Resume (Including
three references)
Cover Letter / Letter of Interest
The Large
Binocular Telescope Observatory (LBTO) at the University of Arizona
is looking for an Electrical Engineer (Electronics) to join the LBT
team. The Large Binocular Telescope represents a major advance in
astronomical research capabilities. The LBT will be the largest,
most powerful optical/infrared telescope in the world. LBT adaptive
optics systems will provide diffraction-limited imaging capability
with the resolution of a 22.8-meter telescope. Its unique binocular
design and state-of-the-art optics technology provide opportunities
for innovative engineers to expand their experience beyond typical
applications. The ideal candidate will have extensive experience
with and knowledge of applied digital control systems for large
telescope systems, and good theoretical background paired with
several years of practical telescope experience. Knowledge and
understanding of precision encoders, large mechanical structures and
motors is important. In-depth knowledge of friction compensation and
wind rejection techniques is considered very valuable. Candidates
must be strongly team oriented with a desire to tackle new and
unique problems. He or she should present a well-organized and
structured profile, capable of meeting an aggressive project
schedule. In the near term, he or she will be responsible for the
integration and commissioning of numerous control systems for the
LBT. While most work will occur at the LBT Observatory offices in
Tucson, there will be significant amounts of work at the LBT site on
Mt. Graham at an elevation of 10,470 feet. The position reports to
the LBT Systems Engineer.
The University of Arizona offers a superior benefits package
including significant tuition reduction at all three of the State of
Arizona public universities to employees, their spouses and
children.
* Specifies and
designs electronics systems, including precision position, velocity
and force control systems, and video imaging systems.
* Performs duties related to real-time computer applications, system
monitoring and interface utilizing PCI bus systems, PLC based
systems, and AC/DC power distribution and control.
* Performs general electronic board level design for precision
low-noise/high accuracy requirements.
* Develops standards, conventions and documentation and directs
technical personnel in implementing designs and documentation.
* Directs technical personnel in implementing designs for telescope
control and related systems, mirror support and image processing
systems.
* Interfaces with a wide variety of scientists and supervises other
engineering staff in the project. These interactions include
scientists, engineers at LBTO, Steward Observatory and other LBT
partner institutions.
* Works with LBTO Director and other team members to establish and
maintain schedules and budgets.
Not applicable
for this title.
B.S. Degree in
Engineering, Physics or related field.
At least five years of demonstrated electronics design experience.
* M.S. Degree in
Electrical Engineering.
* Knowledge of applied digital controls systems for large telescope
systems, precision encoders, large structures and motors.
* Ability to manage project assignments independently and interface
with engineering and scientific staff to develop and meet
specifications.