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18 <strong>Allegheny</strong> <strong>West</strong> <strong>Magazine</strong> September/Oc<strong>to</strong>ber 2012<br />

Nowadays, every action movie trailer features or<br />

involves some sort of robot, machine, or advanced<br />

technology. Technology has quickly become an<br />

important part of everyday life. Now, local students<br />

can learn all about the technology used <strong>to</strong> build and<br />

operate such machines and robots.<br />

Parkway <strong>West</strong> Career and Technology Center will<br />

offer a new program this fall <strong>to</strong> help build careers in<br />

fields such as machining, industrial maintenance,<br />

advanced manufacturing, and robotics. Simply called<br />

Robotics and Precision Machining, this program is<br />

available <strong>to</strong> students from the school’s 12 sending<br />

districts interested in these areas of work.<br />

“The Robotics and Precision Machining program is<br />

designed <strong>to</strong> blend numerous engineering occupations<br />

<strong>to</strong>gether around the construction of robots,” said Jack<br />

Highfield, direc<strong>to</strong>r at Parkway <strong>West</strong>.<br />

This is an advanced manufacturing program that<br />

requires students <strong>to</strong> use many different kinds of<br />

academics: algebra, geometry, trigonometry, and<br />

physics, <strong>to</strong> solve “real-world” problems.<br />

“These are huge world problems they solve,” said<br />

Liz Lanshcak, the public relations coordina<strong>to</strong>r at<br />

Parkway.<br />

The school was approached by several local<br />

employers who said that there is a critical need for,<br />

and a critical shortage of, workers in these fields. The<br />

imbalance between the number of people going <strong>to</strong><br />

college and those being properly trained for the<br />

manufacturing field is exacerbated by the stereotypes<br />

of a “dirty” workplace, said Liz.<br />

Local manufacturers, as well as Parkway, are<br />

emphasizing the high wage positions in this type of<br />

field. Entry-level wages are approximately $26,000 <strong>to</strong><br />

$29,000 per year; and $55,000 is the average<br />

manufacturing salary, a family-sustaining wage, said<br />

BY EMILY BASTAROLI<br />

Jack. Since the local career and technology centers<br />

(CTC’s) provide free training, “It’s a good move for<br />

the economy for [students] <strong>to</strong> take the program,”<br />

said Jack.<br />

Parkway <strong>West</strong> offers students the opportunity for<br />

immediate employment after graduation or<br />

preparation for post-secondary study, often with<br />

advanced standing. Students come from school<br />

districts in the area, including Carlyn<strong>to</strong>n, Chartiers<br />

Valley, Cornell, Keys<strong>to</strong>ne Oaks, Mon<strong>to</strong>ur, Moon<br />

Area, Mount Lebanon, Quaker Valley, South<br />

Fayette, S<strong>to</strong>-Rox, Upper St. Clair, and <strong>West</strong><br />

<strong>Allegheny</strong>. Parkway accepts students starting in<br />

grade 10, with the exceptions of Chartiers Valley,<br />

Keys<strong>to</strong>ne Oaks, and Quaker Valley, which all send<br />

students in 9th grade. The Robotics and Precision<br />

Machining Program is a three or four-year program<br />

offered <strong>to</strong> all students as a full-time curriculum<br />

starting this fall, said Liz.<br />

The Robotics and Precision Machining program<br />

will offer a wide spectrum of manufacturing training.<br />

Students will learn how <strong>to</strong> measure and shape metal,<br />

plastics, and other substances <strong>to</strong> manufacture<br />

different products, including several different types<br />

of robots, as stated in the course description on<br />

Parkway’s Web site. Students will learn how <strong>to</strong><br />

work with machines, lay out <strong>their</strong> work, read<br />

blueprints, and choose proper feeds and speeds for<br />

machining, depending on shapes, sizes, and<br />

materials.<br />

Lathes, milling machines, drill presses, grinders,<br />

and electro-discharge machines (EDM) are all<br />

machines taught and used in the curriculum.<br />

Students will also learn about robotic systems by<br />

using hands-on experiments in the latest robotic<br />

technology. They will also build robots for the Bots<br />

IQ competition. The more advanced students will<br />

learn computer-aided drafting (Au<strong>to</strong> CAD) and how<br />

<strong>to</strong> use computer-numeric controlled (CNC) lathes<br />

and milling machines.<br />

Overall, the course offers training in all aspects of<br />

electro-mechanical engineering, from planning and<br />

design <strong>to</strong> assembly, programming, testing, and<br />

improvement.<br />

“[Students will learn] <strong>to</strong> build bigger, <strong>better</strong>, faster<br />

robots,” said Jack.

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