Millersville University

NAIT Student Chapter

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What is the NAIT Student Chapter?

NAIT is the professional organization for Industrial Technology practitioners. The student organization's purpose is to help students excel and build professional and industrial skills. It does this by attending conferences and sponsoring projects that help strengthen its members' skills. Learn more about NAIT and the student chapter by going to our About NAIT page.

 

MU Mailing List

Stay updated with the club by joining our mailing list. Contact us at MillersvilleNAIT@yahoo.com and tell us you would like to receive updates. This is a great way to find out what we are doing.

Become A Member

Membership as a NAIT student will always look good on a resume. You must be a NAIT member to become certified as an Industrial Technologist!

Use your credit card to apply at the online NAIT membership page

--OR--

Print and fill out the PDF membership form and mail a check to the indicated address.

  1. Fill out the general information and under Student Membership type in Millersville University as the chapter name.

  2. Fill out the billing information for the annual payment of $20 or send your check to the indicated address

IT'S THAT EASY!

 

News

We will be working every Friday morning in the NAIT room (Osburn Hall, Room 118).

ALL majors are invited to come!

 

Shown above: "MF-1", Millersville's latest robot, was built in 2007 and competed in NAIT's 6th Annual Tele-Operated & Autonomous Robotic Manipulator Contest.

 

Past NAIT Projects:

 

 

"MF-1" (2007)

Magnet Finder-1, "MF-1", was Millersville's first magnetic field finding robot. Using 2001's Pyrobot chassis, "MF-1" contains a metal detector, aluminum actuator, magnetic field sensor, and digital compass in order to find a magnet buried underneath the sand. An 8" spiral spike was then planted at the location of the magnet. "MF-1" won in various categories including 1st place for Best Poster, 1st place in Best Electrical/Control Methodology, and 3rd place in the overall robotics competition. Click to view "MF-1" pictures!

 

 

 

"FA-1" (2006)

This fully-autonomous robot was built from scratch in 2006. It was designed to follow a foil tape by using its three front sensors. It also used its CNC machined grippers to automatically pick up an 8" piece of conduit. "FA-1" received 3rd Place at NAIT''s Tele-Operated Robotic Manipulator Contest – Autonomous Division.  Click to view "FA-1" pictures!

 

 
 

NAIT Display Case (2005)

In the summer of 2005, NAIT student members built a display case to help promote the organization. The purpose of the case was to display NAIT's numerous awards, projects and other items. The display case is located on the first floor of Osburn Hall.

 

 

 

"SA-2" (2005)

Continuing the semi-autonomous tradition, this robot had an autonomous mode that when activated picked up a piece of conduit automatically. This robot also had a CNC machined manipulator and a thermoformed shell. Click to view "SA-2" pictures!

 

 

 

"SA-1" (2004)

This semi-autonomous robot had a tele-operated mode and a semi-autonomous mode which could be activated to deploy an autonomous search pattern. This robot won three awards including: Design and Innovation, and 2nd place finishes at the 2005 Tele-Operated Manipulator Contest and 2005 National Robotics Challenge.  Click to view "SA-1" pictures!

 

 

 

"Churchill" (2003)

This tele-operated robot was the first Millersville robot to be built entirely from scratch! This robot incorporated tank style steering, a unique "door type" manipulator and an aluminum wedge to clear obstacles. Click to view "Churchill" pictures!

 

 

 

"Pyrobot" (2001)

This fully-autonomous robot was built using a pyroelectric sensor which was used to trace heat signatures. This robot won a gold award for robot construction at the 2001 RI/SME conference.

 

 

 

"Trout" (1999-2004)

This fully enclosed electric vehicle was the Millersville chapter's first project. This project was on display at the Tour De Sol and is currently on display in Osburn Hall. The EV's distinguishing feature is its fully encompassing light weight shell used to improve aerodynamics.

 

 

   

Find out more about these projects at one of the following pages

 History Page - EMRT Page - Robotics Page

 

   

Contact us at:

MillersvilleNAIT@yahoo.com