Researching the shortcomings of overcurrent relays and reclosers and possible application of ultrasonic signals to detect faults on de-energized lines.

Currently Enrolled

Currently Enrolled

Learned about various line fault scenarios (line-to-line, line-to-ground, 3 phase, etc.) and how to calculate transient current and voltage.

Learned about voltage regulators, harmonic distortion, power factor correction, Autotransformers, etc.

Learned about various protection schemes using overcurrent relays, differential relays and reclosers. Used ETAP Power design software to model fault scenarios

Currently Enrolled

Learned how to solve engineering problems using integrals and derivatives.

Learned about the basics of Transmission lines, Generators, Motors, and Substations

Learned about the fundamentals of Circuit Analysis and topics including Ohms law, Kirchoff's laws, and Superposition

Learned about Transmission Lines, Impedance Matching, and Maxwell and Gauss's equations for electromagnetic fields

Learned about various input and output systems and how to manipulate functions using Laplace, Fourier and Z-Transforms

Learned x86 Assembly language and got hands on experience with several microcontrollers including Raspberry Pi, Microchip Max32, Arduino, STMNucleo, and Parallax.

Learned about AC and DC circuits, inductors, capacitors, transformers, 3 phase power, amplifiers, and filters

Learned about statistical process control, standard deviation, cumulative distributions, probability density functions, and power spectrum density.

Learned about binary, truth tables, logic gates, Karnaugh maps, state machines and flip flops.

Developed an understanding of programming principles and learned how to use Matlab and C programming

Learned about present worth, future worth, interest, APR, real estate investment, stock market, and taxes.

Learned about operational amplifiers, Diodes, BLTs, MOSFETs, and building and testing circuits using function generators, oscilliscopes and PSpice.

Learned about electromagnetic circuits and the physics behind them. Gained a deep understanding of motors and synchronous machines.

Learned about System modelling using transfer functions and state-space. Open-loop and closed-loop control system simulations in MATLAB and SIMULINK