Q&A with the Great Lakes Research Center’s Timothy Havens

Nancy J. Delong

Timothy Havens is the new director of the Good Lakes Analysis Heart.

Timothy Havens came to Michigan Technological College as an electrical and laptop or computer
engineering researcher. As of January one, he’s now the director of the Good Lakes
Analysis Heart (GLRC), in addition to continuing his roles as director of the Institute
of Computing and Cybersystems (ICC) and the William and Gloria Jackson Professor in
Computer system Science. Havens succeeds outgoing GLRC director Andrew Barnard.

“I am extremely delighted that Tim has stepped up and recognized the directorship of the
Good Lakes Analysis Heart,” claimed Dave Reed, Michigan Tech’s Vice President for Analysis.
“Tim has been a extremely successful leader of the Institute of Computing and Cybersystems
for many several years and I am self-confident he will carry that practical experience and approach to
the GLRC.”

We recently sat down with Havens to explore the potential of the GLRC and his part at
Michigan Tech.

“The GLRC is striving to turn out to be the leading research establishment on campus, both equally in
terms of the excellence in research becoming executed and also in the aid that GLRC
staff members carry to campus scientists. The college and staff members and their varied research
are at the best of their fields.”

Timothy Havens

Director, Good Lakes Analysis Heart

Q: Why were you picked as the upcoming GLRC director?

TH: My practical experience in becoming a researcher and research administrator performs perfectly with
becoming the director of the GLRC. I’m currently the director of the ICC and was the
associate dean of research for the School of Computing, with both equally units looking at significant
expansion through my management. One of our targets in the ICC has been to increase into a sustainable,
self-supporting device with fantastic aid for our scientists, usually using the GLRC
as an illustration. We have created significant strides towards this purpose, recently using the services of
a entire-time assistant director for research progress. I’m excited I now get the
possibility to guide the centre we have been using as a part design.

Q: Your past research has been targeted on computing and cybersystems. What does
that have to do with Good Lakes research?

TH: To be a prosperous research administrator, just one demands to be a solid researcher
but not always in any particular place. My practical experience lets me to arrive into the
directorship with the higher-level perspective essential to leverage resources in artistic
approaches, this kind of as new vessels and research platforms, upcoming-generation computing and expert
staff. Analysis centers are enterprises, and the areas of balancing individuals, infrastructure
and resources are typically the very same, no issue the research focus.

That claimed, I do Good Lakes research. I’ve labored with the U.S. Navy for many several years,
establishing signal processing for detecting objects underneath and on the drinking water and ice
using acoustics. The connection of my research to the GLRC is far more on the techy aspect,
but I’m cognizant of and strongly aid all of the center’s research and I’m definitely
thrilled to study far more about the areas I have not but had direct connections with.
In addition, I look forward to connecting my land-primarily based robotics research to the GLRC:
marine autonomy, wise ships and the Maritime Autonomy Analysis Internet site.

Q: What do you do in your operate?

TH: I guide the Pattern Recognition and Smart Machines Engineering lab. For several
several years I’ve been performing with the Division of Defense and industry partners on difficult
sensing issues. For illustration, detecting explosive hazards, establishing AI that can
predict automobile malfunctions perfectly just before a examine engine mild turns on, and how to
make robots far more robust to sensor malfunctions or malfeasance, to identify a couple of.

In my research I’m investigating how to pull data out when practical details are
hidden powering the sounds. I take all those details and switch them into decisions — “You need to
likely take your automobile in to examine its transmission in just the upcoming one,000 miles,”
for illustration.

Tim Havens stands next to the research vessel Agassiz outside the Great Lakes Research Center
Tim Havens is the new director of the Good Lakes Analysis Heart.

Q: How does your operate relate to the other research at the GLRC?

TH: Machine studying is applicable nearly almost everywhere. I take details and build implicit
versions that can make decisions with all those details: predictions, assessments, diagnostics,
and many others. Dr. Pengfei Xue and I have now started off conversing about how we can combine my
AI research with his hydrodynamic versions, enabling either superior or far more productive
predictions about crucial indicators of local climate modify in the Good Lakes. When I boil
down what I enjoy about research, it’s that I enjoy to clear up puzzles — there are tons
of difficult and crucial puzzles to clear up with GLRC scientists and I look forward
to the collaborations.

Q: What is your vision for the potential of the GLRC?

TH: We need to absolutely feel about increasing our making! The GLRC is striving to
turn out to be the leading research establishment on campus, both equally in terms of the excellence
in research becoming executed and also in the aid that GLRC staff members carry to campus
scientists. The college and staff members and their varied research are at the best of their
fields. The centre will not only carry on to drive the envelope about what can be discovered
about Good Lakes and coastal oceans units, but also look for chances in the
uncharted waters of elaborate, authentic-environment issues that involve several-disciplinary
ways to solve.

 

Michigan Technological College is a community research college launched in 1885 in Houghton, Michigan, and is dwelling to far more than 7,000 students from fifty five international locations about the environment. Regularly ranked amid the most effective universities in the country for return on financial investment, the College delivers far more than one hundred twenty five undergraduate and graduate degree plans in science and technologies, engineering, computing, forestry, company and economics, health and fitness professions, humanities, arithmetic, social sciences, and the arts. The rural campus is positioned just miles from Lake Exceptional in Michigan’s Higher Peninsula, giving year-round chances for outdoor adventure.

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