Ocean Microplastic Cleaning System Design
Budget: $30 – $250 USD
I need a professional specialized in Electrical or Electronic Engineering with experience in digital systems projects. The project involves creating a combinational logic solution for controlling autonomous microplastic cleaning equipment in the ocean. Project details are in the attached document, and the main requirements are as follows:
Project Requirements:
Definition of Inputs and Outputs:
Specify the logical variables for inputs and outputs of microplastic sensors and suction pumps.
Block Diagram:
Create a block diagram that represents the logical control of the cleaning equipment.
Theoretical Truth Table:
Develop the theoretical truth table for sensor combinations and pump control.
Output Logic Functions:
Define logical functions to control pumps according to sensor inputs.
Logic Circuit:
Develop the logic circuit using combinational logic gates.
Assembly in Tinkercad:
Assemble the circuit in Tinkercad and provide screenshots of the results.
Experimental Truth Table:
Fill in the experimental truth table with the results obtained in Tinkercad.
Circuit for Data Transmission:
Define a circuit to transmit data from vessels to a central ship, considering serial communication.
Documentation:
Prepare a complete PDF document containing all items mentioned and follow the delivery specifications described in the attached document.
Required Skills:
Knowledge of digital and logic circuits.
Experience with assembling and simulating circuits in Tinkercad.
Ability to prepare technical documentation.
Project Requirements:
Definition of Inputs and Outputs:
Specify the logical variables for inputs and outputs of microplastic sensors and suction pumps.
Block Diagram:
Create a block diagram that represents the logical control of the cleaning equipment.
Theoretical Truth Table:
Develop the theoretical truth table for sensor combinations and pump control.
Output Logic Functions:
Define logical functions to control pumps according to sensor inputs.
Logic Circuit:
Develop the logic circuit using combinational logic gates.
Assembly in Tinkercad:
Assemble the circuit in Tinkercad and provide screenshots of the results.
Experimental Truth Table:
Fill in the experimental truth table with the results obtained in Tinkercad.
Circuit for Data Transmission:
Define a circuit to transmit data from vessels to a central ship, considering serial communication.
Documentation:
Prepare a complete PDF document containing all items mentioned and follow the delivery specifications described in the attached document.
Required Skills:
Knowledge of digital and logic circuits.
Experience with assembling and simulating circuits in Tinkercad.
Ability to prepare technical documentation.