Difference between revisions of "User:Stevancw"

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(Recent Projects)
(Recent Projects)
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* Repurpose old 15.6" laptop screen with cheap Chinese controller board and laser cut acrylic case  
 
* Repurpose old 15.6" laptop screen with cheap Chinese controller board and laser cut acrylic case  
 
* Laser lane for my Brompton bike
 
* Laser lane for my Brompton bike
 +
* CNC fluid management machine for lab work
 
* Accelerometer sensor platform of monitoring symptoms in Parkinson's disease
 
* Accelerometer sensor platform of monitoring symptoms in Parkinson's disease
 +
* David Windestål style tricopter (with custom acetal front spacer and FR4 fibreglass frame)
 +
* Arduino based antenna analyser for HF bands using DDS module and 50 ohm resistive bridge
  
  
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File:Lasercut_monitor_case.jpg|alt=Old laptop screen repurposed|Laptop screen case
 
File:Lasercut_monitor_case.jpg|alt=Old laptop screen repurposed|Laptop screen case
 
File:Starting climate sensor.jpg|alt=Climate Sensor with Arduino Nano|Beginning the climate sensor project
 
File:Starting climate sensor.jpg|alt=Climate Sensor with Arduino Nano|Beginning the climate sensor project
 +
File: Tricopter.jpg|alt=Latest version of the tricopter
 
</gallery>
 
</gallery>
  

Revision as of 09:57, 29 May 2015

Hello, world!

Stevan
Stevancw


I'm Stevan I'm a neurology doctor and researcher into Parkinson's Disease. I'm interested in almost anything but particularly embedded electronics.

Things I'm interested in

  • Arduino and other embedded microcontrollers
  • Raspberry Pi
  • Linux


Things I would love to collaborate on

  • any health related projects
  • anything that involves a computer


Recent Projects

  • DHT22 and Arduino ProMini based climate station with 0.96" OLED display
  • Repurpose old 15.6" laptop screen with cheap Chinese controller board and laser cut acrylic case
  • Laser lane for my Brompton bike
  • CNC fluid management machine for lab work
  • Accelerometer sensor platform of monitoring symptoms in Parkinson's disease
  • David Windestål style tricopter (with custom acetal front spacer and FR4 fibreglass frame)
  • Arduino based antenna analyser for HF bands using DDS module and 50 ohm resistive bridge




twitter [1] web [2]