Wang Haining


 Wang Haining, Ph.D., Assistant Professor, Master Instructor, Visiting Scholar of  Georgia Institute of Technology, USA. Born in March 1984,  graduated from  the Modern Industrial Design Institute of the School of Computer Science, Zhejiang University in 2014 with a Ph.D. The main research directions are ergonomics design, user experience design, VR/AR, emotional computing, etc., focusing on the design of head and face measurement and head wearable products for contemporary Chinese human body, the extraction, coding and analysis of subjective and objective emotional information of users, and 3D reverse reconstruction and interactive display design of cultural heritage, human body and industrial products. Main courses include "Ergonomics", "Game Design", "Design Statistics and Data Analysis", "Product Development and Design", "Intelligent Products and Emotional Computing".

As a major R&D personnel, he participated in the National Natural Science Foundation, the National Science and Technology Support Program, the National Science and Technology Cooperation Project, the Major Science and Technology Project of the Ministry of Science and Technology, the Major Science and Technology Project of Zhejiang Province, and the Industry, Education and Research Project of the Ministry of Education of Guangdong Province.Also has participated many design cooperation projects with companies such as Google, Mantis Vision, Baidu, Huawei, Sinopec, Jingdong, Lenovo, China Mobile, and China Telecom. He has published more than 20 SCI/EI search articles in core journals and conferences at home and abroad, and has 3 domestic invention patents and 6 software copyrights.

E-mail  >> haining1872@qq.com

Research experience (nearly 5 years)

  • National Natural Science Foundation of China, 61772186, Research on Intelligent Acquisition and Product Design Innovation Methods Based on Deep Learning, 2018-2021

  • Hunan Key Research and Development Program, 2018WK2032, User Multi-modal Physiological Signal Emotion Recognition for Product Virtual Experience, 2018-2020

  • National Science and Technology Support Program: "Key Technology R&D of Cloud Service-Based Industrial Design and Garment Industry Integration Development" (Project No. 2015BAH22F00) Sub-project "Key Common Technology Research on Industrial Design and Clothing Industry Integration" (Project No. 2015BAH22F01), 2014- 2017

  • Hunan Province Strategic Emerging Industry Science and Technology Project: "Building a Collaborative Innovation Platform for Industrial Design Based on Digital Intelligent Manufacturing" (Project No. 2015GK1011), 2015-2017

  • Next Generation VR&AR Product Ergonomics Design Research (Huawei Technology Co., Ltd.), 2017

  • National Science and Technology Support Program: "Research on Creative Design Public Service Technology Based on Hunan Regional Culture" (Project No. 2012BAH85F00) Sub-topic "Key Technologies for Common Product Design Based on Digital and Hunan Culture Characteristics" (Project No. 2012BAH85F01), 2012 -2017

  • Smart Wearable Device Gesture Interaction Design Paradigm Research (Huawei Technology Co., Ltd.), 2016-2017

  • National International Science and Technology Cooperation Project: “Center Design Innovation Center” with Industrial Design as the Core (Project No. 2012DFG70310), 2012-2015

  • National Development and Reform Commission High-tech Service Industry R&D Special: "Cloud Computing Platform for Industrial Design and Simulation Technology Based on Supercomputing" (Project No. 897432002), 2012-2015

  • National Natural Science Foundation of China: Research on the Influence Mechanism and Optimization Mechanism of Musical Emotions on Driving Status (Project No. 61103100), 2012-2014

  • Major Project of the Ministry of Science and Technology: "Research on Dynamic Evaluation Technology and Software Realization of Oil and Gas Resources Integration" (Project No. P13079), 2012-2013

  • Key breakthrough projects in key areas of Guangdong and Hong Kong: “Building Innovation Capability Improvement of Guzhen Lighting Industry Service Platform” (Project No. 2011498C1), 2011-2013