Download PDF copy (Recommended; use Adobe Acrobat reader)
Download MS Word copy
Download Postscript copy
Download plain text copy

Peteris Livins


2115 Soroya Ct. SW(360) 753-9191
Olympia, WA 98502email address NA

Summary of Qualifications:

Experience with computer programming (C/C++, Java, Unix/linux, Fortran), electronics and laboratory instrumentation.

Knowledge of mathematical methods and experience in data analysis.

Experience in public speaking as a university teacher and researcher.

Experience in technical writing and publications.

Independence in quickly learning new technical skills.

WA state teacher certification, endorsed in: Physics, Math, Chemistry, General Science

Education:

Ph.D., Experimental Condensed Matter Physics, University of Virginia

B.S., Physics, SUNY at Stony Brook


Previous Employment:

2002-2004,2006 Instructor in Physics and Math; Centralia College, Centralia, WA
Prepared and delivered instruction for the introductory college physics sequence as well as the liberal arts physics survey.
Maintained and upgraded physics laboratory curriculum and equipment.
Prepared and delivered instruction in linear mathematics, differential equations, multivariate calculus, calculus, precalculus, and a liberal arts math survey course.

2000-01 Consultant and Researcher; Profile Technologies, Inc. Ferndale, WA
Advised and performed investigations on methods for the detection of corrosion on pipeline through the use of guided electromagnetic waves.

1992-98 Lecturer in Physics; Western Washington University, Bellingham, WA
Prepared and delivered lectures for roughly half the WWU physics curriculum.
Directed and wrote student labs.
Pursued and published theoretical research on dynamic exchange in the X-ray spectra of semiconductors.

1991-92 Research Physicist; University of Washington, Seattle, WA
Researched methods to experimentally access the XAFS(X-ray Absorption Fine Structure) background for the alkali halides.

1988-91 Post-doctoral Research Associate; Univ. of Washington, Seattle, WA
Developed a microsecond time-resolved XAFS method.
Developed X-ray focusing methods.
Experimentally studied the melting transition of lead using XAFS.

Computer Experience:

Besides having used C/C++ since 1997, my computing expertise includes over two decades of Fortran programming for data analysis, mathematical modeling and some instrumentation control. I have experience with the assembly language for the DEC PDP-11 and for the Motorola 68HC11 microcontroller. I also have limited programming experience with Java, HTML, X-Windows, Labview, Visual C++, and SQL. I have used the following operating systems: DEC RSX-11 and VMS, Unix, DOS, MS-Windows and linux. I work with the word processing programs, TEX and MS Word. I personally operate several desktop computers with which I have some networking experience (DNS, NFS, Sendmail, Samba), and on which I run various combinations of Windows 98, XP and linux.

Teaching Experience:

I have taught a broad range of lower and upper division physics courses, as well as most lower division math courses, astronomy too. Naturally, many physics courses also involve laboratory instruction, in which I have had continuous teaching assignments, developed curriculum, and upgraded equipment. This college teaching experience encompasses nine years, in which I have prepared materials for 22 different courses in the sciences or mathematics. A list of the different types of courses follows:


Introductory Astronomy General Relativity
Introductory Survey of Physics Mathematical Methods of Physics
Introductory Physics I without calculus
Introductory Physics II without calculus
Introductory Physics I with calculus Liberal Arts Math Survey
Introductory Physics II with calculus Trigonometry
Introductory Physics III with calculus Precalculus
Thermal Physics Calculus I
Statistical Physics Calculus II
Electromagnetic Theory Multivariate Calculus
Solid State Physics Linear Mathematics
Specialized study in theoretical mechanics Differential Equations

Electronics Experience:

Naturally, my experience with experimental physics has involved the acquaintance with basic electronics, both analog and digital. This experience includes the design of simple circuits for instrumentation control, design and construction of PC boards, the assembly of the electronic hardware. In addition, my solid state physics background provides familiarization with basic device physics.

Experimental Hardware Experience:

My experimental work in physics has provided familiarity with vacuum and ultra-high vacuum systems, laser operation, optical component positioning and alignment, as well as with several x-ray detection techniques. Also, I have had nine occasions to use synchrotron facilities at the National Synchrotron Light Source at Brookhaven National Labs, the Cornell High Energy Synchrotron Source at Cornell University and at the Stanford Linear Accelerator totaling approximately 16 full weeks of beam time.

Shop Experience:

I have had instruction in machining skills through two university machine shops where I have experience using equipment such as a lathe and the vertical mill, with which I have machined metals such as steel, aluminum and brass for simple elements in experimental set-ups. Also, I have designed and laid out drawings for professional machinists for more involved machining work. Thus, I have some familiarity with the practical end in creating a machined product.

Languages:

Being born in the United States of immigrant parents, both English and Latvian are my native languages, which I read, write and speak fluently. Furthermore, in addition to my public school secondary education, I am also a graduate from a weekly meeting foreign language high school, the Long Island Latvian Lutheran Secondary School. I have also studied French in high school for three years, as well as one year of university study.



Primary References:


       Laura Brener        Gale Burnett         James Stewart
       VP of Instruction        Profile Technologies         Physics/Astronomy
       Lower Columbia College        2257 Northgate Spur         Western Washington U.
       Longview, WA 98632        Ferndale, WA 98248         Bellingham, WA 98225
       (360) 442-2500        (360) 366-7473         (360) 650-3840
       lbrener@lcc.ctc.edu        (360) 354-6974         jstewart@physics.wwu.edu



Secondary References:


       John Martens        S. E. Schnatterly         E. A. Stern
       VP of Instruction        Dept. of Physics         Dept. of Physics
       Centralia College        University of Virginia         University of Washington
       Centralia, WA 98531        Charlottesville, VA 22901         Seattle, WA 98195
       (360) 736-9391 Ext 411        (434) 924-6798         (206) 543-2023
       jmartens@centralia.edu        (434) 924-6799         (206) 543 7543
              ses5u@virginia.edu         stern@phys.washington.edu

Publications:

Shake-up in Soft X-ray Emission; I    The Low Energy Tail
Physical Review B, 37 6731 (1988)

Shake-up in Soft X-ray Emission; II    Plasmon Satellites and XPS
Physical Review B, 37 6742 (1988)

Inelastic Electron Scattering in Amorphous Silicon Nitride and
Aluminum Oxide with Multiple Scattering Corrections
Physical Review B, 38 5511 (1988)

Lack of Mirror Symmetry between X-ray Absorption and Emission in Simple Metals
Physical Review B, 39 5480 (1989)

Vertical X-ray Focussing Applied to a Time Resolved XAFS Method
Nuclear Instruments and Methods, 50 250 (1990)

Thermal Vibrations and Melting From a Local Perspective
Physical Review B, 43 8850 (1991)

Microsecond Resolved XAFS of the triplet state of Pt2(P2O5H2)44-
Nature 362 40 (1993)

Near-edge XAFS of Pb: A Comparison of Theory and Experiment
Physical Review B 47 14126 (1993)

The Structure of Photoexcited Platinum Pop Measured with
Microsecond Resolved XAFS
Jpn. J. Appl. Phys. 32 suppl. 32-2 195 (1993)

Study of the Near Edge XAFS Background Determination in the Alkali Halides
Jpn. J. Appl. Phys. 32 suppl. 32-2 116 (1993)

Core X-ray Spectra in Semiconductors and the MND Model
Physical Review B 58 10484 (1998)



Awards:

Runner-up for the Allan Talbot Gwathmey Memorial Award for outstanding dissertation in physics or engineering physics at the University of Virginia, 1989.

ETS (Educational Testing Service) Excellence Recognition for scores in each of the following General Knowledge Content Praxis (teacher preparation) exams: Mathematics, Physics, Chemistry, General Science.
Download PDF copy (Recommended; use Adobe Acrobat reader)
Download MS Word copy
Download Postscript copy
Download plain text copy