Thomas S. Email & Phone Number

Results-driven and highly motivated process engineer with 5 years experience in the semiconductor fab industry. I have a proven ability to lead cross-functional teams and deliver high-performing, cost-effective solutions through collaboration, problem-solving, data analysis, and continuous improvement in fast-paced environments. I am the Co-Founder of Iso Goggles, an anti-fog coating startup, and recipient of over $10,000 in funding from business competitions, presentations, and grants. 3 years of valuable solo-research and development experience through university senior project.I have a strong ambition and work ethic, exemplified in my performance and accomplishments. I have been described by my management as the highest-performing engineer, in my position, in our area. A description I am proud of. Additionally, I've studied a great deal about how to innovate and prototype new materials and products for the marketplace by utilizing opportunities at the Lassonde Entrepreneur Institute at the University of Utah, ranked No. 1 for entrepreneurship 2016.I am a skilled engineer with a solid background in ceramics and years of experience in the semiconductor industry with Texas Instruments, Micron, and IM Flash.I worked in photolithography, ion implantation, physical vapor deposition, and rapid thermal processing in the industry. I use JMP statistical software, SPACE SPC chart analysis, Microsoft office, and other programs to analyze, solve, and communicate engineer problems effectively. I am always working on developing my professional skills and striving to do my best. I enjoy engineering science very much and have the best time when working with teams / in a group. I am familiar with working long hours under high stress and the necessity of clear and concise information sharing. My schooling prepared me well but my industry experience has shaped me into a confident engineer.My materials science undergraduate degree focused on gaining an in-depth knowledge of the mechanics and nuances of various materials (metals, ceramics, polymers, composites, ect.) as well as their synthesis and failure mechanisms.

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  University Of Utah

  Materials Science And Engineering