萬峰
下載導師簡歷CV
Section 1: Personal Particulars
萬峰
Feng Wan
Associate Professor
88224473
fwan@um.edu.mo
澳門大學
澳門大學-科技學院
Associate Head
https://www.fst.um.edu.mo/people/fwan/
Research Project provided for Macao Youth Scholars Program:
闭环神经反馈脑机接口系统在儿童脑智发育中的评估与干预关键技术研究
Closed-Loop Neurofeedback Brain–Computer Interface Systems for the Assessment and Intervention of Children’s Brain and Cognitive Development
0831 生物医学工程
0701 数学,0706 大气科学,0809 电子科学与技术,0810 信息与通信工程,0812 计算机科学与技术,0831 生物医学工程,0836 生物工程,1001 基础医学,1005 中医学,1006 中西医结合,1007 药学,1008 中药学,1010 医学技术
Strong publication record, great enthusiasm for the field, and excellent teamwork skills.
PhD in BME, ECE, CS, or related fields.
Section 2: Research Interests and Grants
Brain-Computer Interfaces, Biomedical Signal Processing and Machine Learning, Brain Imaging and Neuromodulation; Computational Intelligence and Intelligent Control
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Research Grants for MYSP:
1. "Closed-Loop Neurofeedback Brain–Computer Interface Systems for the Assessment and Intervention of Children’s Brain and Cognitive Development," National Key R&D Program – 2025 Joint Research and Demonstration Project, RMB 1,500,000, 2026–2028.
2. "Research on Key Technologies of Clinically Oriented Brain–Computer Interfaces," FDCT–MOST Joint Research Project, MOP 2,060,000, 2024-2027.
3. "AR + BCI + AI–Based Method for Mitigating Inattentional Blindness," UM MYRG-CRG Project, MOP 720,000, 2025-2027.
4. "Fast Brain–Computer Interface Research Based on Deep Learning Technologies," UM MYRG-GRG-UMDF Project, MOP 280,000, 2025-2027.
1. "Closed-Loop Neurofeedback Brain–Computer Interface Systems for the Assessment and Intervention of Children’s Brain and Cognitive Development," National Key R&D Program – 2025 Joint Research and Demonstration Project, RMB 1,500,000, 2026–2028.
2. "Research on Key Technologies of Clinically Oriented Brain–Computer Interfaces," FDCT–MOST Joint Research Project, MOP 2,060,000, 2024-2027.
3. "AR + BCI + AI–Based Method for Mitigating Inattentional Blindness," UM MYRG-CRG Project, MOP 720,000, 2025-2027.
4. "Fast Brain–Computer Interface Research Based on Deep Learning Technologies," UM MYRG-GRG-UMDF Project, MOP 280,000, 2025-2027.