休斯敦大学招收测绘/遥感/地物方向RA全奖博士生(可免GRE)
6171
休斯敦大学海洋与海岸带大地测量实验室(UH Marine and Coastal Geodesy)诚招2025年春季或秋季入学的博士生
本实验室以测绘遥感量化地表形变、海岸带潮汐及海平面变化、冰冻圈中短时间尺度变化，并结合地球物理模型研究其驱动机制。使用技术包括全球定位系统、水声定位、光学和雷达遥感、全球定位系统反射干涉等。需要学生具备较强的计算机处理数据能力。毕业后主要工作机会在科技公司的数据科学方向，以及高校和其它科研机构。现有多个由科研项目支持的RA位置招收博士生，月工资$2500-2700（依项目预算略有不同，但足够支付在休斯敦的车房需求）。学生在开始阶段需研究以下一个或多个方向，后期可根据兴趣及项目经费情况调整。
1. Seafloor geodesy with GNSS-Acoustic ranging (GNSS-A) and ocean bottom pressure (OBP) sensors. A large portion of Earth’s surface is covered by the ocean, where the crustal motion and deformation can only be measured with seafloor geodesy. This project uses remotely controlled robotic vehicles (e.g., Wave Gliders) to conduct GNSS-A surveys and retrieve OBP measurements. The data will be used to characterize long- and short-term seafloor motion. The successful candidate is expected to participate in instrument deployment and develop data analysis skills.
2. Characterizing subduction zone crustal deformation with space geodetic observations. Subduction zones host most great earthquakes and almost all major tsunamis. Measurements of Earth’s surface displacement rates can provide critical constraints about the state of strain accumulation on the fault interface. This project uses GNSS and InSAR techniques to measure Earth’s surface displacements and link the observations with geophysical processes. The successful candidate is expected to learn GNSS and InSAR data processing and develop modeling skills to characterize crustal deformation in subduction zones.
3. Coastal and polar sea level observations with GNSS Interferometric Reflectometry (GNSS-IR) and satellite altimetry. GNSS-IR and satellite altimetry are complementary techniques to measure sea levels. This project uses GNSS-IR derived sea levels as independent observations to examine the accuracies of satellite altimetry and traditional tide gauges, and improve ocean tidal models for areas where traditional observations are lacking. The successful candidate is expected to develop skills in GNSS-IR and satellite altimetry, and apply these techniques to quantify changes in coastal and polar regions.
请有意者在电子表格forms.office.com上填写基本信息和研究兴趣。若教育背景和研究兴趣与实验室契合，我们将尽快联系面试。
关于项目、学校、及城市：本实验室位于工程学院的地球感知系统工程与科学专业，该专业属于融合多种高科技观测技术的交叉学科。休斯敦大学是位于美国第四大城市休斯敦市的R1大学。休斯敦市有大量的能源和科技公司，该市生活成本在全美主要大城市里偏低。
本实验室以测绘遥感量化地表形变、海岸带潮汐及海平面变化、冰冻圈中短时间尺度变化，并结合地球物理模型研究其驱动机制。使用技术包括全球定位系统、水声定位、光学和雷达遥感、全球定位系统反射干涉等。需要学生具备较强的计算机处理数据能力。毕业后主要工作机会在科技公司的数据科学方向，以及高校和其它科研机构。现有多个由科研项目支持的RA位置招收博士生，月工资$2500-2700（依项目预算略有不同，但足够支付在休斯敦的车房需求）。学生在开始阶段需研究以下一个或多个方向，后期可根据兴趣及项目经费情况调整。
1. Seafloor geodesy with GNSS-Acoustic ranging (GNSS-A) and ocean bottom pressure (OBP) sensors. A large portion of Earth’s surface is covered by the ocean, where the crustal motion and deformation can only be measured with seafloor geodesy. This project uses remotely controlled robotic vehicles (e.g., Wave Gliders) to conduct GNSS-A surveys and retrieve OBP measurements. The data will be used to characterize long- and short-term seafloor motion. The successful candidate is expected to participate in instrument deployment and develop data analysis skills.
2. Characterizing subduction zone crustal deformation with space geodetic observations. Subduction zones host most great earthquakes and almost all major tsunamis. Measurements of Earth’s surface displacement rates can provide critical constraints about the state of strain accumulation on the fault interface. This project uses GNSS and InSAR techniques to measure Earth’s surface displacements and link the observations with geophysical processes. The successful candidate is expected to learn GNSS and InSAR data processing and develop modeling skills to characterize crustal deformation in subduction zones.
3. Coastal and polar sea level observations with GNSS Interferometric Reflectometry (GNSS-IR) and satellite altimetry. GNSS-IR and satellite altimetry are complementary techniques to measure sea levels. This project uses GNSS-IR derived sea levels as independent observations to examine the accuracies of satellite altimetry and traditional tide gauges, and improve ocean tidal models for areas where traditional observations are lacking. The successful candidate is expected to develop skills in GNSS-IR and satellite altimetry, and apply these techniques to quantify changes in coastal and polar regions.
请有意者在电子表格forms.office.com上填写基本信息和研究兴趣。若教育背景和研究兴趣与实验室契合，我们将尽快联系面试。
关于项目、学校、及城市：本实验室位于工程学院的地球感知系统工程与科学专业，该专业属于融合多种高科技观测技术的交叉学科。休斯敦大学是位于美国第四大城市休斯敦市的R1大学。休斯敦市有大量的能源和科技公司，该市生活成本在全美主要大城市里偏低。
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