diff --git a/_includes/people.html b/_includes/people.html index 0d0161b..d9d669c 100644 --- a/_includes/people.html +++ b/_includes/people.html @@ -4,12 +4,12 @@
Associate Professor in the Department of Computer Science and Electrical Engineering,Adjunct Assistant Professor in the Department of Physics and Astronomy
Dr. Bandura's research interests lie in uncovering the mysteries of the universe, with a particular focus on gaining a deeper understanding of Dark Energy, which is the term used to describe the force behind the accelerated expansion of our cosmos. This pursuit has driven him to concentrate on constructing wide-field survey Radio Astronomy instruments, like CHIME, to enhance our comprehension of the universe.
@@ -20,45 +20,45 @@Doctoral Research Assistant
-Kalyani's research interests are the field of radio astronomy instrumentation, with a primary focus on fast radio bursts, 21-cm cosmology, noise calibration, and beam characterization.
+Ph.D. Student
+Research focus on digital calibration.
Doctoral Research Assistant
-Dylan's research interests are in the field of radio astronomy instrumentation, with a primary focus on fast radio bursts, 21-cm cosmology, cyclostationary signal processing, and RFI mitigation.
+Ph.D. Student
+Research focus on RFI mitigation.
Masters Research Assistant
-Kholoud's research interests are in the field of radio astronomy instrumentation, with a primary focus on the analog signal processing chain.
+M.S. Student
+Research focus on the analog signal processing chain.
Masters Research Assistant
-Christian's research interests are in the field of radio astronomy instrumentation, with a primary focus on antenna characterization.
+M.S. Student
+Research focus on antenna characterization.
CHIME/FRB Outrigger fabrication, assembly, and installation. FPGA development. Signal processing development.
+Project focus on FPGA development.
Summer 2024 NSF REU participant
+Summer 2024 NSF REU participant.
Dissertation: "Applications of Digital Filters in Radio Astronomy"
+Dissertation: "Pathfinding Fast Radio Bursts Localizations using Very Long Baseline Interferometry"
+Ph.D. Dissertation: "Applications of Digital Filters in Radio Astronomy"
+Ph.D. Dissertation: "Pathfinding Fast Radio Bursts Localizations using Very Long Baseline Interferometry"