Scott Stanke
About Scott Stanke
Scott Stanke is a Systems Engineer with extensive experience in Electro-mechanical and Electronics Technology, currently employed at MTS Systems Corporation since 2016 and previously at Micron Technology since 2014. He has a diverse background in managing production personnel and specializes in Hard Disk Drive Preamplifier Factory Applications, emphasizing customer service and problem-solving skills.
Work at MTS Systems Corporation
Scott Stanke has been employed at MTS Systems Corporation since 2016, where he serves in the role of Systems Engineering. His tenure at the company spans 8 years, during which he has contributed to various engineering projects and initiatives. His expertise in systems engineering supports the development and implementation of solutions that meet customer needs.
Experience at Micron Technology
Since 2014, Scott Stanke has worked as an Engineer at Micron Technology. His role involves applying his technical skills in a fast-paced environment. Over the course of 10 years, he has gained significant experience in engineering practices relevant to the semiconductor industry.
Background in Electro-mechanical and Electronics Technology
Scott Stanke possesses a background in Electro-mechanical (Fluid Power) and Electronics Technology, which complements his expertise in computer science. This diverse educational foundation enables him to approach engineering challenges from multiple technical perspectives.
Industry Experience and Management Skills
Scott Stanke has a broad range of industry experience, having managed personnel on production lines in both a bakery and a fluid sensor company. This experience highlights his ability to adapt to different sectors and manage teams effectively in various operational settings.
Expertise in Hard Disk Drive Applications
With 20 years of experience in Hard Disk Drive Preamplifier Factory Applications, Scott Stanke specializes in debugging and computer programming for Electronics Test and Measurement automation. His extensive knowledge in this area contributes to the efficiency and reliability of electronic testing processes.