SUMMER UNDERGRADUATE RESEARCH FELLOWSHIP

S U R F 2000
at Georgia Institute of Technology, Atlanta
June 5 to August 3, 2000

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 2000) 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 focused on demonstrating "Structure-Property Correlation Across Length Scales."

The SURF’2000 program involved the participation of 13 students (5 females, 4 minorities) which were selected out of 54 Applicants. Their average GPA was 3.4, and they were majors of:AE-2, Chem-1, ChE-1, Civil-1, ME-2,  Biochemistry-1, and MSE-5, coming from Alfred U., U. of Rhode Island, Xavier U., Carnegie Mellon, Northwestern U., U. of Buffalo, U. of Delaware, and Georgia Tech. The students were mentored by faculty from following schools at Georgia Tech: AE-1, Chem-1, ChE-1, Civil-1, ME-2, and MSE-7.

Each student received a $4,200 stipend, and $400 for research expenses. 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 Lucent Technologies, Lockheed-Martin) were arranged. The students made a final oral presentation and submitted a one-page extended abstract paper on their research.

The following list gives the names of students, titles of research projects that they worked on, and names of their faculty mentors.

 

Student

Mentor

Project Title

Clarke, Joshua

Min Zhou, ME

2D and 3D Computer simulations of microstrucrutal effects on fracture resistance

Rice, Jeff

A. Abhiraman, ChE

Prediction of mechanical properties of high performance fiber assemblies

Saliba, Katie

Dave Collard, Chemistry

Building supermolecular structures in poly(ethylene terephthalate), PET

Andrew, Jennifer

C.P. Wong, MSE

Lead-free conductive adhesive for microelectronic applications

Chang, Carlos C.

R. Tanenbaum, MSE

Two and three dimensional self assembled supramolecular nanoparticles

Fortier, Lucas

E. Armanios, AE

Novel concept for joining composites

Irby, Melissa

M. Marek, MSE

Galvanic interaction between different orthopedic implant alloys

Miller, Herbert

Tom Sanders + J. Cochran, MSE

Ultra low density honeycomb structures

King, Scott W

Rick New, ME

Mechanical properties and their correlation with microstructure for lead-free solder alloys

Haney, Jennifer

Chris Summers, MSE

Synthesis and characterization of photonic crystals and glasses

Recalde, Manuel

David Frost, Civil Eng

Quantification of relative effects or roughness and hardness on machined surfaces

Laboy, Celestina

Rosario Gerhardt

Spectroscopic ellipsometry of multilater thin films

Lim, Choong

Joe Cochran

Improving Spray Coating of Sacrificial Cores for Processing Hollow Spheres as Pre-Focused Transducers

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