Worked as TA for the course: Experimental Techniques. Collaborated with lab managers to set up lab instruments. Made in-depth communications with students during the lab and helped them with questions encountered during the lab sessions. Collaborated with other TAs and Readers to assess and evaluate students’ assignments and provide recommendations.Description of the course: Principles and practice of measurement and control and the design and conduct of experiments. Technical report writing. Lectures relate to dimensional analysis, error analysis, signal-to-noise problems, filtering, data acquisition and data reduction, as well as background of experiments and statistical analysis. Experiments related to the use of electronic devices and sensors.Lab topics:1. Introduction to Oscilloscope, Signal Generator, Digital Multi-Meter (DMM), and Resistor circuits2. A/D Conversion and Sampling Rates3. RC Filters and Amplifiers for Signal Conditioning4. Measurement of Pressure and Acceleration5. Measurement of Strain6. DC Motor Control7. Heat Transfer8. Digital Image Processing

Worked as head TA for the course: Introduction to Mathematical Physics. Helped the professor with the problem solving sessions. Helped students with their questions during office hours. Collaborated with professor to prepare students’ performance evaluations, assessing students’ assignments and provide recommendations.Topics covered:1. Review of ordinary differential equations (ODEs)2. Classification of partial differential equations (PDEs) in terms of their physical applications(a) Parabolic PDE: diffusive phenomena(b) Elliptic PDE: Steady-state heat conduction, electrostatics, potential fields and potential flow(c) Hyperbolic PDE: wave motion, vibrations.3. Initial and boundary value problems: heat conduction4. Solution technique: Method of separation of variables5. Sturm-Liouville eigenvalue problem(a) Orthogonal functions(b) Fourier Series6. Some PDEs of Mathematical Physics: two independent variables(a) Diffusion equation(b) Laplace’s equation(c) Wave equation7. Vibrating strings and membranes: normal modes8. PDE with three independent variables9. Non-homogeneous problems10. Infinite domains: Fourier and Laplace transform solutions of PDEs