at Micron Technology, Inc. in Boise, Idaho, United States Job Description Our vision is to transform how the world uses information to enrich life for all . Micron Technology is a world leader in innovating memory and storage solutions that accelerate the transformation of information into intelligence, inspiring the world to learn, communicate and advance faster than ever. At Micron-Boise, ID, we are undergoing a historic $15 billion investment in semiconductor manufacturing; construction began in early 2023, with DRAM production slated for the second half of the decade. As a leader in the semiconductor industry, we build solutions that inspire and transform technology. We plan to invest more than $150 billion globally over the next decade in groundbreaking manufacturing. Passionate people are encouraged to join our Boise expansion team. They will contribute to the growth and innovation of the semiconductor industry. As an ATE Process Engineer you will be primarily responsible for starting up, developing, process transferring, and optimizing processes to improve product quality, driving process yield improvements, cost reduction, productivity improvement and risk management as well as resolving manufacturing line problems. Your expertise will give to the production of high-quality semiconductor components that are pivotal to our customers' success. You will work closely with multi-functional teams to tackle process issues and implement solutions that improve efficiency and yield. Your passion for engineering and willingness to learn will help us overcome the challenges of this fast-paced industry. We are looking for someone who enjoys hands-on work, values collaboration, and is eager to dive deep into the technical aspects of semiconductor manufacturing. Responsibilities

+ Develop and maintain deep technical expertise in assigned semiconductor manufacturing process areas.

+ Experience supporting DRAM development, technology transfer, process ramp, or high-volume manufacturing environments.

+ Collaborate with equipment, manufacturing, integration, quality, and other cross-functional engineering teams to identify and resolve issues impacting safety, quality, yield, productivity, and cost.

+ Lead and execute improvement projects that address yield, defectivity, process capability, productivity, cost, and risk reduction opportunities.

+ Apply Statistical Process Control ( SPC ), data analytics, and engineering fundamentals to optimize process performance and drive continuous improvement.

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