Autonomous Surveying of Water at the Surface
Presented by Muwanika Jdiobe

Muwanika Jdiobe is from Uganda, and he has a double major in mechanicals and aerospace engineering from Oklahoma State University. He recently completed his masters and will be starting his PhD in the Spring of 2021.

Autonomous Aerial Surveying of a Large Body of Water
Presented by Andrew Cole

Andrew Cole is from Edmond, Oklahoma and graduated from Oklahoma State University in the Spring of 2020 with a double major in mechanicals and aerospace engineering. He is currently pursuing a masters and has been with the Unmanned Systems Research Institute as a student worker for the past two and a half years.

Moderated by Victoria Natalie, MS.
Research Engineer, Unmanned Systems Research Institute
Oklahoma State University

Evaluation of Arctic Stable Boundary Layer Dynamics During the 2018 ISOBAR Campaign
Presented by Brian Greene

Brian is a Meteorology Ph.D. student working with the Center for Autonomous Sensing and Sampling at the University of Oklahoma in Norman, OK. His primary project focuses on characterizing turbulence based on measurements of temperature, humidity, and wind speed from remotely piloted aircraft systems. In his talk he will present preliminary results using data from the 2018 ISOBAR field campaign that took place above the sea ice off the Finnish island of Hailuoto that indicate that clouds in the wintertime Arctic boundary layer have strong implications on low-level turbulence when compared with cloud-free conditions, which could have significant outcomes for improving how numerical weather prediction models represent stable boundary layers.

Low-Cost Sensor Integration for Autonomous Exploratory Studies of Atmospheric Carbon Dioxide
Presented by Gustavo Britto Hupsel de Azevedo

Gustavo is a Electrical and Computer Engineering Ph.D. student working with the Center for Autonomous Sensing and Sampling at the University of Oklahoma in Norman, OK. Gustavo’s main research focus is on integrating sensors and designing sampling systems for unmanned aircraft systems (UAS). He will present on a low-cost, open-source autonomous sampling system for atmospheric carbon dioxide concentrations.

Moderated by Phil Chilson, Ph.D.
Professor, School of Meteorology & Atmospheric Radar Research Center
Director, Center for Autonomous Sensing and Sampling (CASS)
The University of Oklahoma

Improving Wind Speed Estimates from Weather Sensing, Rotary-Wing UAS 
Presented by Tyler Bell

Tyler is a Research Associate at the Cooperative Institute for Mesoscale Meteorological Studies and a Meteorology Ph.D. student working with the Center for Autonomous Sensing and Sampling at the University of Oklahoma in Norman, OK. His work focuses on algorithm development to improve weather observations from UAS and ground-based remote sensors. This talk will focus on work that is being done to improve wind speed measurements from profiling UAS.

The CopterSonde: An innovative UAS for Atmospheric Boundary Layer Observations
Presented by Antonio Segales

Tony is a Electrical and Computer Engineering Ph.D. student working with the Center for Autonomous Sensing and Sampling at the University of Oklahoma in Norman, OK. His research focuses on the design and development of the CopterSonde, which is a unmanned aircraft system designed with the purpose of sampling thermodynamic and kinematic parameters of the lower Earth’s atmosphere, with a focus on vertical profiles in the planetary boundary layer. In his talk, Tony will discuss how incorporating innovative adaptive sampling techniques and optimizing sensor placement into the design of the CopterSonde resulted in a system comparable to radiosondes but with improved spatiotemporal resolution.

Moderated by Elizabeth Pillar-Little, Ph.D.
Research Scientist, School of Meteorology & Atmospheric Radar Research Center
Assistant Director, Center for Autonomous Sensing and Sampling (CASS)
The University of Oklahoma