer

Imagine what you could do here. At Apple, new ideas have a way of becoming extraordinary products, services, and customer experiences very quickly. Bring passion and dedication to your job and there's no telling what you could accomplish. The people here at Apple don't just create products - they create the kind of wonder that's revolutionized entire industries. It's the diversity of those people and their ideas that inspires the innovation that runs through everything we do, from amazing technology to industry-leading environmental efforts.

Join Apple, and help us leave the world better than we found it. Apple products are as alluring on the inside as they are on the outside. Inside every one of our products, are some of the world's most challenging consumer PCBA and Flex designs. Imagine yourself as a select member of the team that brings these assemblies from concept to high volume manufacturing.

At Apple, our PCBA Design for Manufacturing (DFM) Engineers are the bridge between groundbreaking design and mass production. If you've ever wondered how the electronics in the world's most iconic products are made, this is your chance to be at the forefront. You will collaborate closely with Product Design, Electrical Engineering, Product Integrity, the Advanced Technology Group, PCB Design, Operations, and our global vendor partners.

Your expertise will be critical in developing, productizing, and mass producing some of the world's most challenging consumer PCBA designs, ensuring unparalleled quality, reliability, and cost-effectiveness from concept through high-volume manufacturing, all while minimizing our environmental footprint. Opportunities to Grow and Develop:
This role provides an unparalleled opportunity to deepen your expertise in:
Holistic PCBA and process design optimization, balancing competing considerations such as assembly material selection and validation, cutting-edge process development, reliability, environmental footprint reduction, raw material usage, cost, quality, and factory throughput. Advanced tolerance analysis for PCBA, fixture, and equipment design. Proficiency with industry-standard CAD tools like Siemens NX and Valor for design review and array panel creation. Applying advanced simulation tools and modeling techniques to predict and proactively mitigate complex manufacturing or reliability risks.

Strategic high-volume manufacturing planning, including line planning, capital expenditure analysis, and manufacturing value-add reduction. Leading root cause and failure analysis investigations, recommending and applying advanced analytical techniques (e.g., DMM, Optical Microscopy, X-Ray, CSAM, SEM/EDS, FTIR, TDM, XPS, cross-sectioning). Use internal LLM based tools for automating workflows and smarter decision making in design and manufacturing.

Familiarity with, or a strong aptitude to rapidly learn, various advanced soldering methods (e.g., reflow, wave, selective, robotic, laser solder jetting, hotbar soldering). Deep understanding of PCBA material selection considerations, including solder alloys, fluxes, epoxies, adhesives, conformal coatings, and cleaning solvents. Knowledge of PCB Fabrication, Flexible PCB Fabrication, and First-Level Interconnect (FLI) Si Packaging processes.

Experience with common PCBA inspection and test techniques (e.g., SPI, AOI, X-ray, AXI, ICT). Familiarity with relevant industry standards (e.g., IPC, JEDEC, ASTM, IEEE). Proficiency with statistical process control (SPC) and data analysis software (e.g., JMP, Minitab, MATLAB). Ability to leverage programming and scripting for problem-solving (e.g., Python, C++, SQL) and experience with data visualization tools (e.g., Tableau) is a plus.

Bachelor's or Master's degree in an engineering discipline (e.g., Mechanical, Industrial, Chemical, Electrical, Materials Science) or equivalent practical experience. Demonstrated high level of creativity and intellectual curiosity, particularly in materials science and electronics packaging. Robust understanding of engineering fundamentals, with the ability to apply material science, thermodynamics, and mechanical engineering principles to complex manufacturing and design challenges. Proven ability to self-manage projects, drive initiatives, and deliver impactful results in a fast-paced development environment.

Ability and willingness to travel internationally up to 25%