INTRODUCTION Our Smart Station hardware consists of a PIC32MX250 microcontroller with a 3.5mm jack for speakers, a TFT display, keypad, NeoPixel LED ring, microphone, and a host of I2C environmental sensor breakouts: i.e. accelerometer, temperature, humidity, and luminosity sensor breakouts. All of the electronics are neatly contained within a 3D printed casing. Our Smart Station […]
Introduction We developed a wearable hydration monitoring system that will track an individual’s hydration levels by measuring the bioimpedance of the skin, that will transmit the data via Bluetooth to his or her cellphone, and that will provide a visual cue corresponding to their hydration. Our completed project! High Level Design Rationale Dehydration is usually
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Introduction For the ECE 4760 final project, we designed and implemented a 2-axis gesture-controlled platform for DSLR cameras. The platform can actuate a camera based on the orientation of the user’s hand with relative high accuracy and low latency. Our 2-DOF gesture-controlled platform can point the camera in any direction within a hemi-sphere based on
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Introduction Our project was an EEG-controlled brain computer interface that allowed a user to correct errors in machine behavior. The project was modeled as a trial-based “game.” In each trial, a solid colored green block or dotted yellow block was placed on a conveyor belt. One end of the conveyor belt had a solid colored
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As part of our final project for ECE 4760: Digital Systems Design Using Microcontrollers, we built a guitar amplifier with remote distortion and digital effects capabilities controlled from a smartphone via bluetooth. Musicians often need to modify the configuration of their amplifiers when performing in concerts. This job is generally delegated to “roadies” who walk
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This instructable describes how to use the free pfodDesignerV2 to create menus and charts for your non-Arduino based micro project. These menus and charts are then displayed by pfodApp on your Android mobile. No Android programming required. Half-Duplex operation is supported if your hardware/software does not support Full-Duplex. These instructions are also available at pfod™ for Non-Arduino based microprocessors If you
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“Robot-Car: Design Fused with Obstacle Avoidance Technology” Recently, there is an intensive research undertaken in the field of intelligence robotics and autonomous mobile robot applications. Through the this project we wanted to explore this field by building a robot car that can potentially avoid the obstacles. This is a user controlled robot car that has
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Microchip PIC series microcontroller and Bluetooth module of the communication prepared for a sample module circuit eagle prepared by the PCB files and C programming examples are also over the mobile phone led, motor,… Electronics Projects, Microchip PIC Bluetooth Communication RN-41 “microchip projects, microcontroller projects, “ Microchip PIC series microcontroller and Bluetooth module of the communication prepared for a
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Today I came up with another engineering project for electronics and communication students, Android and Bluetooth controlled robot using PIC Microcontroller with object detecting capability. After installing MikroElectron’s Robot Control App from Play Store you should be able to control the robot with your android phone/ tablet over bluetooth signal. The eye catching feature of this project
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