Marc A. Sadler 6745 Greenleaf Dr. 408-685-7764 Citrus Heights, CA 95621 msadler@alum.mit.edu Education Massachusetts Institute of Technology Cambridge, MA Bachelor’s of Science Degree in Materials Science and Engineering, May 2000 MIT Society of Undergraduate Materials Scientists (VP/Treasurer), Pi Lambda Phi University of California, Berkley Berkley, CA Process Integration for Submicron IC Technology Nov 2000 Experience Massachusetts Institute of Technology Cambridge, MA Project Facilitator Jan-Feb 02 · Introduced a framework for business success through case studies that connected engineering to industry. · Helped students practice non-engineering skills that directly affect their business success, i.e. (oral presentation delivery, system dynamics, customer requirements, leadership skills and networking). Applied Materials Santa Clara, CA Total Product Support Engineer Jan-Dec 01 · Managed hardware support issues for Chemical Mechanical Polishing tools in South East Asia and North America. · Increased customer tool uptime from 70% to 90% and increased Mean Time Between Failures from 45 hours to over 150 hours · Developed engineering solutions to help fix customer specific problems. · Improved software interface by acting as a liaison between the customer and software engineering. · Facilitated introduction of 300mm CMP products to one of the top foundries in the world. New College Graduate Training Program July-Dec 00 · Introduced to the semiconductor industry though semiconductor specific classes, company interviews and lectures. · Completed assignments in manufacturing, engineering and field service with a top customer in the differentiated semiconductor market. NASA: Marshall Space Flight Center Huntsville, AL Project Design Engineer Jun-Aug 99 · Developed process for which Ostwald ripening experiments can be conducted on the International Space Station. · Became familiar with the use of optical and holographic imaging. · Implemented imaging software to characterize micro sized particles. MIT Materials Processing Lab Cambridge, MA Assistant Research Scientist Sep 98-Mar 99 · Characterized surface defects of GaAs grown on SiGe substrates. · Practiced characterization techniques with etching, SEM (Scanning Electron Microscopy), and TEM (Transmission Electron Microscopy). MIT Materials Lab Cambridge, MA Assistant Research Scientist Jan-May 97 · Characterized flow defects in solidified metals. · Used metallic polishing techniques and microscopic photography in order to calculate defect density in the metal. Interests & Golf (MIT Varsity), travel, gourmet foods, Junior Community Achievement and Civil War Reenactment. Involvement