Graduate School Newsblog

Inter-American Foundation (IAF) Grassroots Development Fellowship Program

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IAF Fellowships are available to currently registered students who have advanced to candidacy for the Ph.D. in the social sciences, physical sciences, technical fields and the professions as related to grassroots development issues. Applications for clinical research in the health field will NOT be considered.

Awards are based on both development and scholarly criteria. Proposals should offer a practical orientation to field-based information. In exceptional cases the IAF will support research reflecting a primary interest in macro questions of politics and economics but only as they relate to the environment of the poor. The Fellowship Program complements IAF’s support for grassroots development in Latin America and the Caribbean, and preference for those applicants whose careers or research projects are related to topics of greatest interest to the IAF.

IAF’s Fellowships provide support for Ph.D. candidates to conduct dissertation research in Latin America and the Caribbean on topics related to grassroots development. Funding is for between four and 12 months. The Inter-American Foundation expects to award up to 15 Doctoral Field Research Fellowships in 2011. Research during the 2011-2012 cycle must be initiated between June 1, 2011 and May 31, 2012.

  • Round-trip economy-class transportation to the field research site from the Fellow’s primary residence. Fellows must comply with the Fly America Act.
  • A research allowance of up to $3,000, pro-rated monthly.
  • A stipend of $1,500 per month for up to 12 months.
  • Accident and sickness insurance
  • Attendance at a required “mid-year” Grassroots Development Conference to discuss each Fellow’s progress with members of the IAF’s academic review committee and meet with IAF and IIE staff.

For more information please visit:

http://www.iie.org/en/Programs/IAF-Grassroots-Development-Fellowship-Program

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Registration Opens for Tech MBA® Online

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Registration for the Tech MBA® Online 2010-11 webinar is now open. The virtual events discuss topics such as paying for the MBA (and getting your employer to help), choosing the right program, and other specifics, including how engineers and women benefit from getting MBA degrees. To view the webinar schedule or to register, see Tech MBA .

* * * *

The School of Business and Economics and the Alumni Association will host a workshop on career planning in Grand Rapids. This is the second Career Re-Tool Workshop for job seekers, those in career transitions and people who want career advancement. Attendees will have the opportunity to evaluate educational opportunities. This free event is open to the public. For more information, see re-tool .

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Nominations for Spring 2011 Finishing Fellowships Now Open

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Nominations for spring Finishing Fellowships are now open.  Applications must be submitted to the Graduate School no later than 4pm on October 20th.

Students are eligible if all of the following criteria are met:

  1. Must be a PhD student.
  2. Must expect to finish in spring 2011.
  3. Must have submitted a Petition to Enter Full-Time Research Only Mode. No Finishing Fellowships will be awarded to students who fail to receive approval of their petition.

Previous recipients of a Finishing Fellowship are not eligible.

Please see our application page for details on the application procedure.  Please direct any questions to Dr. Debra Charlesworth.

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Arthritis, Soil, Cabaret, and DNA: Students Share their Research

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The Reading Room of the Van Pelt and Opie Library was packed recently, but it wasn’t full of students cramming. This day, more than fifty students were presenting their research via posters in the bright sunlight streaming in from a wall of windows.

It was a poster session held as part of the University’s kickoff of its Generations of Discovery Capital Campaign, coinciding with Homecoming.

Megan Killian, a PhD student in biomedical engineering, discussed her work with arthritis in knees, especially after traumatic injuries. She was looking at what can be done to stop or delay the onset of arthritis after a torn anterior cruciate ligament (ACL), a common problem in contact sports.

“I’m looking at the changes in the meniscus,” Killian said. “Specifically, how the cells behave, how the meniscus degenerates over a short period of time. I am focusing on the molecular biology and histology, and other students in my lab, Adam Abraham and John Moyer, are looking at the mechanics.”

Her advisor, Tammy Haut Donahue (associate professor of mechanical engineering), is developing a better understanding of how the meniscus behaves mechanically and biochemically, and how it responds to injury and degenerative changes.

Together, the inquiry has Killian close to completing her PhD this semester, before she “goes on to a career in research-focused academia.”

Nearby, Carley Kratz presented her research in soils. The PhD student in forestry is comparing soil in special plots of the Harvard Forest in Massachusetts and the Ford Forestry Center in Alberta, with an eye toward the effects of warming.

“I’m studying how increased heat and moisture affect the soil microorganisms,” she said. “I’m mimicking future temperature and moisture increases to look at global warming, among other areas.”

She is focusing on the fungi and bacterial concentrations, she said, especially metabolic changes over time, including increased amounts of carbon cycling (how carbon moves through the global environment). “If more carbon in the soil cycles more rapidly, then that could lead to more carbon in the atmosphere, which could increase global warming,” she says.

Her research is sponsored by a US Department of Energy Office of Science graduate fellowship. Adjunct Professor Erik Lilleskov and Associate Professor Andrew Burton (SFRES), also worked on the research.

Kratz’s hopes include a postdoc in microbial ecology and an eventual professorship in the Midwest “or wherever life takes me.”

A senior in sound design, Nicole Kirch researched potential sound effects for the play, “I Am My Own Wife.” Set in Nazi and Soviet East Berlin, the play won a Pulitzer Prize for Drama and Tony Awards for Best Play and Best Actor in 2004.

“I looked at the setting of the play and tried to figure out the best sounds,” she said.

That meant using items, some old and some new, from Marlene Dietrich audio to a music box to bombs and air raid sounds to John Kennedy’s Berlin Wall speech.

“I also worked with an old phonograph, with a wax cylinder,” she said. “I didn’t want to improve the sound,” aiming instead for realistic pops and scratches from the old machine.

The setting is the bar/museum Mulack Ritze in the basement of the protagonist, and Kirch had to account for a wall of shelved memorabilia that is used in the back of the stage in the play.

“I send the sounds through speakers behind it,” she said. And she had to create pre- and post-show audio, as well as the sounds that help carry the action, all for a play that was not actually being performed here.

She did “a lot of research while bored last summer.” She wants to be a sound effects editor when she graduates.

Finally, Bryan Franklin, a PhD student in computer science, was working with common subsequences of nucleotide sequences.

“This is important because, if one is a close match with another, it can be used to study viruses and illnesses in labs and then apply the findings to humans,” he said

He had one major surprise.

“The original, published algorithm I was working with was flawed,” Franklin said. “That made it really confusing at first. It was hard to debug.”

Franklin made progress, eventually, using multiple parallel processes, to get results faster.

“I was able to get results in 1/6th the time it would have taken on a single processor,” he said. “My results are also better than the previous work I based my research on, as it always produces the longest matching subsequence.”

After leaving Tech, Franklin wants to continue working as a researcher, either in academia or industry.

by Dennis Walikainen, senior editor

Published in Tech Today

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Michigan Tech Kicks Off $200 Million Capital Campaign

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by Jennifer Donovan, director of public relations

Michigan Tech is kicking off the public phase of a $200 million multi-year fund-raising campaign, President Glenn Mroz has announced. And appropriately enough on its 125th anniversary, Michigan Tech has already raised more than $125 million, he said, taking the University more than halfway to its goal.

Called “Generations of Discovery,” the campaign will enable Michigan Tech to acquire the resources to raise its recognition as a premier research university. It will focus primarily on the University’s strategic plan goal of attracting and supporting the very best faculty, students and staff by increasing the number of endowed faculty positions and increasing endowed student financial aid.

Endowments are permanently invested gifts that generate spendable income annually while continuing to grow. Endowed faculty chairs and professorships, as well as scholarships and graduate fellowships, are of particular importance to Michigan Tech’s future.

“This campaign funding will help us attract bright students and world-class professors,” said Mroz. “It will give us the resources we need to drive innovation and be counted among the nation’s finest technological universities.”

Already the “quiet phase” of the campaign, which began in 2006, has helped Michigan Tech increase its endowed faculty positions more than fourfold–from 4 to 17–and has raised nearly $11 million in new scholarships and fellowships for students.

New Gifts

At a campaign kickoff dinner, Mroz also announced two new $1 million gifts, one from Tom Shaffner and the other from John and Ruanne Opie. He also reported that the General Motors Foundation has given Michigan Tech another $160,000, bringing its support for the University this year to $244,000 and the total support from the GM Foundation and GM over the past 35 years to more than $8.3 million. The gifts bring the campaign total to $127.4 million to date.

Shaffner, a 1957 Tech alumnus with bachelor’s degrees in chemical engineering and business engineering administration, is chairman of the board of Dearborn Precision Tubular Products. A highly specialized machine shop specializing in high alloy tubing, aircraft parts and oil field equipment, Shaffner’s company uses a technology he developed to produce exceptionally long, straight tubes. His company is credited with developing deep-hole drilled components for the first US Navy nuclear submarine.

Shaffner is also helping fund a new building to house the Seaman Mineral Museum. It will be built adjacent to the Advanced Technology Development Complex on Sharon Avenue.

John Opie graduated from Michigan Tech in 1961 with a bachelor’s degree in metallurgical and materials engineering. He spent most of his career with General Electric, retiring in 2000 as vice chair/executive director. He delivered Tech’s commencement address in 1987 and again in 2001, receiving Honorary Doctorates in Engineering and Business.

Opie and his wife, Ruanne, recently donated $1 million for the construction of ten new skybox suites in the Student Ice Arena. The new suites, all on the west end of the rink, can each accommodate eight to fourteen people, with three skyboxes for larger groups. The Opies previously funded a 54,000-square-foot addition to the library and established an endowment to support the Department of Materials Science and Engineering.

Other gifts have enabled the University to pursue excellence in many different areas. Thanks to various campaign donors, Michigan Tech has been able to establish the Pavlis Institute for Global Technological Leadership, positioning students to create the future for a prosperous and sustainable world. The University is expanding and improving facilities for its electrical and computer engineering and computer science and engineering programs, as well as humanities and the mineral museum. Other donors enabled Tech to install lights and artificial turf at Sherman Field and to bring varsity women’s soccer to Tech.

Alumni Role

Alumni play a key role in any capital campaign. Electrical engineering alumnus Dave House ’65, chairman of Brocade Communication Systems of San Jose, Calif., and a longtime executive at Intel, is chairing the national campaign committee.

“The nation’s best universities have grown their endowments, brought internationally recognized scholars to their labs and classrooms, and built topflight facilities where great ideas are fostered,” said House. “Michigan Tech is focused on being one of these great universities, and it needs your support to achieve this goal.”

House himself is a staunch supporter of Michigan Tech. The House Family Foundation has endowed several professorships, including one held by Tim Schulz, dean of the College of Engineering. A gift from the House Family Foundation enabled the University to purchase the Michigan Tech Research Institute in Ann Arbor in 2006. The House Family Foundation also is currently funding improvements in electrical and computer engineering labs and classrooms.

But a successful campaign depends on more than alumni. All of Michigan Tech’s partners–corporations and foundations, as well as friends on campus and throughout the community, state and nation–play a key role in helping the University reach its goal by 2013. Corporations and foundations are responsible for over $35 million of contributions in the campaign to date. Longtime corporate partner General Motors just gave the University $160,000 to support student enterprises, senior design projects, diversity programs and student groups, another in a string of multiple campaign contributions.

“While a robust endowment is essential if we are to continue moving forward, we also need ongoing support for non-endowed programs and student life initiatives,” said George Butvilas, chair of the Michigan Tech Fund Board of Trustees. “We want our alumni and friends to know that gifts of all sizes can make an enormous difference, for a single student or an entire program.”

Published in Tech Today

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Graduate Programs Assessed

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The National Research Council (NRC) of the National Academies has released a comparison of more than 5,000 doctoral programs at 212 universities across the nation, including Michigan Tech.

The assessment–seven years in the making–rated 12 PhD programs at Michigan Tech, giving highest marks to two in SFRES: forest molecular genetics and biotechnology, and forest science.

Other noteworthy Tech programs included chemical engineering, chemistry, environmental engineering, mathematical sciences, materials science and engineering and mechanical engineering-engineering mechanics.

“The NRC used a complex and very sophisticated statistical analysis procedure to attempt to objectively compare similar PhD programs,” said David Reed, vice president for research. “I’m very pleased that our programs in forestry–and in some of the engineering and science specialties–came out so well. It speaks very highly of the faculty and students involved.”

Although the results of the NRC study were described as “rankings,” graduate programs at different universities weren’t actually ranked or compared directly one to another. Rather, using a complicated statistical analysis of 21 variables and two sets of data, the programs were assigned “ranges.”

Both data sets were based on results of faculty surveys. In one survey, faculty members were asked what factors were most important to the overall quality of a graduate program. In the other, they were asked to rate the quality of a sample of programs in their field.

The results, which took several years to analyze, show the number of programs evaluated in each field and the range in which Tech’s programs fall. In forest science, for example, 34 programs were compared, and Michigan Tech’s were ranked between 2nd of 34 and 23rd of 34.

“The results are not rankings,” said Jacqueline Huntoon, dean of the Graduate School. “The report tells us that there is a 90 percent chance that the ‘true’ ranking of each of our programs falls somewhere within the reported range.”

“The results do have some interesting implications,” Huntoon went on to say. “We found out what is most important to a good reputation–the number of PhDs graduated, the number of publications of the faculty, and the research awards received by faculty. The results clearly show that the reputation of a graduate program depends on its size.”

“That validates the direction in which Michigan Tech has been moving–making a conscious effort to grow its Graduate School programs,” Huntoon added.

She expressed concern that the NRC data is out of date. It was collected in 2006-07 and included data from 2001-02 to 2005-06.

“We aren’t the same university or the same graduate school we were then,” Huntoon noted. “In 2005, we only had 870 graduate students. Now we have 1,241. We have made a major commitment to growing our graduate school.” The new data will be useful as a benchmark to measure future progress at Michigan Tech, she said.

The last NRC graduate program assessment was conducted in 1995. It evaluated only three PhD programs at Michigan Tech: geosciences, mechanical engineering and physics.

by Jennifer Donovan, director of public relations

Published in Tech Today

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Alumni to Share Insights at Entrepreneurship and Technology Symposium Thursday

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Former Intel executive Dave House ’65 will moderate the Entrepreneurship and Technology Symposium, set for 4 p.m., Thursday, Sept. 30, in the M&M U115. All members of the University community are invited to ask questions and listen to the insights of a stellar panel made up largely of Michigan Tech alumni.

The panelists include eight entrepreneurs and technology leaders from health care, software, clean technology and solar energy. They will share their thoughts on the direction of technology and how Michigan Tech can leverage its talent and capabilities to capitalize on those trends through research and technology transfer.

Included in the panel is Shankar Mukherjee, an alumnus of the Graduate School.  Below is a brief biography:

Shankar Mukherjee ’86 is president and CEO of Dhaani Systems Inc. of Cupertino, Calif., which he founded in 2008 to produce energy-saving technologies for electronic systems. In 2000, he founded TeraBlaze, a company that provided switch fabric subsystems, and sold it four years later to Agere Systems. Previously, Mukherjee was an engineer and project leader with National Semiconductor and the vice president for engineering of LAN at Enable Semiconductor, a company that was acquired by Lucent.

For more information on the event, visit Tech Today.

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Fellow Tips for Writing Fellowship Essays

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Jared’s  top 3 tips for writing your fellowship essays:

1. Keep your research essay focused. It shows a certain amount of scientific maturity to be able to understand that your proposal consists of about 4 years of work (rather than 10-20).

2. Read the program announcement and know every detail. Pay close attention to formatting instructions (1 inch margins) and broader impacts criterion.

3. Have multiple professors read your essays, each faculty member will have a few really helpful tips. Professors will be brutally honest with you because they want to see you succeed–don’t take negative feedback personally. The trick is reconciling very positive reviews with very negative ones.

Find out what other fellows tips this Thursday, September 30th  at 7:00 in Fisher  133.

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The Hispanic College Fund Scholarship

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The Hispanic College Fund scholarship programs are currently open.

Eligibility Requirements –
Students must…

  • Must be of Hispanic heritage
  • U.S. citizen, permanent legal resident, or DACA 
  • Minimum of 3.0 GPA on a 4.0 scale (or equivalent) for high school students; minimum of 2.5 GPA on a 4.0 scale (or equivalent) for college and graduate students
  • Plan to enroll full-time in an accredited, public or not-for-profit, four-year university, or graduate school, in the US, for the 2022-2023 academic year
  • Submit the FAFSA or state-based financial aid forms (if applicable)

* Some HCF Programs also require that a student be pursuing a certain area of study.
* Students studying Computer Science, Computer Engineering, Pharmacy and Nursing are highly encourage to apply.

All applications can be found online.

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Rotary Foundation Scholarships

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Rotary Foundation Scholarships

Ambassadorial Scholarships Program of The Rotary Foundation is the largest privately funded international scholarships program. The program sponsors several types of scholarships for graduate students. While abroad, scholars serve as goodwill ambassadors to the host country and give presentations about their homelands to Rotary clubs and other groups. Upon returning home, scholars share with Rotarians and others the experiences that led to a greater understanding of their host country. For additional details, you may visit the Rotary Foundation website.

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