- Constructed a device that controls the audio (or tone) as well as add a Karaoke function to any audio played as long as it is connected to the circuit. Detailed report of the project is on the following link: Final Report EE 210
- Mostly worked on constructing finite state machines of different functions (or embedded within a system) in different formats such as LabVIEW, Verilog, C++, and strictly on a circuit.
- Designed a power supply consisting of main components like a voltage regulator and rectifiers.
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Designed a rocket probe signal conditioning and interfacing circuit using multiple circuits and op amps.
- For EE 200, we are required to complete 4 projects. Below are 2 projects completed thus far.
Project 1:
This project required us to implement a cipher lock state machine using gate logic. It would utilize three buttons (one is reset) and takes us through different states. Below is the multisim schematic for it and the breadboard (although somewhat messy):
Project 2:
For this project, we had to implement the discrete-logic (using myDAQ) and the LabVIEW realization of the finite state machine for the remote keyless entry controller based on last 4 digits of our Penn State ID (4 digits, each individually ranges from 0-9). It has 4 buttons as binary inputs, a reset button, and 4 LEDs (plus another for clock) to indicate how many digits entered are correct (our state) and whether it’s locked or not.
Below is an image of the front panel of the controller:
Below is the block diagram for the remote keyless controller (no myDAQ):
Below is the block diagram for the remote keyless controller with myDAQ:
Below is also the discrete-logic implementation for the project:
