PHOENIX, Nov 20 (Reuters) - Chip equipment maker ASML

on Thursday launched a technical academy in Phoenix to

train engineers to service the Dutch company's complex

chipmaking machines.

Located within a few minutes of the Phoenix airport, the

facility is designed to train more than 1,000 engineers a year

to repair and service ASML's chipmaking tools.

ASML decided to open the academy because of the significant

increase in advanced chip manufacturing in the United States.

Intel ( INTC ) and Taiwan's TSMC have announced

significant expansions around Phoenix, and Samsung

is expanding its fab near Austin, Texas. Memory maker Micron

also has multibillion-dollar expansion plans in the U.S.

ASML's deep ultraviolet (DUV) and extreme ultraviolet (EUV)

machines for making advanced chips are intricate tools that

require a similar level of service as modern warplanes such as

the F-35, said Vice President Clayton Patch.

The most advanced EUV tools cost roughly $400 million and it

takes several 747s to ship them from ASML's manufacturing site

in the Netherlands.

Ideal candidates for the service jobs are often ex-military

who have worked in the U.S. Navy or Air Force on fighter jets,

Patch said.

"They're really good hires, getting out of the military,"

Patch said. "We love those candidates."

The training facility is the first it will operate in the

U.S. in about 20 years, Patch said. Previously engineers had to

travel to Asia or Europe to learn how to service the chipmaking

tools. ASML's facility includes 14 classrooms and a cleanroom.

To meet demand for trained engineers, Patch said the

facility is capable of operating twenty-four hours a day, seven

days a week. The company expects eventually to train 2,000

people a year.

The facility, where engineers are already taking classes,

will train ASML staff, but other companies that operate fabs, or

chipmaking plants, can also pay ASML to train their engineers.

It takes ASML three to six months to train engineers to do

simple maintenance. Training for more complex repair tasks can

take longer.