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For 10 weeks, Kaiser focused his time on ensuring the air and ground data gathered from ARES, a computerized system flown on an aircraft, was accurate. Students in the program conduct research at a variety of federal research facilities across the U.S., such as the Remote Sensing Laboratory (RSL) of National Security Technologies, LLC (NSTec), where Kaiser was stationed.
For the days without test flights, most of Kaiser’s time was spent writing Python code to accurately perform the data analysis.
“I really enjoyed the opportunity to work with professional scientists at NSTec and it was exciting to contribute to the testing process,” Kaiser said.
On his return back to Elon University, Kaiser plans to begin research on his honors thesis which will span the next two years.
After graduation, he hopes to enter a doctoral program to earn a degree in physics.
Broadly, we solicit work that aids in in our academic understanding of social systems and human behavior.
After careful review by our referees and discussion among the editorial staff, we publish the work that we find particularly well-executed, interesting, and innovative.is a semi-annual, peer-reviewed publication for undergraduates.Students engage in research within a variety of contexts, from honors theses to research assistantships, from independent study to term papers.is supported by the Stanford Economics Association (SEA), a student-run organization, and by the Stanford Institute for Economic Policy Research, which researches and publishes at the intersection of economics and governance.is the leading undergraduate research journal in economics.“Also since I’m unsure of whether I want my physics career to be in academia or the government, this was a great way to experience working in a federal lab environment, and see if it was something I would want to do in the future.” Because of all of the coding involved in his ARES research project, Kaiser improved upon his Python programming skills, learned Microsoft Visual Basic for Applications in Excel, and gained general knowledge of data analysis, aerial detection systems, and different computer operating systems.As an additional part of the program, he even took two different radiological training courses to certify him for safe entry into radioactive areas and to handle sealed radioactive sources.A typical day for Kaiser revolved around whether ARES was being flown or not.If it was a flight day, ARES flew in the morning and afternoon and data was taken from it and the other radiation sensors at both times.In collaboration with his mentors, senior scientist Russell Malchow, Jr., Ph. D., Kaiser created diagnostic software using Python, which could extract land and sky data from ARES and compare it against existing radiation mapping software to ensure quality control of the data.The program enabled the ARES radiation researchers to immediately spot any potential issues with the data and address the problem.