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Description of Project
The aim was creating a comprehensive Windows Forms application that facilitates management of product information within a computer shop. Through a user-friendly interface, the application empowers users to search, access detailed specifications, view images, and make purchases of computers or products. The primary objective is to streamline the entire customer journey, from initial product search to order processing and receipt generation. By integrating with an Access database, the application ensures accurate storage and retrieval of product data, customer information, and transaction records. The project enhances the user experience by offering detailed product insights and optimizes business operations by efficiently managing inventory, sales, and customer interactions. Overall, this project aims to deliver an all-in-one solution for product management, customer engagement, and transaction processing within the context of a computer retail environment.
Project2:[Temperature sensor alarm with flashing LEDs]
Project2:[Temperature sensor alarm with flashing LEDs]
Description of project
Description of project
Built circuit with sensor and 2LEDs, NPN transistor, (3 x 560Ohms)current limiting resistors, and jumper wires. Wrote a C program for circuit of temperature alarm such that an LED would be flashing based on the temperature received by the sensor. Blue LED flashing at the start of the program due to temperature received by the sensor. When temperature is above goes above limit set in the program, the blue LED stops flashing and the Red LED turns on.
Built circuit with sensor and 2LEDs, NPN transistor, (3 x 560Ohms)current limiting resistors, and jumper wires. Wrote a C program for circuit of temperature alarm such that an LED would be flashing based on the temperature received by the sensor. Blue LED flashing at the start of the program due to temperature received by the sensor. When temperature is above goes above limit set in the program, the blue LED stops flashing and the Red LED turns on.
This was a final project for my HSI255(Hardware and Software interfacing) course which I completed on my own during my second semester.
This was a final project for my HSI255(Hardware and Software interfacing) course which I completed on my own during my second semester.
Project 3:[Servo SG90 interaction with raspberry pi via a python program]
Description of project
raspberry pi connected to breadboard via gpio extension board and breadboard
-2 push buttons(gpio20 and gpio16)
-blue LED in series with a 330 ohms current limiting resistor(gpio port19)
-SG90 servo controlling blinking of LED via the 2 pushbuttons
-when you run the program LED's brightness is initially at 50% . First, we press the pushbutton, which turns servo to the left (the minimum point ). This makes LED's brightness 0%. Next, we turn the servo to right (the maximum point) LED starts blinking fast with 100% brightness.
And finally we close program (ctrl+c) which resets all gpio ports.
Video.MOVThis was a project completed in my LNX255(linux) course completed on my own during my second semester of studies at Seneca College.
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