Tag: Materials Science and Engineering

Khana Khazana Goes to India for Lunch

This week’s Khana Khazana (food treasure), an ethnic lunch cooked by international students and served in the Memorial Union Food Court, will feature food from northern India. Lunch will be served from 11 a.m. to 1 p.m., Friday, Oct. 15.

The menu includes Chole Bhature (Indian fried bread with chickpea curry), Paneer Tikka (chunks of juicy Indian cheese known as paneer, grilled with vegetables) and Punjabi Lassi (sweetened yogurt).

The chef is Jaspreet Nayyar, a graduate student from Northern India who is pursuing a dual master’s degree in electrical engineering and materials science and engineering.

A full meal costs $6. Chole Bhature or Paneer Tikka a la carte is $3, and Punjabi Lassi a la carte costs $2.

Khana Khazana is a collaborative effort of international students and Dining Services. The campus and the community are welcome.

Published in Tech Today.

Inter-American Foundation (IAF) Grassroots Development Fellowship Program

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

Graduate Programs Assessed

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

Parade and Festival: ‘What a Great Day’

The Parade of Nations and the Multicultural Food and Music Festival graced the campus and community Saturday for the 21st time. It was a day on which different people did the same thing–celebrate diversity. The theme of the day: “Many Nations, One Heart.”

Bob Wenc summed up the doings, “It’s like a rainbow. So many different cultures, styles and stories.” He says Tech has about 700 international students from more than 70 countries, from Argentina to Zimbabwe. He worked on the event as a representative of International Programs and Services. He loves the work. “Exiting,” he said. “It makes me feel like I’m doing something for the community and the University. We all want to matter. This is my way.”

The parade wove through Hancock and Houghton like a ribbon. Flags danced. The native attire was gorgeous. The weather was windy with a fall chill in the air; the mood was calm and warm. Amid all the pageantry, the music was a clarion call for getting along.

Curbside, the little children watched in wonder. “This is great,” a retired elementary teacher said. “It’s good for our children–that they grow up accepting other cultures and sharing them. It helps to promote understanding.”

Abhijeet Vaidya, an Indian graduate student in mechanical engineering, has only been here a month. “I like it here very much,” he said. “It’s a very good place. It’s like home.” What does he want people to know about his culture? “Sacrifice. And respect for everybody.”

The Pep Band showed up in rousing full force–a wonderfully gaudy spectacle, accented by the trademark goofy hats that ranged from a sombrero to a witch’s hat to a stovepipe Mickey Mouse affair. Eric Anderson, a fifth-year student in civil engineering, plays the trombone. He is unabashedly upbeat about the Pep Band. “It’s something unique,” he said. “Other universities have their marching bands. We have the Pep Band. We’re able to do more things, and we have more fun.” He likes going beyond sport events and getting exposure in the community.

Tech’s Chris Anderson has been involved with diversity on campus for more than 20 years. The event, she said, “is a chance to embrace life and the things that make us similar. And we do it through music and food–the best ways to celebrate. It’s fun. It feels good.”

“It’s one of the highlights of the year,” said another observer. “I enjoy the parade. I enjoy the music. But it’s the food after.”

That food was served up in Dee Stadium. Sanchai Kuboon, a PhD student in MSE, is from Thailand. He said food is a marked characteristic of Thai culture. “We are proud of the variety of food in Thailand.” He says it is especially spicy. He was serving up beef curry; a sweet drink made with the longan fruit; and stir-fried noodles.

Another salient feature of Thai life, he said, is martial arts. And a third is respect for others, manifested in part by the Thai way of greeting people: hands together, as in prayer, and a bow. Kuboon summed up these cultural characteristics as “riches.” He likes Tech and Houghton. “You treat us as we are at home.”

Iltesham Z Syed, an Indian PhD student in ME-EM, manned a food station set up by the Muslim Student Association. He was serving up haleem, a combinaion of wheat, meat, and Indian spices, and an “Arabian dessert”–baklava. Proceeds will be donated to the flood victims in Pakistan.

Syed is from Mumbai, a city of 16 million. “I love this place,” he said Houghton. “I love country life.” He’s been here three years. He spoke of his religion: “My message is clear. It’s peace. It’s equality. It’s friendship.” He laments extremism in the culture. “I feel sad about this. This is not what we believe in. This is not what we preach. What we want is for everyone to live together in complete harmony.” He wears a sherwani, a nearly full-length, tan tunic with a Nehru collar. He says he only wears it on special occasions.

The marching band of Cass Technical High School from Detroit had Dee Stadium throbbing. 30 band members, 11 energetic dancers. Sharon Allen, director, said it was an honor to be involved in “cultural sensitivity–all nations getting along peaceably.”

Madeline Mercado Voelker, coordinator of Hispanic/Latino Outreach, is from Puerto Rico and has worked on this event since 1999. “What a great day,” she exclaimed. Amid all the nations, the local community stands out, too, she said. “I never felt like a minority here,” she said. “This is home. It’s a beautiful place. I wouldn’t change it for anything.” She knows a graduate who moved back to Puerto Rico; his wife is having a hard time readjusting to city life. “The UP stays in your heart wherever you go,” she said.

by John Gagnon, promotional writer

Published in Tech Today

First In Series of Federal Funding Workshops – Sept 15th and 16th.

A federal fellowship/scholarship writing workshop will be held on Wednesday, September 15th  and Thursday, September 16th at 4:00 in Fisher 135.

You will only need to attend one of the workshops, as they are the same workshop, different days and time.

During the workshop we will review 3 samples of NSF GRFP personal statement essays. Tips will be given on how to organize your essay, utilize wording, and meet the merit criteria expected by reviewers

Prepare for the workshop by:

1. Understanding how NSF defines “broader impacts”

2. Brainstorming answers to NSF “personal statement” questions


    If you (or someone you know) plan on attending, please RSVP to Jodi Lehman (jglehman@mtu.edu).

    PCA Inducts New Members and Honor Students

    On Friday, April 16, nine alumnae were inducted into the Presidential Council of Alumnae (PCA). In addition to the nine new inductees, 30 PCA members were also on campus for their annual business meeting April 14-16.

    The PCA advises the President on campus climate issues, provides suggestions for enhancing the University’s environment for students, and assists the President by identifying programs and activities that will benefit Michigan Tech. PCA works with the Office of Institutional Diversity, the Advancement area and the academic departments to help implement their ideas and support the University’s strategic plan.

    The inductees are as follows:

    • Nancy A. Auer (Arnold), Biological Sciences, ’95 (PhD Alumna Graduate)
    • Ellen M. Bauman (Barrett), Electrical Engineering, ’90 and ’93 (MS Alumna Graduate)
    • Elzbieta G. Berak, Civil Engineering, ’81, Engineering Mechanics, ’85 (PhD Alumna Graduate)
    • Michelle-Anne Christensen (Irmen), Geological Engineering, ’84, Civil Engineering, ’86
    • Kathleen Haselmaier (Calder), Computer Science, ’84
    • Wendy L. Kram (Davidson), Mechanical Engineering, ’91
    • Catherine A. Leslie (Kuchta), Civil Engineering, ’83
    • Barbara K. Lograsso (Kiiskila), Metallurgical Engineering, ’80 and ’82, Metallurgical and Materials Science, ’91 (MS, PhD Alumna Graduate)
    • Erin A. Zimmer (Atwell), Chemistry, ’98

    Another component of the PCA program includes the annual Women of Promise awards. This award recognizes current female students from each academic department who go above and beyond what is expected of them in terms of being a well-rounded student. The award goes to students who have demonstrated academic achievement, campus and community leadership, good citizenship, creativity and other characteristics of high-achieving individuals.

    The honorees are as follows:

    • Anne E. Aho, Social Sciences
    • Ashley N. Benjamin, School of Technology
    • Kaitlyn J. Bunker, Electrical and Computer Engineering
    • Danae N. Danen, Mathematical Sciences
    • Heather L. Dickey, Computer Science
    • Andrea Dixon, Geological and Mining Engineering and Sciences
    • Roxane Gay, Humanities (PhD Alumna Candidate)
    • Krista M. Kasuboski, Exercise Science, Health and Physical Education
    • Chelsea R. Leighton, Visual and Performing Arts
    • Britta C. Lundberg, Material Science and Engineering
    • Amanda L. Malburg, Civil Engineering
    • Jaclyn E. Nesbitt, Mechanical Engineering-Engineering Mechanics (MS Alumna Graduate,  PhD Candidate)
    • Annie L. Putman, Chemistry
    • Leslie M. Sabbann, Mechanical Engineering-Engineering Mechanics (undergraduate)
    • Erin M. Scanlon, Physics
    • Alison J. Springer-Wilson, Chemical Engineering
    • Danielle M. Stoll, Biomedical Engineering
    • Anna A. Uhl, Biological Sciences
    • Donieka R. Walker, Cognitive and Learning Sciences
    • Katherine R. Waring, Environmental Engineering
    • Jill C. Witt, School of Forest Resources and Environmental Science (PhD Alumna Candidate)
    • Katie L. Wysocky, School of Business and Economics

    Published in Tech Today

    Four Michigan Tech Graduate Programs Rank in Top 50 Nationwide

    Graduate school rankings released by US News and World Report today rank four of Michigan Tech graduate engineering programs in the top 50 nationwide. The annual rankings evaluated graduate programs in 192 schools of engineering.

    Michigan Tech’s ranked engineering programs included:
    • Environmental engineering–28th
    • Mechanical engineering–48th
    • Materials science and engineering–48th
    • Civil engineering–49th

    Tech’s College of Engineering overall ranked in the top 100, at 86th.

    For the first time this year, US News and World Report also ranked biological sciences, chemistry, computer science, earth sciences, mathematics and physics. Earth sciences at Michigan Tech ranked in the top 100, at 81st. Physics ranked 122nd, and biological sciences, 207th.

    “This year’s rankings really show that competition for the ‘top 50′ is increasing. We are neck-and-neck with some very strong programs” said Jackie Huntoon, dean of the Graduate School.

    Each year, US News and World Report ranks graduate schools of engineering, business, the sciences, the humanities and social sciences, medicine and other health specialties, law and education. They base these rankings on two types of data: expert opinions by the programs’ peers and statistical indicators of program quality. The data come from surveys conducted in the fall of 2009 of more than 12,400 academics and professionals and more than 1,200 graduate programs.

    Engineering specialties are ranked solely on the basis of assessments by department chairs in each specialty. The American Society for Engineering Education recommends the department chairs to be surveyed.

    The rankings will be featured in the May 2010 issue of US News and World Report, scheduled to be on the newsstands on April 27. A guidebook called “America’s Best Graduate Schools” will be available for purchase on April 20.

    Information is also available online at www.usnews.com/grad .

    Award Recipients Announced for NSF Graduate Research Fellowship Program

    The results of the 2010 National Science Foundation Graduate Research Fellowship Program (GRFP) competition have been announced. Michigan Tech applauds six of its student applicants who received Fellow Awards this year:

    • Kaitlyn (Reed) Bunker (Electrical Engineering)
    • Nicole Colasacco-Thumm (Geosciences/Climate Dynamics)
    • Jared Cregg (Biomedical Engineering)
    • Ashley Thode (Civil Engineering)
    • Eli Vlaisavljevich (Bioengineering)
    • Samantha Wojda (Biomedical Engineering)

    Fellows benefit from a three-year annual stipend of $30,000 along with a $10,500 cost of education allowance for tuition and fees, a one-time $1,000 international travel allowance and the freedom to conduct their own research at any accredited US or foreign institution of graduate education they choose.

    Six Michigan Tech students were recognized with honorable mention:

    • Sarah Gray (Biomedical)
    • Katherine Becker (Materials Science)
    • Brian Devree (Biology)
    • Katelyn FitzGerald (Geological Engineering, graduate student)
    • Joseph Licavoli (Engineering – Metallurgical, graduate student)
    • Peter Radecki (Mechanical Engineering)

    As the oldest graduate fellowship of its kind, the GRFP has a history and reputation of selecting recipients who achieve high levels of success in their future academic and professional careers. To be eligible for the NSF GRFP, students must:

    • be a US citizen, US national or permanent resident alien
    • be in a research-focused Master’s or PhD program in an NSF-supported field
    • be in the final year of an undergraduate program, first year graduate student or first semester of second year in graduate school (no more than 12 months of graduate courses).

    An informative session on applying to the 2011 NSF GRFP will be held at 6 p.m., Wednesday, April 14, in Fisher 130. Contact Jodi Lehman for more information.

    Alumnus Endows Bhakta Rath Research Award

    When Bhakta B. Rath was earning his master’s degree in metallurgical and materials engineering at Michigan Tech in 1958, the US was an undisputed world leader in science and technology. Now he’s the associate director of research and head of the Materials Science and Component Technology Directorate at the US Naval Research Laboratory, and Rath worries about a declining interest in this country in studying science and technology.

    So he and his wife, Sushama Rath, have endowed the Bhakta Rath Research Award to motivate Michigan Tech faculty and doctoral students to conduct the kind of research that will meet the nation’s needs and the challenges of emerging technologies. The annual award will be $2,000, split between a graduate student and his or her faculty advisor.

    Rath’s gift supports the strategic direction of Michigan Tech: to grow and strengthen its research enterprise and graduate program.

    Published in Tech Today

    Safer Helmet, Safer Head

    Michigan Tech Team Takes Its Award-winning Invention to San Francisco Inventors Expo

    by Jennifer Donovan, director of public relations

    In the heat of a football game, a player is tackled and pounded to the ground. His head takes a mighty sideways whack. What happens next–a concussion or some other kind of traumatic brain injury–is rarely good.

    Now a team of inventive engineering students from Michigan Tech has designed a new and promising protective layer for sports and motorcycle helmets. They used the human head itself as a model for building a helmet lining that mimics the body’s own tricks for deflecting blows to the head. For example, the scalp, designed for redirecting oblique impacts; the skull, for absorbing normal impacts; and the cerebral spinal fluid, for dampening the final impact on the brain.

    The team was one of 16 chosen from more than 200 colleges and universities to introduce their invention at a national inventors conference in San Francisco this week. Michigan Tech undergraduates and graduate students will be demonstrating a prototype Enhanced BioMorphic (EBM) helmet layer at March Madness for the Mind, sponsored by the National Collegiate Inventors and Innovators Alliance (NCIIA) and Inventors Digest magazine at the Exploratorium science museum.

    In their prototype, they simulate the skull with a light composite sandwich shell, the scalp with thin elastic discs, and the spinal fluid with a soft padding system. The protective layer can be inserted into a helmet in addition to the regular helmet liner. It protects the head inside the helmet against both oblique and normal impacts.

    “Normal helmets are designed for direct, straight-on impact,” explains Wayne Bell, a graduate student at Michigan Tech and helmet team member. “They aren’t designed to protect against rotational acceleration, even though ‘normal’ impacts in football often involve rotation.”

    In an online competition, viewers have already voted a two-minute video about the helmet produced by Michigan Tech’s team one of the top three videos of student inventions. The top three videos will be shown today. A panel of independent reviewers and NCIIA and Inventors Digest staff will choose the winning video, and a People’s Choice Award will be presented to the team that receives the most votes from conference attendees.

    The Michigan Tech team and advisor Gopal Jayaraman, a professor of mechanical engineering-engineering mechanics at Michigan Tech, have been designing, building, testing and refining prototype helmets for several years. Their latest prototype has passed drop-test standards set by the National Operating Committee on Standards for Athletic Equipment (NOCSAE), preventing damage at 155 times the force of gravity (155 g’s), the maximum load the brain can take without sustaining injury. They are also evaluating their invention using a mathematical model that enables them to optimize performance based on the properties of the materials they use.

    Michigan Tech’s Technology and Economic Development Office is working with the students to patent and license the new helmet technology. They hope to license their invention to a commercial sports equipment manufacturer, paving the way for a full-fledged athletic equipment research center at Michigan Tech.

    Sponsors of the helmet research and development are Michigan Tech’s Mechanical Engineering-Engineering Mechanics, Athletics, and Exercise Science, Health and Physical Education Departments; the Michigan Universities Commercialization Initiative; and NCIIA.