In ten years, I have taught thousands of students in graduate and undergraduate courses in the Department of Physics running classes in analogue electronics, digital electronics, High Performance Computing, computational physics, quantum, classical and nuclear physics and solid-state physics and optics. Uses online learning systems to enhance the students learning experience and regular engagement in extracurricular activities to teach students about the applications of computers and electronics in physics. Active member of and contributor to Physics Laboratories Committee, BSc and MSc Physics Courses Plans Committees and College of Science Council. Key member and contributor to a research group specializing in the development of 3D radiation dosimeters that has published several papers with more planned.Key Accomplishments:•Achieved a regular 90%+ student evaluation per semester. •Setup new senior & junior physics labs & upgraded existing labs to keep up with the latest teaching technologies & practices, & developed new and fully accredited BSc course curriculum.•Setup electronics & computational physics research group that studied energy optimizations of embedded systems & mapping unseen environments using high-order ultrasonic reflections.Other specialized courses: •Programming: C/C++, Java, C#, Python•Linux OS•High performance computing & parallel programming.•Calculus & Applied math•Mechanics Statics Dynamics•Electromagnetism & electrodynamics•Thermodynamics & Statistical Mechanics•Digital Signal Processing•Digital design & control Real-time systems•Experimental & simulation•Mechatronics, Embedded systems, Sensors & Actuators •Motion Control•Numerical & computational methods & modeling •GPGPU: OpenCL and CUDA•Instrumentation. Computer Lab Interface•Renewable energy•Fluid mechanics•Vibrations & waves. Acoustics. Ultrasonics •Nondestructive testing •Radiation Measurement & Detection •Quantum Mechanics•Semiconductors •Modern physics

Here I carried out experimental research in nondestructive testing, worked with Scanning Electron Microscopes and microelectronics fabrication and processing. Built computerized data acquisition and control systems. Regularly worked in the following programming languages: C++/C, Visual C++, Java, C#, Visual Basic, LabView, SQL, Python. Key Accomplishments:• Built a high energy x-ray diffraction system to nondestructively measure stress and strain depth profiles in metals with the aim of predicting failure in metals due to residual stresses. The work was funded by the US Air Force to predict F-16 engine failure before it happens and without destroying the engine parts under-test (turbine blades) to minimize the huge fleet maintenance cost. Some of the results were published in an article in 2013.• Successful simulation of synchrotron radiation and lab-based facilities using NVIDIA CUDA and other HPC technologies.

I taught introductory physics classes to engineering and science students.

Developed Nevada Tera-Watt Facility security system, vacuum control system, and data acquisition & control system using LabVIEW.