Physics ￨ Physics Instruction ￨ Multi-Project Management ￨ Strategic Analysis / Planning ￨ Laboratory Operations

Mechanics ￨ Electricity ￨ Magnetism ￨ Research ￨ Data / Records Management ￨ Writing / Editing ￨ Problem Resolution

Nano Science ￨ Microprocessors ￨ Assembly Processing ￨ Electron Microscopy ￨ Computer Network / Communications

Semiconductor Technology ￨ Computer Peripherals ￨ Interfacing Electrical Circuits ￨ Digital / Analog Electronic Circuits

• Top Performer who offers proven research and instructional success, and who makes decisions to reflect positively on project endeavors in alignment with vision, value, and goals, and can consistently see the big picture at all times.
• Ambitious Self-Starter who rises above challenges to research state-of-the-art concepts and designs, streamline processes, and drive winning outcomes while thriving on complexity as a leader attaining quantifiable achievements.
• Excellent Communicator who builds synergistic relationships with industry leaders and multifaceted research professionals, and who excels within autonomous and collaborative project environments to accomplish objectives.

Physics Faculty Member

  Apply broad scope of industry knowledge toward planning and presenting Physics instruction to undergraduate students, including facilitating engaging and highly challenging lesson plans to attain increases in key performance.

  Spearhead targeted delivery of curriculum while integrating model teaching strategies for academic improvements.

  Exhibit strong data management talents toward managing and / or updating accurate high-volume student records.

Research Assistant

  Demonstrated solid research, writing, and editing experience in working on Ph.D. thesis for early 2017 publication.

  Played a vital role in supporting Master s and Ph.D. research in ASU s Physics Nuclear Magnetic Resonance (NMR) laboratory directed by Dr. Robert Marzke, including promoting efficient use of a Varian 300 MHz solid s instrument with probes for diffusion and MAS measurements in solids and liquids, as well as two channels for both H and X nuclei.

Teaching Assistant

  Utilized dynamic instructional acumen toward planning and presenting Introduction to Physics (101), General Physics (112), General Physics Laboratory (113 / 114), University Physics I: Mechanics (121), University Physics II: Electricity / Magnetism (131), Advanced Laboratory I (334), and Classical Mechanics (521-M) curriculum classes.

  Employed proven teaching methodologies designed to facilitate engaging lessons and drive top student success.

Ph.D., Physics (2015 ￨ Magnetic Resonance Emphasis)

Thesis: Transport Properties of 2FPTf and TFMSA Monohydrate

M.S., Physics (2008)

Thesis: Study of Transport Properties of Trifluoromethanesulfonic Acid Monohydrate: Diffusivity, Conductivity, and Viscosity

Introduction to Nano Science ￨ Research Methods

Advanced Electricity / Magnetism ￨ Electrodynamics ￨ Electron Microscopy

Materials Physics I / II ￨ Classical Mechanics ￨ Statistical Physics ￨ Quantum Physics

B.S., Applied Physics & Electronics (2003)

Thesis: Experimental Study on Electrical and Optical Properties of Cu and Pb Thin Films Prepared by Vacuum Evaporation Method

Digital Electronic Circuits ￨ Solid State Devices II ￨ Industrial & Power Electronics

Communication Engineering I / II / III ￨ Microprocessors & Assembly Programming

Modern Physics ￨ Applied Optics ￨ Chemistry ￨ Electrical Circuits ￨ Analog Electronic Circuits I / II

Computer Peripherals & Interfacing ￨ Material Science ￨ Semiconductor Technology ￨ Solar Energy Technology

Computer Organization & Architecture ￨ Scientific & Industrial Instrumentation ￨ Computer Network & Communication

Microsoft Office Suite ￨ Microsoft OneNote ￨ KaleidaGraph ￨ Python ￨ Hardware Maintenance & Troubleshooting