Students apply advanced technology to tackle challenges

 
 
 

Summer Institute teaches skills to future computational scientists

Columbus, Ohio (June 22, 2011) – Sixteen outstanding high school students have been selected to attend Summer Institute 2011, where they will spend two weeks detecting new comets for NASA, programming autonomous robots, and tracking a pandemic flu virus for health officials.



The 22nd class of SI students was chosen for the annual residential STEM enrichment program of the Ohio Supercomputer Center (OSC), held this year from July 10-22 on the campus of The Ohio State University (OSU).



Throughout the intensive, two-week program, the Ohio high school freshmen, sophomores and juniors will engage in university-level research on OSC’s advanced computer systems, while interacting with scientists who lead tours of their labs and supervise the sponsored research being conducted by students.



“Our program has become much more applications-based over the year, in order for students to understand their projects’ applicability to academic and industrial research,” said Alan Chalker, Ph.D., SI director. “The Summer Institute provides a support system for the state’s best and brightest students, offering them an incredible opportunity to further develop their career skills during the program and beyond.”



Working in four project teams, the students solve practical, yet complex, science and engineering problems. In the process, they develop and apply fundamental computing skills, in areas such as programming languages and techniques, operating systems and visualization. The four teams will focus on:

  • Obstacle Avoidance Roomba. The team will standardize the precision and speed of a Roomba, an autonomous vehicle used for vacuuming. This project is sponsored by OSU and the National Science Foundation’s Cyber-Physical Systems (CPS) Program.
  • Image Processing. This group will locate comets in sun observation images from the Solar and Heliospheric Observatory spacecraft. SOHO is a cooperative mission between the European Space Agency and NASA.
  • Biomechanical Regulation of Cellular Signaling and Organization. The team will determine how cells communicate with each other and with collagen fibers to grow new tissue in the leg.
  • Molecular Dynamics of the Bird Flu Virus. This group will explore one of the scientific approaches that researchers use to study the avian influenza virus for early diagnosis, treatment and prevention of the disease.

During a final ceremony, the students will present their findings to an audience of scientists, OSC staff, key stakeholders and parents.



“[SI is] an excellent place to learn how to be a computational scientist,” stated Tom Shkurti, an Upper Arlington High School student who worked on the Roomba project last year. “I gained a renewed appreciation for what people in the artificial intelligence field have to deal with in terms of handling unexpected situations and understanding how you can make a machine mimic the natural thinking process of a human.”





http://www.osc.edu/SI

 

EDITORS: The following identifies the students selected for SI. The list is arranged by last name and identifies the high school each attends and his or her hometown.



Neil Bhuta, Dublin Scioto High School, Dublin

Vivek Chhabria, Olentangy Liberty High School, Powell

Benjamin Fair, Hilliard Darby High School, Hilliard

Zachery Farmer, Anderson High School, Cincinnati

Ann Gailliott, Clinton-Massie High School, Blanchester

Evren Gokcen, Lincoln High School, Gahanna

Anthony Hseih, Hawken Upper School, Aurora

Aravind Kalluri, North Olmsted High School, North Olmsted

Daniel Moran, Minerva High School, Minerva

Ishan Paranjpe, Miami Valley High School, Centerville

Manish Paranjpe, Miami Valley High School, Centerville

Alex Revnew, St. Ignatius High School, Chagrin Falls

Sachin Radraraju, Olentangy Liberty High School, Powell

Kevin Yuh, Upper Arlington High School, Columbus

Yiran Zhang, Beavercreek High School, Beavercreek

Michael Zoller, Bellbrook High School, Dayton

 

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About the Ohio Supercomputer Center: The Ohio Supercomputer Center (OSC) is a catalytic partner of Ohio universities and industries, providing a reliable high performance computing and high performance networking infrastructure for a diverse statewide/regional community including education, academic research, industry, and state government. Funded by the Ohio Board of Regents, OSC promotes and stimulates computational research and education in order to act as a key enabler for the state's aspirations in advanced technology, information systems, and advanced industries. For more, visit www.osc.edu .