Sanmina - San Jose, CA
posted about 1 month ago
Sanmina Corporation (Nasdaq: SANM) is a leading integrated manufacturing solutions provider serving the fastest-growing segments of the global Electronics Manufacturing Services (EMS) market. Recognized as a technology leader, Sanmina Corporation provides end-to-end manufacturing solutions, delivering superior quality and support to Original Equipment Manufacturers (OEMs) primarily in the communications networks, defense and aerospace, industrial and semiconductor systems, medical, multimedia, computing and storage, automotive and clean technology sectors. Sanmina Corporation has facilities strategically located in key regions throughout the world. The PCB industry is experiencing a renaissance with the industry focusing on interconnect technology and miniaturization. With layers of circuits approaching more than 70 layers and features approaching below 1 mil (25.4 microns), the industry is rapidly changing from the early 2000s to enabling technologies in the 2020s and 2030s. Sanmina's PCB division is at the forefront of this renaissance, offering new opportunities for talented engineers in chemical engineering, material science, physics, and mechanical engineering. Sanmina is seeking engineers to explore opportunities to unleash the potential of advanced semiconductors and enable significant technological advancements. The imaging and etching processes develop the actual conductor shapes for the printed circuit board and those are one of the key essences to achieve next generation performance above. This position includes such exciting process development for the future PCBs. The Process Engineer will be responsible for sustaining and continuous improvement of PCB plating processes to improve process capability and yield. The engineer will work closely with cross-functional teams to investigate and resolve yield and manufacturing issues as related to plating. The engineer will also be responsible for creating and qualifying new processes, identifying and implementing equipment upgrades, improving process capability, implementing best known manufacturing practices, and exploring new technologies. Optimizing performance to achieve best-in-class yields for the technology being built is a critical objective.