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Engineering

Location:
Watervliet, NY
Posted:
October 01, 2012

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Resume:

RESUMERECORD:

NAME:

CITY: WATERVLIET

STATE: NY

ZIPCODE: 12189

EDUCATION:

EMAILADDRESS: ********@********.***

PHONEAREACODE:

PHONENUMBER:

LASTUPDATED: 6/7/2001

RESUME: Mark C. Carroll

186 Lake Shore Dr. Weymouth, MA 12189 Phone: 781-***-**** E-mail: ********@********.***

OBJECTIVE: To work in the semiconductor industry in Massachusetts in the area of integrated circuit manufacturing beginning July 2000.

EDUCATION: Worcester Polytechnic Institute, Worcester, MA. ? Master of Science, Materials Science and Engineering, June 1998, GPA: 3.5/4.0. ? Bachelor of Science, Double Major: Mechanical Engineering and Civil Engineering, June 1995, GPA: 3.0/4.0. RESEARCH: ? Master's Thesis: Development of a Method for Determining the Effective Interfacial Heat Transfer Coefficient Between a Solidifying Metal Alloy and a Permanent Mold. ? Mechanical Engineering Senior Project: The Effect of Magnesium on the Age Hardening Behavior of 319 Aluminum Alloys.

SKILLS: ? Materials Analysis: optical and scanning electron microscopy; image analysis; x-ray diffractometry; spectrographic analysis; tensile, hardness, impact, fracture toughness, and fatigue testing; fractographic examination. ? Quality Control Techniques: Shainin methods; design of experiments; Taguchi Method; failure mode effects analysis; analysis of variance; measurement systems analysis; advanced product quality planning and control plans; production part approval process; and statistical process control; ISO9000 policies and procedures. ? Computer: Windows and Unix based operating systems; numerical modeling of heat and fluid flow; image analysis; AutoCAD; Basic programming; Microsoft Word, Excel, and PowerPoint. ? Leadership: Identified critical areas of manufacturing process requiring attention, implemented and coordinated efforts to rectify problem areas; ability to motivate others; good listening and communication skills; ability to meet deadlines.EXPERIENCE:

MAY 1998-APRIL 2000: Semi-Solid Technologies Inc. Cambridge, MA. Materials Engineer. ? Engineering consultant to Gibbs Die Casting, Henderson Kentucky. ? Developed, refined, and installed semi-solid (partially solidified alloys) die casting process. ? Led efforts to improve efficiency and reduce cost of process though minimization of press downtime and increased yield. ? Initiated and coordinated formation of multi-disciplined team, including quality control engineers, managers, and plant technicians, resulting in an ongoing effort to optimize process. Consequently, scrap rates were reduced approximately 15% per month during the second half of 1999. ? Develop methods for applying semi-solid materials to other applications such as rapid prototyping. ? Represent Gibbs Die Casting and Semi-Solid Technologies to customers and potential customers. SEPTEMBER 1995 - MAY 1998: Supervisor of AluminumCasting Research Laboratory (ACRL), Worcester Polytechnic Institute. ? Supervised between 5 and 10 graduate students conducting research in Laboratory and 3 classes of up to 15 undergraduate students. ? Maintained and repaired melting and heat-treating furnaces and analytical equipment, procured materials and supplies, trained students in the use of equipment, casting processes, and safety procedures. ? Laboratory instructor for both Materials Information Society (ASM) and American Foundrymen's Society (AFS) professional development mini-courses on microstructure analysis of metals. President of the ASM student Chapter. RELEVANT COURSES: Analytical Methods; Corrosion/Corrosion Control; Mechanical Metallurgy; Microstructure Analysis; Phase Transformations; Physical Ceramics; Polymer Engineering; Solid State Thermodynamics; Scanning Electron Microscopy; X-ray Diffraction. PROFESSIONAL SOCIETIES: Materials Information Society (ASM); American Foundrymen's Society (AFS); The Minerals, Metals and Materials Society (TMS). PUBLICATIONS: Proceedings of the Americans Foundrymen's Society 1999. "Development of a Method for Determining the Effective Interfacial Heat Transfer Coefficient Between a Solidifying Metal Alloy and a Permanent Mold." KEYWORDS: SEM; XRD; Shainin Methods; DOE; Taguchi Method; FEMA; ANOVA; Gage R&R; MSV; APQP; PPAP; SPC; ISO9000; FEM; FDM.

ADDITIONAL: U.S. Citizen. Prefer to work in Massachusetts.



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