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冯林 FENG Lin

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姓名  冯林     英文名 FENG Lin

出生年月

1984.12.28

籍贯

山东日照

职称

 教授

学历

 博士

电话

 010-82316603

办公室

西办公楼318

系别

 机械工程及自动化

职务

博士生导师

电子信箱

 linfeng@buaa.edu.cn

传真

010-82316603

个人主页

https://shi.buaa.edu.cn/fenglin/zh_CN/index/12963/list/index.htm

◆学习经历 Education

 2004/09--2008/06       中国地质大学      电子信息工程                学士  

 2009/04--2011/03       日本 东北大学     仿生生物机器人             硕士

 2011/04--2014/03       日本 名古屋大学   微纳米系统                    博士

◆工作经历 Work   Experience

 2011/042013/03     日本全球卓越中心(GCOE)        特任研究员

 2013/042015/03     日本文部科学省(JSPS)           特任研究员

 2015/042016/08     日产自动车株式会社(尼桑)     自动驾驶(ITS)研究开发部

◆研究领域   Research field

1.        医用微纳米机器人与微纳操作系统

(Bio-Micro-Robotics   & Micro/Nano Manipulation system)

2.        生物制造:癌症靶向治疗、组织工程及再生医疗等

(Bio-fabrication   for Cell, Tissue Engineering)

◆荣誉及奖励 Awards

1.        2023     教育部国家级领军人才青年项目;

2.        2022    北京市杰出青年基金;

3.        2019    北京市科技新星;

4.        2013    日本JSPS学者;

5.        2011    日本GCOE学者;

6.        2017    北航青年拔尖人才;

7.        2016    北航卓越百人;

8.        2022    中国产学研合作创新奖;

9.        2022    中国发明协会发明创业奖创新奖;

10.     2021.09    IEEE Robotics & Automation   Society, Technical Commitee on Micro/Nano robotics and Automation (IEEE国际微纳米机器人技术委员会)(全球仅70人左右)

11.     2021.09    国际学术杂志Science合作刊物“Cyborg and Bionic SystemsEditor

12.     2021.09    国际学术杂志BDMAssociate Editor

13.     2017.09    两大机器人顶会ICRAThe International Conference on Robotics and Automation)和IROSThe IEEE/RSJ International Conference   on Intelligent Robots and Systems)的微纳米机器人分会主席及AE

14.     2018.10    生物制造工程分会,仿生生物制造与植入介入器械,副主任委员

15.     2021.3      苏州吴中区机器人创新创业领军人才

16.     2021.8      IEEE WRC国际机器人大会Best Paper Award

17.     2019.8      IEEE WRC国际机器人大会Best Paper Finalist

18.     2019.7      IEEE MARSS国际微小型机器人系统会议 Best Student Award

19.     2018.11    IEEE MHS 2018 Best Poster Award.

20.     2009.11    IEEE International Symposium on   Micro-Nano Mechatronics and Human Science 2009 (MHS 2009), Best Paper Award (最佳论文奖).

21.     2010-05   IEEE International Conference on Advanced   Mechatronics 2010 (ICAM 2010), Young Fellow Prize (优秀年轻学者).

22.     2011-05   IEEE Robotics and Automation Society, IEEE   International Conference on Robotics and Automation 2011 (ICRA 2011), Best   Video Award (最佳视频奖) .

23.     2011-11   IEEE International Symposium on Micro-Nano   Mechatronics and Human Science 2011 (MHS 2011), Best Paper Award (最佳论文奖).

◆开授课程 Lectures

1.    Fundamentals of Mechanical Manufacturing Technology

2.    微纳米机器人概论 大四上学期

3.    专业综合实践 大四上学期

◆教学及科研成果

出版教材:

1.           《微纳米机器人概论》

出版专著:

1.           Field-controlled micro-nano manipulations and micro-nano robots

2.           Robotic orientation control and enucleation of cells

3.           Robotics for Cell manipulation and Characterization

4.           Micro- and Nano-Bionic Surfaces

 冯林,教育部国家级领军人才青年项目获得者、北京市杰出青年、北京市科技新星、JSPS学者、GCOE学者、高被引学者、主要研究方向为微纳操作和微纳米机器人。获得国家重点研发计划,智能机器人专项靶向药物输送场控微纳米机器人精准化技术与医用基础研究项目,以及国家重点研发计划颠覆式技术基于高敏感性光电薄膜的光电镊单细胞无损自动化筛选设备项目等国家级省部级项目20多项。获得机器人领域顶级会议IEEE ICRA在内的最佳论文奖等10项。带领学生获得全国大学生“互联网+”大赛金奖全国第二、首都挑战杯特等奖、冯如杯一等奖20多项。发表学术论文140篇,封面文章10篇。出版《微纳米机器人概论》教材一部、英文专著4部。研究主要集中在场控微纳载药机器人,建立靶向药物输送微纳机器人一体化制造与多场驱动技术体系,为新一代微纳米机器人制备及控制提供理论及方法支持。细胞生物学、生物制造以及再生医疗等领域中,细胞组织级的精密操作显得极为重要,比如克隆、体外受精、人工诱导多能干细胞生长成型等。传统的细胞操纵方法大多采用体积庞大的微操作机械臂,其精度低、可重复性低、价格昂贵、效率低下。因此为了解决这一几十年不变的陈旧技术,我们设计开发出了新型磁控微型机器人,应用于单细胞操作。其具有精度高、控制简单、可重复性高等优势。该微型机器人由磁性材料加工而成,封装于微流控芯片中,通过利用外界磁场的自动化控制,可以有效避免外界环境对细胞的侵染,并极大的提高了操作控制精度。

___·主持项目与课题·__________________________________________________________

主持或参加的主要科研项目(按时间顺序倒排)

1.            国家重点研发计划首批颠覆式技术基于高敏感性光电薄膜的光电镊单细胞无损自动化筛选设备”2022-2024年,500万,项目主持;

2.            国家重点研发计划,靶向药物输送场控微纳机器人基础研究”2020年,453万,课题一主持

3.            教育部国家级领军人才青年项目医用微纳米机器人与微纳操作

4.            北京市杰出青年基金靶向给药微纳米机器人系统”100 项目主持;

5.            北京市科技新星项目 靶向给药场控微纳米机器人技术 2019.11-2021.1150万,主持;

6.            胶囊机器人系统研究,2019-2023年,横向课题,50万;

7.            光电操作设备中核心光电薄膜的研制,2020-2021年,横向课题,100万;

8.            2019-nCoV快速诊断技术与互联网+AI预防控制体系, 子课题负责人 100万;

9.            “JCJQ计划重点基础研究项目(GF973计划),2019-JCJQ-ZD-120-00,基于植入式芯片与光电**脊髓功能重塑技术研究,2019-122022-121200万在研,参与;

10.         北京市自然基金针对细胞级微纳米机器人系统研究,2017.10-2020.6  28万;

11.         科技委仿生悬停平台器件研究及演示验证,2017.7-2018.6  750万;

12.         科技委仿生智能变色光子晶体纳驱动,2017.8-2019.7  100万;

13.         青年拔尖人才计划,2018-2021100万;

14.         卓越百人,2016.10-2017.1250万;

15.         仿生多级结构多场效应创新团队,2017.8-2018.7 100 

16.         基础研究文部科学省Challenge of On-chip Precise   Enucleation of Oocyte Using 3D 6DOF Manipulation 2013.4-2015.3 4,030,000日元;

17.         基础研究文部科学省 Autonomous induction   monitoring and cell measurement by ultra-high-speed operation 2013.4-2014.3   122,720,000日元;      

18.         Nagoya Univ. GCOE High Speed Enucleation of Oocyte Using   Magnetically Actuated Microrobot on a Chip 2013.4-2014.31,000,000日元;

19.         日本科技振兴会 Automatic oocyte   enucleation manipulation 2011.4-2013.3 2,000,000日元;

20.         日本基础研究文部科学省 Evaluation and dynamic   measurement of biomembrane transporter using on-chip 2008.4-2010.3    49,790,000日元;

___·学术期刊·_______________________________________________________________

 

[109]   Zhang, Liwen, Song Zhao, Xinzhao Zhou, Xueshan Jing, Yu Zhou, Yan Wang,   Yantong Zhu et al. "A Magnetic-Driven Multi-Motion Robot with   Position/Orientation Sensing Capability." Research.

 

[108]   Gao, Chao, De Gong, Xue Deng, Lin Feng, and Wenqiang Zhang.   "Vision-based method for precise manipulation of magnetic spiral   microrobots." In 2022 IEEE International Conference on Cyborg and Bionic   Systems (CBS), pp. 92-96. IEEE, 2023.

 

[107]   Wang, Luyao, Han Gao, Hongyan Sun, Yiming Ji, Li Song, Lina Jia, Chutian Wang   et al. "Reconfigurable Vortex-like Paramagnetic Nanoparticle Swarm with   Upstream Motility and High Body-length Ratio Velocity." Research 6   (2023): 0088.

 

[106]   Hou, Yaxin, Yuguo Dai, Wei Zhang, Minghui Wang, Hanxue Zhao, and Lin Feng.   "Ultrasound-Based Real-Time Imaging of Hydrogel-Based Millirobots with   Volume Change Capability." Micromachines 14, no. 2 (2023): 422.

 

[105]   Gan, Chunyuan, Jiaying Zhang, Jiawei Zhao, Shuzhang Liang, Yiming Ji, and Lin   Feng. "Cell Focusing and Rotation by a Planar Optoelectronic   Tweezers." In 2022 International Conference on Manipulation, Automation   and Robotics at Small Scales (MARSS), pp. 1-5. IEEE, 2022.

 

[104]   Ji, Yiming, Xue Bai, Hongyan Sun, Luyao Wang, Junjie Xu, Chunyuan Gan, Yuguo   Dai, Hui Hui, and Lin Feng. "Biocompatible Ferrofluid Robot With   Photothermal Property for Targeted Tumor Therapy." IEEE Robotics and   Automation Letters 7, no. 4 (2022): 11517-11522.

 

[103]   Xu, Minghao, Shuzhang Liang, Wenqiang Zhang, Lin Feng, Kehan Chen, Xue Deng,   Deyuan Zhang, and Jun Cai. "Biomimetic color‐changing skin based on   temperature‐responsive hydrogel microspheres with the photonic crystal   structure." Journal of Polymer Science 61, no. 1 (2023): 100-107.

 

[102]   Tang, Tan, Peipei Zhang, Yanran Wei, Hongxing Jia, Lin Feng, and Ye Xu.   "High-efficiency 3D cell spheroid formation via the inertial focusing   effect in rotating droplets." Bio-Design and Manufacturing 6, no. 1   (2023): 90-97.

 

[101]   Wang, Luyao, Youyuan Shi, Jingzhen Jiang, Chan Li, Hengrui Zhang, Xinhui   Zhang, Tao Jiang, Liang Wang, Yinyan Wang, and Lin Feng. "Micro‐Nanocarriers   Based Drug Delivery Technology for Blood‐Brain Barrier Crossing and Brain   Tumor Targeting Therapy." Small 18, no. 45 (2022): 2203678.

 

[100]   Zhao, Jiawei, Chunyuan Gan, Jiaying Zhang, Shuzhang Liang, Jiapeng Yang, and   Lin Feng. "Deep Learning Assisted Automated Separation Platform of   Single Cells and Microparticles Using Optoelectronic Tweezers." In 2022   WRC Symposium on Advanced Robotics and Automation (WRC SARA), pp. 275-279.   IEEE, 2022.

 

[99]   Yang, Jiapeng, Junyi Wei, Fengwu Wang, Li Song, Jiawei Zhao, and Lin Feng.   "A Localization Method for the Magnetic Levitation Capsule Robot."   In 2022 WRC Symposium on Advanced Robotics and Automation (WRC SARA), pp.   152-159. IEEE, 2022.

 

[98]   Ji, Yiming, Junjie Xu, Luyao Wang, Wei Zhang, and Lin Feng. "Magnetic   Manipulation of a Magnetotactic Bacteria-based Biomicrorobot." In 2022   WRC Symposium on Advanced Robotics and Automation (WRC SARA), pp. 185-188.   IEEE, 2022.

 

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[91],   Zhang, P., Rasheed, M., Liang, J., Wang, C., Feng, L., Chen, Z., Emerging, Potential, of,   Exosomal, Non-coding, RNA, in, Parkinson’s, Disease:, A, Review, 2022,   Frontiers, in, Aging, Neuroscience, 14, 819836, 3, 10.3389/fnagi.2022.819836,   Review

 

[90],   Zhang, C., Liang, S., Cao, Y., Sun, H., Feng,   L., Reducing, the, Guidewire, Friction, for, Endovascular,   Interventional, Surgery, by, Radial, Micro-Vibration, 2022, IEEE,   Transactions, on, Ultrasonics, Ferroelectrics, and, Frequency, Control, 69,   3, 1020, 1031, 10.1109/TUFFC.2022.3142763, Article

 

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[88],   Wang, L., Shi, Y., Jiang, J., Li, C., Zhang, H., Zhang, X., Jiang, T., Wang,   L., Wang, Y., Feng, L.,   Micro-Nanocarriers, Based, Drug, Delivery, Technology, for, Blood-Brain,   Barrier, Crossing, and, Brain, Tumor, Targeting, Therapy, 2022, Small,   10.1002/smll.202203678, Review

 

[87],   Xu, M., Liang, S., Zhang, W., Feng, L.,   Chen, K., Deng, X., Zhang, D., Cai, J., Biomimetic, color-changing, skin,   based, on, temperature-responsive, hydrogel, microspheres, with, the,   photonic, crystal, structure, 2022, Journal, of, Polymer, Science,   10.1002/pol.20220411, Article

 

[86],   Bai, X., Zhang, W., Dai, Y., Wang, Y., Sun, H., Feng, L., Acoustic, and, magnetic,   hybrid, actuated, immune, cell, robot, for, target, and, kill, cancer, cells,   2022, Proceedings, -, IEEE, International, Conference, on, Robotics, and,   Automation, 7936, 7941, 10.1109/ICRA46639.2022.9812071, Conference, Paper

 

[85],   Zhang, W., Song, B., Bai, X., Jia, L., Song, L., Guo, J., Feng, L., Versatile, acoustic,   manipulation, of, micro-objects, using, mode-switchable, oscillating,   bubbles:, Transportation, trapping, rotation, and, revolution, 2021, Lab, on,   a, Chip, 21, 24, 4760, 4771, 4, 10.1039/d1lc00628b, Article

 

[84],   Liang, S., Gan, C., Dai, Y., Zhang, C., Bai, X., Zhang, S., Wheeler, A.R.,   Chen, H., Feng, L.,   Interaction, between, positive, and, negative, dielectric,   microparticles/microorganism, in, optoelectronic, tweezers, 2021, Lab, on, a,   Chip, 21, 22, 4379, 4389, 3, 10.1039/d1lc00610j, Article

 

[83],   Zhang, D., Jiang, Y., Feng, L.,   Chen, H., Cai, J., Zhang, X., Micro-, and, Nano-Bionic, Surfaces:,   Biomimetics, Interface, Energy, Field, Effects, and, Applications, 2021,   Micro-, and, Nano-Bionic, Surfaces:, Biomimetics, Interface, Energy, Field,   Effects, and, Applications, 1, 350, 10.1016/B978-0-12-824502-6, Book

 

[82],   Jia, L., Zhang, P., Sun, H., Dai, Y., Liang, S., Bai, X., Feng, L., Optimization, of,   nanoparticles, for, smart, drug, delivery:, A, review, 2021, Nanomaterials,   11, 11, 2790, 1, 10.3390/nano11112790, Review

 

[81],   Bai, X., Chen, D., Dai, Y., Liang, S., song, B., Guo, J., Dai, B., Zhang, D.,   Feng, L., Bone,   formation, recovery, with, gold, nanoparticle-induced, M2, macrophage,   polarization, in, mice, 2021, Nanomedicine:, Nanotechnology, Biology, and,   Medicine, 38, 102457, 10.1016/j.nano.2021.102457, Article

 

[80],   Dai, Y., Bai, X., Jia, L., Sun, H., Feng, Y., Wang, L., Zhang, C., Chen, Y.,   Ji, Y., Zhang, D., Chen, H., Feng, L.,   Precise, Control, of, Customized, Macrophage, Cell, Robot, for, Targeted,   Therapy, of, Solid, Tumors, with, Minimal, Invasion, 2021, Small, 17, 41,   2103986, 13, 10.1002/smll.202103986, Article

 

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[71],   Wang, L., Dai, Y., Sun, H., Song, L., Jia, L., Jiang, C., Arai, F., Feng, L., Precise, Control, of,   Magnetized, Macrophage, Cell, Robot, for, Targeted, Drug, Delivery, 2021,   IEEE, International, Conference, on, Intelligent, Robots, and, Systems, 7464,   7469, 10.1109/IROS51168.2021.9635945, Conference, Paper

 

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日本国内

[1]         LFeng, YYamanishi,   TKawahara, MHagiwara, KKosuge, and FArai, “Robot-on-a-chip Part 1: On-chip Generation of Droplets   and Size Control,” in 日本機械学会ロボティクス・メカトロニクス講演会, 2010, pp. 1P1–U04.

[2]         萩原将也, 川原知洋, 馮林, 山西陽子, and 新井史人, “双腕マイクロアームの高精度な非接触操作,” in 22回化学とマイクロ・ナノシステム研究会, 2010, p. P.26.

[3]         萩原将也, 川原知洋, 馮林, 山西陽子, and 新井史人, “マイクロ流体チップ内で超高速動作する双腕マイクロロボットによる細胞操作・切断,” in   28回日本ロボット学会学術講演会, 2010, pp. 2M2–7.

[4]         LFeng, YYamanishi,   TKawahara, MHagiwara, KKosuge, and FArai, “Generation of Droplet with Feedback Control on a Chip,”   in 22回化学とマイクロ・ナノシステム研究会, 2010, p. P.25.

[5]         LFeng, YYamanishi,   TKawahara, MHagiwara, KKosuge, and FArai, “On-chip Size-controllable Droplet Generation,” in 11 計測自動制御学会 システムインテグレーション部門講演会, 2011, pp. 3I2–3.

[6]         LFeng, YYamanishi,   TKawahara, MHagiwara, KKosuge, and FArai, “On-chip Smooth Enucleation by Hydraulic Force Control   Using Magnetically Driven Microtool,” in ロボティクス・メカトロニクス講演会, 2012, pp. 1P1–U04.

[7]         平野 達彦, 川原 知洋, ウベット フセイン, 馮林, 新井 史人, “ローディング機構を有する単一細胞分注システム” in12 計測自動制御学会 システムインテグレーション部門講演会, 2012, pp. 1P1–U04

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2.      2019 IROS   国际机器人大会 微纳米机器人分会主席

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14.   2019ICMNM国际微纳马达大会,微纳机器人分会场主题报告

15.   2017 ICMNM 国际微纳米机械会议特邀报告

16.   2018 MHS国际微纳米系统与人类科学大会特邀报告

17.   2018 国际智能医疗与医药大会大会主题报告