Professional Summary

Dr. Hengkai Yao (姚恒恺) is a lecturer of School of Mathmetica and Physics at the Qingdao University of Science and Technology. He got Ph.D of Physical Oceanograpy from Ocean University of China. His research interests include mesoscale eddies, ocean modeling and AI oceanography. He is member of the AI Oceanography group, which develops big data in ocean, ocean simulation, and ocean prediction. He is also a chief scientist in Qingdao Oakfull Water Technology Co., Ltd.

Education

Ph.D Physical Oceanography

Ocean University of China

MS Physical Oceanography

Ocean University of China

BS Marine Science

Ocean University of China

Interests

Mesoscale Eddies AI Oceanography Advanced Material

Research Focus Areas

Advancing Science Through Innovation

Our lab aims cutting-edge research across multiple domains

Active

Physical Oceanography

Ocean dynamics and climate interactions

General Circulation Mesoscale Eddies Air-Sea Interaction +1 more
5 team
5 papers
N/A funding
Active

Machine Learning

Advancing deep learning methods for scientific discovery

Deep Learning Neural Networks Computer Vision +1 more
8 team
10+ papers
N/A funding
Emerging

Materials Science

Designing novel materials through experimental approaches

Nanomaterials Composites Polymers
6 team
N/A papers
$300K funding

Impact by the Numbers

Driving scientific discovery and teaching through measurable achievements

8+

Publications in journals and conferences

JOL, ATM, BAMS, GRL

5+

Supervised Thesis

Undergraduate from Applied Math or Applied Statistics

300K+

Active research funding

Horizontal projects

400+

Students taught

Multiple undergraduate classes

Featured Publications
Estimating Subsurface Thermohaline Structure in the tropical Western Pacific using DO-ResNet model featured image

Estimating Subsurface Thermohaline Structure in the tropical Western Pacific using DO-ResNet model

Estimating ocean subsurface thermohaline information from satellite data is vital for understanding ocean dynamics and El Niño. This paper presents a double-output Residual Neural …

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Xianmei Zhou
Research on vertical structure and origin of eddies in Kuroshio-Oyashio Extension region featured image

Research on vertical structure and origin of eddies in Kuroshio-Oyashio Extension region

As a ubiquitous motion phenomenon in the ocean, mesoscale eddies play a key role in the transport and distribution of global heat, salinity, energy and marine biochemical …

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Hengkai YAO
On the Vertical Structure of Mesoscale Eddies in the Kuroshio-Oyashio Extension featured image

On the Vertical Structure of Mesoscale Eddies in the Kuroshio-Oyashio Extension

Mesoscale eddies are swirling motions with a radius ranging from several tens to a hundred of kilometers. The mesoscale eddies can cause strong vertical displacement of isopycnals, …

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Hengkai YAO
Recent Publications
Blogs
HUMAN 3.0 – A Map To Reach The Top 1% featured image

HUMAN 3.0 – A Map To Reach The Top 1%

转载自原链接:https://letters.thedankoe.com/p/human-30-a-map-to-reach-the-top-1 虽然这听起来可能很老套,但我一直都想成为一股不可忽视的力量。

Dan Koe
Wrinting in the Sciences featured image

Wrinting in the Sciences

This is a detailed study note for the “SCI Paper Writing Video Course” offered by AiMi Editor. The original English title of this public course is Writing in the Sciences on …

Herb
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