SUMMER UNDERGRADUATE RESEARCH FELLOWSHIP

S U R F ' 99
at Georgia Institute of Technology, Atlanta
June 16 to August 12, 1999

Click here for pictures of this event.

Sponsored by the National Science Foundation under the Research Experiences for Undergraduate Program Grant No. DMR-9820349 and the Georgia Institute of Technology. 

The Summer Undergraduate Research Fellowship (SURF’99) program at Georgia Tech was for undergraduate science and engineering students to experience hands-on participation in research in the multi-disciplinary field of Materials Science and Engineering. The program focussed on demonstrating "Structure-Property Correlation Across Length Scales."

The SURF’99 program involved the participation of 14 students from 11 institutions around the country, and included 4 female and 5 minority students. The average GPA of this class was 3.49. The students were selected from a total of 56 applicants. The overall average GPA of all applicants was 3.23. A total of 15 faculty from 5 different engineering programs at Georgia Tech were involved in mentoring the students. Each student received a $4,000 stipend. The students worked on a one-to-one basis with a faculty member, while interacting with post-doctoral fellows and graduate students in the group. The students attended weekly pizza-lunch meetings during which the participating faculty presented an overview of materials related research activities in their group. Field trips to different on-campus laboratories and materials companies in the Atlanta area (including Delta Airlines) were arranged. The students made a final poster and submitted a one-page extended abstract paper on their research work. The program provided the students an opportunity to work on major research projects and an experience that will assist them in their decision towards graduate school.

The following list gives the names of students and titles of research projects that they worked on under the mentorship of faculty in the different Science and Engineering programs at Georgia Tech, during the eight-week long SURF’99 program.

Mathew Galagher

Lehigh Univ

Quantitative evaluation of microstructural features using  digital image analysis and mathematical modeling
{Prof. Arun Gokhale, MSE)

Raymond  Kokotan

Georgia Tech

Creep deformation, crack growth, and fracture toughness of steel weldments and their correlation  with microstructure
{Prof. Ashok Saxena, MSE}

Reinhard Powell

Georgia Tech

Dynamic deformation  and fracture of icrostructurally-biased TiB2+Al2O3 ceramic
{
Prof.  Min Zhu ME and Prof.  Naresh Thadhani, MSE}

Lee  Spears

Georgia Tech

Maximizing energy dissipation  in composite structures through controlled progressive failure
{
Prof.  Erian Armanios, AE}

Mathew Sacs

Univ. of Buffalo

Quantitative evolution of sand structure adjacent to sand/ geo-membrane interfaces during shearing using image analysis {Prof.  David Frost,CE}

Daniel Ring

So. Dakota Tech

Protection of high temp alloys with ceramic coatings
{Prof. Janet Hampikian,  MSE}

Maria  Petrova

Univ. of Delaware

Optimization of turbine  engine performance via combustion-CVD applied coatings
{Prof. Brent Carter, MSE}

Leta Woo

Georgia Tech

Characterization of  microstructure and thermomechanical properties of SiC fibers for High Temperature Composites {Prof..  Michael Sacks, MSE}

Robin  Johnson

Clemson Univ

Fabrication and characterization of thin wall, uniform cell  size, metal hollow sphere foams
{Prof. Joe Cochran and Prof. Tom Sanders, MSE}

Michael  Vidal

Lafayette Univ

Characterizing imidazale type catalysts and epoxy resins for high performance no-flow underfills in flip-chip encapsulation
{Prof. C.P. Wong, MSE}

Michael  Thomas

Yale Univ.

Characterizing micro-  and macro-scopic deformation and aging kinetics of promising  lead-free and high temp solder alloys {Prof.  Rick Neu, ME}

Kristie Mahone

Georgia Tech

Fabrication of meso-porous materials and correlation of microscopic features with electrochemical/catalytic  properties {Prof. Meilin  Liu, MSE}

Veronica Nijagi

Clark Atlanta

Synthesis and properties of macromolecular systems containing cyclic molecules threaded onto linear segments
{
Prof. Haskell  Beckham, TFE}

Roderick Nelson

Southern Univ.

Synthesis of low-voltage phosphors for FED Applications {Prof. Norm Hill, MSE}

Return to Main Surf Page


Please fill out the appropriate form below to request more information about your future in MSE at Georgia Tech.
Graduate Students | Undergraduate Students

School of Materials Science & Engineering
Georgia Institute of Technology
771 Ferst Drive, N.W.
Atlanta, GA 30332-0245
Phone: (404) 894-3012
FAX: (404) 894-9140
E-mail: 

Last Modified: Friday, February 04, 2005
Comments:
 Copyright © 2004-2005 School of Materials Science & Engineering
 This page has been optimized for 800X600 resolution.
 
Legal Disclaimer & Credits

Georgia Tech Homepage