Difference between revisions of "Teaching Labs/2036 EB2"

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Classes in this lab focus on all aspects of robotics.  On the mechanical side, issues such as the kinematics and physical design of the robot platforms are addressed.  Electrical and computer engineering topics range from hardware (i.e., circuit design, board layout, and component selection) to software development (i.e., simulation, interface design, Control algorithms, and trajectory planning).
 
Classes in this lab focus on all aspects of robotics.  On the mechanical side, issues such as the kinematics and physical design of the robot platforms are addressed.  Electrical and computer engineering topics range from hardware (i.e., circuit design, board layout, and component selection) to software development (i.e., simulation, interface design, Control algorithms, and trajectory planning).
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====Lab Schedule and Reservations====
 
====Lab Schedule and Reservations====
[http://gwcal.ncsu.edu/mplusextranet/scp.dll/calendar?user=engr-eb2-2036&view=month&template=gwxnew3&html=&xsl=grmonth& 2036 EB2 Schedule]
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The schedule is subject to change at anytime, so check back often. To schedule this lab, email [mailto:ecehelp@ncsu.edu?Subject=EB22036-Lab-Reservation ecehelp@ncsu.edu].
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To schedule this lab, email [mailto:ecehelp@ncsu.edu?Subject=EB22036-Lab-Reservation ecehelp@ncsu.edu].
 
  
 
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====Course Information====
 
====Course Information====
  

Revision as of 15:57, 24 May 2010

Robotics Lab

The Robotics Lab contains a wide variety of robotic platforms that range in size and sophistication from Lego Mindstorms to industrial and medical robots. The hands-on approach and cross-disciplinary nature of this center make it unique amongst the ECE department’s teaching labs.

Classes in this lab focus on all aspects of robotics. On the mechanical side, issues such as the kinematics and physical design of the robot platforms are addressed. Electrical and computer engineering topics range from hardware (i.e., circuit design, board layout, and component selection) to software development (i.e., simulation, interface design, Control algorithms, and trajectory planning).



Lab Schedule and Reservations

The schedule is subject to change at anytime, so check back often. To schedule this lab, email ecehelp@ncsu.edu.


{{#widget:Google Calendar |id=6gtmmocli775kenjr9vb8vsobg@group.calendar.google.com |color=2952A3 |view=week |showtitle=1 |showtabs=1 |showcalendars=0 |weekstart=1 }}



Course Information



Equipment

Number of Computers:
  • 5
Operating System:
  • Microsoft Windows XP Professional
Model:
  • Dell Optiplex 320
Processor:
  • Pentium D 3.0 GHz
RAM:
  • 2048 MB
Software:
  • Adobe Acrobat Professional
  • Matlab
  • Microsoft Office
  • OpenAFS/Kerberos
  • Starnet X-win32
  • Sun Java JRE
  • WinSCP SFTP client
Instruments:
  • 1 BK Precision WE4051 Multi-Function Generator
  • 1 Cybermotion K6A mobile robotic platform
  • 4 Ex430 Extech Multimeters
  • Lego Mindstorms
  • 1 Nomad 200 mobile robotic platform
  • 1 PUMA 500 Industrial Robotic arm
  • 1 Techtronics TPS 2024 Digital Oscilloscope
  • 1 WESD51 digital soldering station
  • 1 Zevatech CT2000 industrial robot
  • 1 Zymark A150 general purpose robotic arm

Pictures

Room View
PUMA robot
Workbench robot
Additional robots

Room Layout

2036EB2.jpg