Projects

This project has the task to create a simulation of how a traffic Light Intersection works between two avenues, which consists of one main road, and a second road. Furthermore, it will all run automatically thanks to the placement of counters which will enable a timer to make the entire system run on its own, taking in consideration the amount of time programmed per state.

Line follower Robot (electronic Circuit)

The purpose of this project was to design a mobile system (robot) that must follow a black line on a track marked with a blank and that when advancing in the direction of the line, it can also detect flat objects located vertically and at a distance between 10-12 cm, this phone stops, and when you remove the object, keep moving forward until you detect another object or complete the circuit at least once. Additionally, it will use LED's and a buzzer that will increase its frequency of intermittent and sound (respectively) to be closer to the object to be detected.

Intelligent Power Meter

The main purpose of this project is to make a power meter that uses power line communications to transmit data to a micro-controller to control the load by disconnecting the power. For this we used a current sensor that uses the hall effect, a solid-state relay to control the load and micro-controllers to transmit and receive the data. The design is a non-intrusive, plug and play style, plug that can withstand a current load of 40A and a voltage load of 300 volts.

Bad-Pas Filter

The purpose of this project is to design and build a band past filter circuit. This band-pass must be a fourth order filter.

Undergraduate Research "PCB Making"

The purpose for this undergraduate research was to learn to used and make a PCB on the Voltera-ONE. To make used of the Voltera first I learn to make a schematic and exported on a Gerber File using Eagle software. I also learned how to use the Voltera and to operate the oven.

Mini project (Photo-Resistors)

The purpose of this project is to use two light sensors (photo-resistors) to measure light intensity in two opposite positions (0 & 180°) and indicate the position with a servomotor..

The purpose of this project is to use is to make a distance measure device with an ultrasonic sensor.