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Dr McLean Echlin MS Eng. PhD Education Academic Experience ...

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<strong>Education</strong><strong>Dr</strong> <strong>McLean</strong> <strong>Echlin</strong> <strong>MS</strong> <strong>Eng</strong>. <strong>PhD</strong>Postdoctoral Research AssistantMaterials Department, University of California, Santa Barbara, CA 93106-5050 +1 734 717 2580 +1 805 893 2413 ✉ mechlin@engineering.ucsb.eduUniversity of Michigan, Ann Arbor, MI September 2005 – August 2011Ph.D., Materials Science <strong>Eng</strong>ineering• Dissertation topic: ‘A New Femtosecond Laser-Based 3D Tomography Technique: Toughness Modeling in4330 Steel’University of Michigan, Ann Arbor, MI September 2005 – March 2010<strong>MS</strong> <strong>Eng</strong>., Material Science and <strong>Eng</strong>ineering• Thesis topic: ’Femtosecond Laser Aided Serial Sectioning: A New Tomographic Technique’University of Michigan, Ann Arbor, MI October 2001 – March 2005BS <strong>Eng</strong>., Material Science and <strong>Eng</strong>ineering• Minor in Mathematics• Undergraduate Research on Atomistic Simulations<strong>Academic</strong> <strong>Experience</strong>University of California – Santa Barbara, Santa Barbara CA 93106-5050, USAPostdoctoral research assistantApril 2010 – presentScientific research within the group of Professor Tresa M. Pollock focusing on the development of 3D characterizationtechniques and their application for imaging of structural materials. Other research includes femtosecondlaser-material interactions and the quantification of damage in polymers, metals, ceramics, and composite structures.Scientific techniques used in these projects include: atomic force microscopy, laser profilometry, scanningelectron microscopy with EDS and EBSD analysis, focused ion milling, and the development of a new TriBeamsystem (exploiting electrons, ions and photons) for 3-dimensional data acquisition.University of Michigan, Ann Arbor, MIPh.D. student September 2005 – August 2011Scientific research on the 3-dimensional characterization of steel alloys and toughness modeling supervised byProfessor Tresa M. Pollock. This research involved the development of a femtosecond laser-based serial sectioningtechnique for the 3D characterization of multiphase materials. Scientific techniques used during this researchinclude atomic force microscopy, profilometry, scanning electron microscopy with EDS analysis, femtosecondlaser induced breakdown spectroscopy, development of image segmentation routines, and 3-dimensional datasetreconstruction.University of Michigan, Ann Arbor, MI<strong>MS</strong> <strong>Eng</strong>. student September 2005 – March 2010Scientific research supervised by Tresa M. Pollock on the topics of serial sectioning and the development of afemtosecond laser-based sectioning technique.University of Michigan, Ann Arbor, MIUndergraduate research assistant April 2003 – April 2004An undergraduate research project under the supervision of Professor Michael L. Falk using Monte Carlo simulationsto visualize and model strain in FCC and BCC materials. Code from this project were integrated intoundergraduate coursework as visual aids for crystalline packing structures.Other Work <strong>Experience</strong>Hot Melt Technology, Rochester Hills, MISummer intern May 2002 – September 2003Summer job in the development and production of industrial equipment and adhessived used in the packaging ofautomotive parts1


Bursley Dormatory, Ann Arbor, MIComputer Consultant September 2001 – March 2002Computer consultant and problem solving for students in the Bursley Dormitory. Also helped with minor repairsand software support in the computer center.Teaching <strong>Experience</strong> & TrainingImage Segmentation Workshop (2009): Attended a three day workshop at Carnegie Mellon University onthe segmentation of microstructure using advanced image processing techniques.Electron Microscopy Training (2010 – present): Provided training to graduate students for the scanningelectron microscope, focused ion beam, energy dispersive spectroscopy detector and energy backscatter diffractiondetector.Teaching Assitant (2009): Graduate student teaching assistant for T.M. Pollock in the <strong>MS</strong>E420 StructuralMaterials course at University of MichiganEDAX Training Workshop (2011): Attended a week workshop at EDAX facility in Salt Lake City, UT todevelop crystallography skills for Electron Backscatter Diffraction (EBSD) and Energy Dispersive X-ray Spectroscopy(EDS).Special Lecture (2012): Lectured for UC Santa Barbara 100b: Introduction to Materials course, with emphasison strengthening mechanisms and grain refinementICMR Summer School Lecturer (2013): Taught a section on 3D materials dataset acquisition using theTriBeam, dataset segmentation, laser material interaction/damage.Peer Reviewed PublicationsM.P. <strong>Echlin</strong>, A. Mottura, M. Wang, P.J. Mignone, D.P. Riley, G.V. Franks, T.M. Pollock. Three-dimensionalcharacterization of the permeability of W-Cu composites using a new "TriBeam" technique (Submitted ActaMateriallia)M.P. <strong>Echlin</strong> and T.M. Pollock. A Statistical Sampling Approach for Measurement of Fracture Toughness Parametersin a 4330 Steel by 3D Femtosecond Laser-Based Tomography Acta Materiallia. (Accepted for publication)M.P. <strong>Echlin</strong>, A. Mottura, C.J. Torbet, and T.M. Pollock. The TriBeam System: Femtosecond Laser basedTomography in Vacuum Review Scientific Instruments. 83. 2012. 023701. pg 1-6M.P. <strong>Echlin</strong>, N.S. Husseini, J.A. Nees, and T.M. Pollock.Materials. 23. 2003. pg 2339-2342.Invited Oral PresentationsFemtosecond Laser Based Tomography AdvancedM.P. <strong>Echlin</strong>, A. Mottura, J.C. Stinville, M.S. Titus, S. KrÃďmer, M. DeGraef, P. Gumbsch, and T.M. Pollock.TriBeam System for Multimodal Data ICMR Summer School on Materials in 3D: Modeling and Imaging atMultiple Length Scales. Santa Barbara, CA. (9-2013)Mi-M.P. <strong>Echlin</strong>, A. Mottura, and T.M. Pollock. Femtosecond Laser Tomography Using the TriBeam Systemcroscopy and Microanalysis. Indianapolis, IN. (8-2013).M.P. <strong>Echlin</strong>, M.S. Titus, S. KrÃďmer, M. DeGraef, P. Gumbsch, and T.M. Pollock. EBSD Imaging of FemtosecondLaser Ablated Surfaces Using the TriBeam System Microscopy and Microanalysis. Indianapolis, IN.(8-2013).M.P. <strong>Echlin</strong>, A. Mottura, and T.M. Pollock. The TriBeam System: Large 3D Dataset Acquisition. T<strong>MS</strong> 2013.San Antonio, TX. (3-2013).M.P. <strong>Echlin</strong>, A. Mottura, and T.M. Pollock. TriBeam for Multimodal Data Acquisition. Data Fusion Conference.Dayton, OH. (12-2012).M.P. <strong>Echlin</strong>, A. Mottura, and T.M. Pollock. The TriBeam System: Femtosecond Laser Ablation for 3D EBSDData Collection. EBSD 2012. Pittsburgh, PA. (6-2012).Oral Presentations2


M.P. <strong>Echlin</strong>, A. Mottura, and T.M. Pollock. The TriBeam System: Femtosecond Laser Ablation for 3D DataCollection. International Conference on 3D Materials Science 2012. Seven Springs Mountain Resort, PA. (7-2012).M.P. <strong>Echlin</strong>, A. Mottura, and T.M. Pollock. The TriBeam System: Femtosecond Laser-Based Tomography in aDualBeam FIB Microscopy and Microanalysis. Nashville, TN. (8-2011).M.P. <strong>Echlin</strong> and T.M. Pollock. Tomography using a Femtosecond Laser for Fast Analysis of Multi-phase MaterialsUCSB Structural Materials Group Seminar. Santa Barbara, CA. (10-2010).M.P. <strong>Echlin</strong>, N.S. Husseini, and T.M. Pollock. 3D Tomographic Reconstruction and Analysis of Low VolumeFraction Titanium Nitride Particles Steel Research Group Meeting. Evanston, IL. (3-2010).M.P. <strong>Echlin</strong>, N.S. Husseini, and T.M. Pollock. 3D Reconstruction and Analysis of Low Volume Fraction TitaniumNitride Particles T<strong>MS</strong> Annual Meeting. Seattle, WA. (3-2010)M.P. <strong>Echlin</strong> and T.M. Pollock. Femtosecond Laser Serial Sectioning for Large RVE Tomography Office of NavalResearch: D3D Annual Review Meeting. Arlington, VA. (7-2009)M.P. <strong>Echlin</strong>, N.S. Husseini, and T.M. Pollock. Femtosecond Laser Serial Sectioning of Titanium Modified 4330Steel Steel Research Group Meeting. Evanston, IL. (3-2009).M.P. <strong>Echlin</strong>, J. Nees, J. Madison, and T.M. Pollock. Femtosecond Laser Serial Sectioning: A New TomographicTechnique 8th. World Congress on Computational Mechanics: Image-Based Computational Modeling of MaterialsMinisymposia. Venice, IT. (7-2008).M.P. <strong>Echlin</strong>, J. Nees, T.M. Pollock. Femtosecond Laser Serial Sectioning: A New Tomographic Technique Officeof Naval Research: D3D Annual Review Meeting. Columbus, OH. (7-2008)M.P. <strong>Echlin</strong>, J. Nees, T.M. Pollock.Evanston, IL. (3-2008).3-D Femtosecond Laser Tomography Steel Research Group Meeting.M.P. <strong>Echlin</strong>, J. Nees, T.M. Pollock. 3-D Femtosecond Laser Tomography T<strong>MS</strong> Annual Meeting. New Orleans,LO. (3-2008)Poster PresentationsM.P. <strong>Echlin</strong>, A. Mottura, W.C. Lenthe, P. Mignone, M. Wang, G.V. Franks, T.M. Pollock. TriBeam Tomographyfor WCu Composites Gordon Research Conference: Physical Metallurgy. Biddeford, ME. (8-2013).M.P. <strong>Echlin</strong>, A. Mottura, and T.M. Pollock. The TriBeam: Femtosecond Laser Aided Tomography in a DualBeamFIB UCSB 25th Anniversary . Santa Barbara, CA (7-2012).M.P <strong>Echlin</strong>, A. Mottura, T.M. Pollock. The TriBeam: Femtosecond Laser Aided Tomography in a DualBeamFIB UCSB Winter Coatings Conference. Santa Barbara, CA. (1-2012).M.P. <strong>Echlin</strong>, N.S. Husseini, and T.M. Pollock. Femtosecond Laser based Tomography UCSB Tony Evans MemorialConference. Santa Barbara, CA. (9-2010).M.P. <strong>Echlin</strong>, N.S. Husseini, and T.M. Pollock. Femtosecond Laser Serial Sectioning for Large R.V.E. TomographyGordon Research Conference: Physical Metallurgy. Andover, NH. (8-2009).M.P. <strong>Echlin</strong>, N.S. Husseini, and T.M. Pollock. Femtosecond Laser Aided Tomography Applied to Titanium -Modified 4330 Steel T<strong>MS</strong> Annual Meeting. San Francisco, CA. (3-2009)M.P. <strong>Echlin</strong>, J. Nees, and T.M. Pollock. Femtosecond Laser Aided Serial Sectioning: A New 3D TomographicTechnique Air Force Research Labs: MURI Project. Dayton, OH. (10-2008).M.P. <strong>Echlin</strong>, J. Nees, and T.M. Pollock. A Femtosecond Laser Aided Serial Sectioning Process Air Force ResearchLabs: MURI Project. Dayton, OH. (11-2007).Awards & Honors• University of Michigan Rackham Travel Grant Scholarship (2008 & 2009)• Microscopy & Microanalysis / Microscopy Society of America - Postdoctoral Paper Award (2013)Skills3


Computing skills• Operating Systems: Unix/Linux, Windows, MacOS• Programming: Interactive Data Language (IDL), Matlab, Visual Basic, Labview• Commercial software: Microsoft Office, L A TEX, Photoshop, Illustrator, Kaleidagraph• Research software: ImageJ, OIM (EDAX) software suite, Amira, LabView, FEI electron microscope scriptingsoftwareReferencesProf. Tresa M. PollockProf. J. Wayne JonesMaterials Department Materials Science and <strong>Eng</strong>ineering DepartmentUniversity of California, Santa BarbaraUniversity of MichiganSanta Barbara, CA 93106-5050, USAAnn Arbor, MI 48109, USApollock@engr.ucsb.edujonesjwa@umich.edu+1 805 893 3810 +1 734 764 7503Prof. Steven M. YalisoveMaterials Science and <strong>Eng</strong>ineering DepartmentUniversity of MichiganAnn Arbor, MI 48109, USAsmy@umich.edu+1 734 764 43464

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