Tag: Electrical Engineering

New Theses and Dissertations in the Library

The Graduate School is pleased to announce the arrival of new theses and dissertations from our recent graduates in the J. R. Van Pelt Library and John and Ruanne Opie Library.  The names of our graduates, their degrees, advisors, and titles of their research are listed below.

Himanshu Bahirat
Master of Science in Electrical Engineering
Advisor: Bruce Mork
Thesis title: Transient Recovery Voltages in Shunt Capacitor Bank Installations

Shu Wei Goh
Master of Science in Civil Engineering
Advisor: Zhanping You
Thesis title: Development of Specifications for the Superpave Simple Performance Tests

Nicholas Peterson
Master of Science in Electrical Engineering
Advisor: Michael C Roggemann
Thesis title: Pulse Polarization Radar for Determining Spatial and Material Information about a Target in Orbit


New Theses and Dissertations in the Library

The Graduate School is pleased to announce the arrival of new theses and dissertations from our recent graduates in the J. R. Van Pelt Library and John and Ruanne Opie Library.  The names of our graduates, their degrees, advisors, and titles of their research are listed below.

Joshua Carlson
Master of Science in Chemical Engineering
Advisor: Surendra K Kawatra
Thesis title: Effects of Particle Shape, Particle Size, Composition and Zeta Potential on Filtration at an Iron Ore Concentrator

James Diaz-Gonzalez
Doctor of Philosophy in Mechanical Engineering-Engineering Mechanics
Advisor: Gordon G Parker
Dissertation title: Closed Loop Docking with a Nearly Periodic Moving Target

Mark Griep
Doctor of Philosophy in Mechanical Engineering-Engineering Mechanics
Advisor: Craig R Friedrich
Dissertation title: Quantum Dot / Optical Protein Bio-Nano Hybrid System Biosensing

Cameron Hartnell
Doctor of Philosophy in Industrial Heritage and Archaeology
Advisor: Patrick E Martin
Dissertation title: Arctic Network Builders: The Arctic Coal Company’s Operations on Spitsbergen and its Relationship with the Environment

Jill Jensen
Doctor of Philosophy in Chemical Engineering
Advisor: David R Shonnard
Dissertation title: Cellulosic Ethanol: Optimization of Dilute Acid and Enzymatic Hydrolysis Processing of Forest Resources and Switchgrass

Parimal Kar
Doctor of Philosophy in Physics
Advisor: Ulrich Hans Ewald Hansmann
Dissertation title: Proteins in Silico-Modeling and Sampling

Robert Lothschutz
Master of Science in Civil Engineering
Advisor: Jacob Eskel Hiller
Thesis title: Back-Calculation of Effective Built-In Temperature Difference in Jointed Plain Concrete Pavement

Lisa Rouse
Master of Science in Forest Molecular Genetics and Biotechnology
Advisor: Andrew J Burton
Thesis title: Early season ozone uptake is important for determining ozone tolerance in two trembling aspen clones

Tara Swanson
Master of Science in Mechanical Engineering
Advisor: Craig R Friedrich
Thesis title: Titanium Surface Morphologies and their Effect on Vancomycin Loading and Release Profiles for Orthopedic Applications

Xuexia Wang
Doctor of Philosophy in Mathematical Sciences
Advisor: Shuanglin Zhang
Dissertation title: Genetic Association Studies Considering LD Information and Genome-Wide Application

Wei Wang
Doctor of Philosophy in Electrical Engineering
Advisor: Timothy J Schulz
Dissertation title: Estimation of the Degree of Polarization through Computational Sensing

Andrew Willemsen
Master of Science in Mechanical Engineering
Advisor: Mohan D Rao
Thesis title: Objective Metric for Assessing the Perceived Annoyance of Impulsive Sounds

Ziyou Zhou
Doctor of Philosophy in Engineering Physics
Advisor: Miguel Levy
Dissertation title: Metal-Oxide Film and Photonic Structures for Integrated Device Applications


Radio Signals, Diabetes, and Beavers: Just Another Graduate Research Colloquium

by Dennis Walikainen, senior editor

Graduate students from across campus trotted out their research and explained the unexplainable at the latest Graduate Research Colloquium held at the Memorial Union Building, with more 25 posters accompanying the two days of presentations.

Suryabh Sharma, graduate student in electrical and computer engineering, discussed his work, which might not see the light of day for 20 to 25 years. His work is guided by Associate Professor Gerry Tian.

Realizing that the spectrum of open radio signals is finite, in both frequency and bandwith, there needs to be “cognitive radio networks” developed.

“These will be able to use a part of the spectrum at a certain time that is un-utilized or underutilized, based on time or space,” Sharma says.

Cell phones, for example, will have to be developed with enough computing ability to find these unused frequencies. Sharma’s project was to calculate the probability of success, with best and worst case scenarios, in an algorithm: “gathering data and making it meaningful data.”

His answer? “It is feasible.”

So, someday, we’ll never have to worry about not being able to connect to the wireless grid, in theory.

Nearby, physics graduate student Archana Pandey was describing how implantable nano-devices could be used as glucose sensors in diabetics. In addition to helping people stay healthy, Pandey has discovered an additional benefit.

“Miniature biofuel cells could also be implanted and convert glucose from the initial nanodevice into energy,” she says.

This could be especially helpful to diabetics, who sometimes lack energy, and that impacts their eating habits, Pandy adds.

One problem: the devices work fine when cooled, but body temperatures are too hot. But, she is still working on it with help from teammates Abhishek Prasad, Jason Moscatello and Abhay Singh, and advisor Yoke Kin Yap.

“I inherited my work,” says Mark Romanski of forest resources. And famous work it is: research on the habitants of Isle Royale, in this instance, beavers.

Continuing work of Rolf Peterson, John Vucetich and others, Romanski actually looked at how data is collected on the beaver populations. It is a classic research quandary: how do we know the numbers are accurate? Romanski looked at “double-count surveys,” where two researchers will both attempt to count the same population of a species. Beginning his work in 2006, he discovered a large discrepancy in numbers of beavers counted previously.

“We used smaller aircraft in later surveys than they did in earlier ones,” he said. “When our numbers came back much lower in the planes that should allow for more-accurate sightability–slower speeds and lower flights–we realized that sightability from the larger planes was grossly overestimated.”

More than a study of how to study, then, Romanski’s work helps complete the puzzle of the complicated ecosystem on the island.

He also included a couple of tidbits: moose and beaver have a similar appetite for foliage, and wolves have an appetite for beaver.

“They wait near their lodges until they come out,” he says. “They know where they live.”

Published in Tech Today.


Radio Signals, Diabetes, and Beavers: Just Another Graduate Research Colloquium

Graduate students from across campus trotted out their research and explained the unexplainable at the latest Graduate Research Colloquium held at the Memorial Union Building, with more 25 posters accompanying the two days of presentations.

Suryabh Sharma, graduate student in electrical and computer engineering, discussed his work, which might not see the light of day for 20 to 25 years. His work is guided by Associate Professor Gerry Tian.

Realizing that the spectrum of open radio signals is finite, in both frequency and bandwith, there needs to be “cognitive radio networks” developed.

“These will be able to use a part of the spectrum at a certain time that is un-utilized or underutilized, based on time or space,” Sharma says.

Cell phones, for example, will have to be developed with enough computing ability to find these unused frequencies. Sharma’s project was to calculate the probability of success, with best and worst case scenarios, in an algorithm: “gathering data and making it meaningful data.”

His answer? “It is feasible.”

So, someday, we’ll never have to worry about not being able to connect to the wireless grid, in theory.

Nearby, physics graduate student Archana Pandey was describing how implantable nano-devices could be used as glucose sensors in diabetics. In addition to helping people stay healthy, Pandey has discovered an additional benefit.

“Miniature biofuel cells could also be implanted and convert glucose from the initial nanodevice into energy,” she says.

This could be especially helpful to diabetics, who sometimes lack energy, and that impacts their eating habits, Pandy adds.

One problem: the devices work fine when cooled, but body temperatures are too hot. But, she is still working on it with help from teammates Abhishek Prasad, Jason Moscatello and Abhry Singh, and advisor Yoke Kin Yap.

“I inherited my work,” says Mark Romanski of forest resources. And famous work it is: research on the habitants of Isle Royale, in this instance, beavers.

Continuing work of Rolf Peterson, John Vucetich and others, Romanski actually looked at how data is collected on the beaver populations. It is a classic research quandary: how do we know the numbers are accurate? Romanski looked at “double-count surveys,” where two researchers will both attempt to count the same population of a species. Beginning his work in 2006, he discovered a large discrepancy in numbers of beavers counted previously.

“We used smaller aircraft in later surveys than they did in earlier ones,” he said. “When our numbers came back much lower in the planes that should allow for more-accurate sightability–slower speeds and lower flights–we realized that sightability from the larger planes was grossly overestimated.”

More than a study of how to study, then, Romanski’s work helps complete the puzzle of the complicated ecosystem on the island.

He also included a couple of tidbits: moose and beaver have a similar appetite for foliage, and wolves have an appetite for beaver.

“They wait near their lodges until they come out,” he says. “They know where they live.”


Dean’s Fellowship Recipients Announced

The Graduate School is pleased to announce it’s inaugural group of Dean’s Fellows.  These students began their doctoral studies in 2009, and have received a supplement to their stipend and summer support.

The following PhD candidates have received a one-time award:

  • Carol A. Engelmann, Geology
  • Weston H. Thomas, Electrical Engineering
  • Michael D. Via, Chemical Engineering

The fellowships are made possible by the Graduate School and the Class of 1950.

Application procedures for the Graduate School fellowship programs and photographs of recent recipients can be found online.   Nominations are currently open for Finishing Fellowships and Dean’s Fellowships.

If you have any questions, contact Debra Charlesworth.


Facebook Launches Fellowship Program to Promote Social Computing Research

Facebook Fellowship Program

Every day Facebook confronts the most complex technical problems and we believe that close relationships with the academy will enable us to address many of these problems at a fundamental level and solve them. As part of our ongoing commitment to academic relations, we are pleased to announce the creation of the Facebook Fellowship program to support graduate students in the 2010-2011 school year.

We are interested in a wide range of academic topics, including the following topical areas:

  • Internet Economics: auction theory and algorithmic game theory relevant to online advertising auctions.
  • Cloud Computing: storage, databases, and optimization for computing in a massively distributed environment.
  • Social Computing: models, algorithms and systems around social networks, social media, social search and collaborative environments.
  • Data Mining and Machine Learning: learning algorithms, feature generation, and evaluation methods to produce effective online and offline models of behavioral signals.
  • Systems: hardware, operating system, runtime, and language support for fast, scalable, efficient data centers.
  • Information Retrieval: search algorithms, information extraction, question answering, cross-lingual retrieval and multimedia retrieval

Eligibility Criteria

  • Full-time Ph.D. students in topical areas represented by these fellowships who are currently involved in on-going research.
  • Students must be studying Computer Science, Computer Engineering, Electrical Engineering, System Architecture, or a related area.
  • Students must be enrolled during the academic year that the Fellowship is awarded.
  • Students must be nominated by a faculty member.

For more information about application/faculty nomination process visit: http://www.facebook.com/careers/fellowship.php


Fusion Energy Sciences Fellowship Program

Description: Offers talented students the opportunity to engage in the study and research of fusion energy sciences and technology, while fostering practical work experiences at recognized research facilities. Provides incentive and support to students as they continue their education in graduate school and prepare for careers in fusion energy.

Discipline(s): physical sciences; engineering; mathematics; related scientific disciplines

Eligibility: U.S. Citizens and Legal Permanent Residents. Undergraduate seniors; bachelor’s recipients; and first and second year graduate students at the time of application

Location(s): Various locations across U. S. Participating universities with practicums at various U.S. Department of Energy research facilities

Duration: Maximum 36 months with annual renewal

Deadline(s): January 31

Benefits: $24,000 annual stipend and full payment of tuition and fees; $750 per month practicum allowance; opportunity to attend professional meetings and to participate in long-term graduate research ad DOE fusion research facilities.

Funding source(s): U.S. Department of Energy, Office of Fusion Energy Sciences

How to apply: Application materials available at http://www.orau.gov/fusion.


Predoctoral STEM Awards

The Association for Women in Science offers $1000 awards for women pursuing PhDs in the STEM fields.  Four categories of awards are available:

  • Predoctoral Award
    For a female graduate student who has advanced to PhD candidacy studying in any STEM field except Physics (
  • Schutzmeister Award
    For a female predoctoral student who has advanced to PhD candidacy studying Physics
    The Schutzmeister Award has a separate application process managed by Dr. Gerald Hardie at Western Michigan University. Do not use the materials on this site. To request application forms contact Dr. Hardie at gerald.hardie@wmich.edu.
  • Satter Award
    For a female predoctoral student who has interrupted her career for three or more years to raise a family
    The Satter Award application includes an additional document provided by the applicant’s graduate department certifying that you meet the Satter criterion.
  • Filner Award
    New this year, this award honors Barbara Filner, a long-time active AWIS member who served as President of National AWIS, and as President of the AWIS Educational Foundation for ten years. This award is given to a predoctoral student who has advanced to PhD candidacy and has participated in activities, such as mentoring and organizing workshops, that encourage women to pursue careers in science and related fields. The application process includes an additional document (up to 700 words) reviewing activities to help women achieve their career goals.

Fall 2009 Finishing Fellowship Recipients

The Graduate School has awarded its Finishing Fellowships for fall 2009.

The following PhD candidates have received a one-time finishing fellowship:

  • Venkat K. Donuru, Chemistry
  • Valerie J. Fuchs, Environmental Engineering
  • Steven Johnson, Chemistry
  • Sarah N. Kiemle, Biological Sciences
  • Mark D. Rowe, Environmental Engineering
  • Madhana Sunder, Materials Science and Engineering
  • Zhonghai Wang, Electrical Engineering
  • Jill C. Witt, Forest Science

The fellowships are made possible by the Graduate School.

Application procedures for finishing fellowships, photographs of recent recipients, and descriptions for all of the school’s fellowship programs can be found on the Graduate School’s web page.


National Research Council Research Associateship Programs

NCR Research Associateship Programs

The mission of the NRC Research Associateship Programs (RAP) is to promote excellence in scientific and technological research conducted by the U. S. government through the administration of programs offering graduate, postdoctoral, and senior level research opportunities at sponsoring federal laboratories and affiliated institutions.

In these programs, prospective applicants select a research project or projects from among the large group of opportunities listed on this website.  Prior to completing an application, prospective applicants should contact the proposed Research Adviser to assure that funding will be available if their application is recommended by NRC panels.  Once mutual interest is established between a prospective applicant and a Research Adviser, an application is submitted through the NRC WebRap system.  Reviews are conducted four times each year and review results are available approximately 6-8 weeks following the application deadline.

Prospective applicants should read carefully the details of the program to which they’re applying.  In particular, note eligibility details.  Some laboratories have citizenship restrictions (open only to U.S. citizens and permanent residents) and some laboratories have research opportunities that are not open to senior applicants (more than 5 years beyond the PhD).  When searching for research opportunities you may limit your search to only those laboratories which match your eligibility criteria.  In addition, note the application deadlines as not all laboratories participate in all reviews.

How to Apply

Contact Jodi Lehman (jglehman@mtu.edu) if interested in applying.