• 陳昕陽 眼科醫師, 醫學博士候選人

    Dr. Hsin-yang Chen, MD

    Ophthalmologist / PhD Candidate

    哈喽~我叫Silas，是来自台湾的眼科医生，目前也是一位博士候选人。这个网站会提供一些我的个人专业资讯和学术资料，也会分享我一些Startup项目哦！

    Hi, Welcome to my personal website. I'm Dr. Silas Hsin-yang Chen, an experienced eye doctor and current PhD candidate in medicine from Taiwan. This website showcases my professional and academic achievements, as well as my entrepreneurship projects. Through this platform, I aim to share my knowledge and expertise in ophthalmology, providing valuable insights to readers. Thank you for visiting and I hope you find it informative.

  • 个人简介/About me

    陈医师毕业于复旦大学上海医学院, 获得临床医学学士以及硕士学位。并在复旦大学附属眼耳鼻喉科医院以及浙江大学宁波医院完成眼科专业培训。曾获复旦大学“优秀留学生硕士奖” 、浙江大学宁波医院“优秀住院医师毕业奖” 等荣誉称号。2014年曾在台湾的规模最大的眼科集团大学眼科中心(Universal Eye Center)研修屈光与白内障手术, 期间曾参与专业书籍《飞秒雷射屈光手术学Refractive Surgery with Femto-Laser》繁体版编译。

     

    陈医生具有丰富的眼科临床经验, 尤其专注在屈光手术以及视觉光学相关疾患诊疗，如近视、远视、散光、斜弱视诊治; 儿童及青少年近视的预防控制(OK镜角膜塑形术)、医学验光、VDT视疲劳综合征、双眼视觉功能异常相关问题诊治, 此外也专注在干眼症MGD脉冲光疗法等。

     

    此外,陈医师长期专注眼科临床创新,获相关中国以及美国发明专利以及实用新型专利8余项, 并曾获得多项医疗创新竞赛奖以及浙江省级眼科技术创新研发项目支持。他曾在APACRS亚太眼科医学会、JSCRS日本眼科医学会、CCOS全国眼科学术大会、COOC国际眼科学兼眼视光学学术会议等10余场会议上交流创新的近视手术优化方案,并发表SCI论文以及国内核心期刊发表论文10余篇。

     

    陈医师主要研究领域为近视屈光手术（高度近视晶体植入ICL术）的安全性评估和并发症处理、飞秒激光辅助白内障高阶人工晶状体植入术、VR眼科技术等。目前攻读瑞士伯尔尼大学博士项目, 专注虚拟现实(VR)技术、眼科AI人工智能诊断与视觉疾病的整合相关研究。

  • Biography

    Dr. Hsin-Yang Chen achieved his Master of Medicine in Ophthalmology and Vision Science from Shanghai Medical College of Fudan University. He has conducted extensive research on visual quality assessment of high myopia corrected with Phakic Intraocular Lens (pIOLs) and the Implantable Collamer Lens (ICLs) at The Eye & ENT Hospital of Fudan University, where he worked in the Ophthalmology Department. He has also researched the integration of virtual reality (VR) and optometry platform at Ningbo First Hospital of Zhejiang University.

     

    Dr. Chen has worked for 2 years at the Taiwan Branch of Universal Eye Center, specializing in corneal refractive surgery for presbyopia and myopia (Custom LASIK), as well as femtosecond laser-assisted cataract surgery. He is a member of the APACRS and JSCRS (Asia-Pacific Association and Japanese Society of Cataract and Refractive Surgeons), and has been invited to speak at APACRS conferences in 2017, 2018, and 2019.

     

    In 2017, Dr. Chen won the "H. Spectrum Innovation Competition Award" for his work in VR technology research and development at Taiwan University Start-Up Accelerator. He is also an interpreter member for the Traditional Chinese version of “Refractive Surgery with Femtosecond Laser” (Taipei, 2016).

     

    Most recently, Dr. Chen's study on the surgical design of Small Incision Lenticule Extraction (SMILE) and dry eye symptoms was published in the Congress of APACRS 2022.

     

    In 2023, he started a PhD program while conducting research on VR technology and visual diseases at the biomedical engineering project of the University Hospital of Bern (Inselspital), Switzerland.

  • 我的眼科研究项目My research projects

  • VR新创项目

    Entrepreneurship: accOculus VR tech

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    vrvaOrigin介绍

    威亚视觉科技(vrvaOrigin)于2017年注册于台北, 由陈医生成立, 是从事视觉功能检测诊断仪器的研发, 致力以创新的先进虚拟现实(VR)技术导入眼科临床应用。

     

    In 2017, Dr. Chen founded VRVAORIGIN VISION TECHNOLOGY CORP. LTD., a company based in Taipei, Taiwan that specializes in the research and development of instruments for detecting and diagnosing visual functions. The company has integrated advanced virtual reality (VR) technology into ophthalmic clinical applications, creating innovative and unique solutions for patients.

     

    Section image

    vrvaOrigin products

    vrvaOrigin所研发的accOculus系统是一种特别的机器学习演算法, 可以测量眼球的调节需求曲线, 用以和多焦点人工晶体的离焦曲线进行智能化匹配。提升高阶白内障手术的术后效果。

     

    vrvaOrigin has developed the accOculus system, a machine-learning algorithm that measures the accommodative demand curve of the eyeball and intelligently matches it with the defocus curve of multifocal intraocular lenses (MIOLs). This advanced system improves the postoperative prediction of premium cataract surgery for presbyopia vision, providing patients with better visual outcomes.

    Section image

    vrvaOrigin clinical trials

    目前, accOculus系统的技术理论经过4场临床测试进行了可行性验证。accOculus将为做为革命性的视觉参数分析仪服务眼科专家以及患者。

     

    The accOculus system has undergone four clinical trials to verify its technical theory, demonstrating its reliability and accuracy. This revolutionary visual parameter analyzer will serve ophthalmologists and patients alike, providing advanced and precise measurements to improve postoperative outcomes.

    Section image

    vrvaOrigin获奖事迹

    Honor and awards

    • 获拜耳(Bayer)创业竞赛 大中华区总裁特别奖/ 2018 Special Presidential Award of Bayer Business Plan Competition for the Greater China（Jan 2018）
    • 鸿海集团H.Spectrum创新生技医材加速器计划培育人才前三访美资格/ Nurturing Talents Prize of Hon Hai Group's H.Spectrum Innovation Biotech Accelerator Program(Apri 2017)
    • 获台湾科技部竹科之星奖/ Hsinchu Star Award from Taiwan's Ministry of Science and Technology（Sep 2016）
    • 获广州两岸四地新创竞赛半决赛资格/ Qualification for the semi-final competition between the Cross Strait Four Regions in Guangzhou（Sep 2016）
    • 获台湾科技部FITI创业竞赛决赛资格/ Qualification of the FITI - Startup Business Plan Competition, held by the Ministry of Science and Technology of Taiwan（Aug 2016）
    Section image

    vrvaOrigin 相关媒体报导

    Media Repoerts

  • 英文简历

    Curriculum Vitae

    Hsin-yang Chen (Silas)

     

    Gender: Male

    Nationality: Chinese Taipei (Taiwan, China)

    Office:

    Department of Ophthalmology

    Wellem Medical Group (Sunray Clinic)

    No.58 Changliu Rd.

    Shanghai City, China 200135

    E-mail: hsinyang.chen@hotmail.com

    Education and Degree

    • 2021/Dec to 2024/Dec, PhD of Medicine (PhD. Med.) student of University of Bern, Bern, Switzerland
    • 2010/Jul to 2013/Jul, Master of Clinical Medicine (M.M.), Shanghai Medical College, Fudan University, Shanghai, China
    • 2005/July to 2010/Jun, Bachelor of Medicine, Shanghai Medical College, Fudan University, Shanghai, China
    • 2018/Sep to 2020/Nov, Executive Masters of Business Administration (EMBA), the EMBA programs in China, HEC Liège Management School, University of Liège, Shanghai, China

    Professional Training

    • 2020/Dec to 2021/Jul, Refractive Surgery Training Course, Aier Eye Hospital Group Clinical Training Center, Shenzhen, China.
    • 2019/Oct, 53th ReLEx Training Course, ReLEx(SMILE) Training Center, Refractive Surgery and Visual Correction Center, Tianjin Eye Hospital of Clinical College of Ophthalmology, Tianjin Medical University, Tianjin, China.
    • 2016/Jun to 2018/Jun, Ophthalmological PGY Resident, Department of Ophthalmology, Ningbo First Hospital (Ningbo Hospital of Zhejiang University) , Ningbo, China.
    • 2010/Jun to 2013/Jul, Clinical Resident, Department of Ophthalmology and Optometry, The Eye, Ear, Nose and Throat (Eye and ENT) Hospital of Fudan University, Shanghai, China
    • 2009/July to 2010/Jun, Rotating Intern, Zhongshan Hospital affiliated to Fudan University, Shanghai, China

    CREDENTIALS

    Board Certification

    • Ophthalmological Board, China, since 2019/Jun
    • PRK and LASIK surgical Board, China, since 2019/Oct
    • Certificate of Physician Credentials, since 2015/Nov

    Research Focus and Subspecialty

    • Refractive surgery
    • Optometry and Vision Science
    • Virtual Reality

    Academic and Professional Appointments

    2021/Jan~present

    Attending Ophthalmologist

    Wellem Medical Center, Shanghai, China

    2019/Sep~present

    Attending Ophthalmologist

    Broad Vision Eye Clinic, Guangzhou and Henan, China

    2008/Jul~2013/Jul

    Attending Ophthalmologist

    Department of Ophthalmology

    Universal Eye Center, Taipei, Taiwan, China

    2017/Aug ~2022/Oct

    Project director

    R&D team of Medical Health Science and Technology Project of Zhejiang Provincial Health Commission

    Application of Virtual Reality (VR) platform to evaluate visual function and quality: Ocular Dominance, Simulated Synoptophore and Perimeter (Grant No. 2018PY054)

    Department of Ophthalmology, Ningbo Hospital of Zhejiang University, Ningbo, China.

    2018/Nov ~ 2019/Sep

    Team member

    Preparatory team of Pediatric Optometry project

    Universal Eye Center Hangzhou Branch, Hangzhou , China

    2017/Apr ~present

    Co-founder/Chief Medical Technology Officer of Vrvaorigin

    Assisted Vrvaorigin to obtain the Government funding programmes (seed round)

    VRVAORIGIN VISION TECHNOLOGY CORP. LTD. , Taipei, Taiwan, China

    2016/Feb ~ 2017/Jul

    Team leader of Start-up business simulation project

    Biomedical Innovation and Commercialization Courses (Bio-design Courses)

    National Taiwan University(NTU), Taipei, Taiwan

    2014/Dec ~ 2015/Jun

    Team member

    Clinical study team of premium IOL surgery

    Application of image guidance system (VERION) in cataract surgery and postoperative visual quality(Project No. IRB15-033-B1)

    Universal Eye Center Taipei Branch, Hangzhou , Taipei, Taiwan, China

    2010/Jun ~ 2013/Jul

    Research Fellow

    National Health Commission (NHC) Key Laboratory of Myopia, Fudan University, Shanghai, China

    Honors and Awards

    • 2017 Best Resident doctor in the Ophthalmological Department, Ningbo Hospital of Zhejiang University
    • 2012 Excellent International Students Scholarship of Fudan University
    • 2018 Special Presidential Award of Bayer Business Plan Competition for the Greater China
    • Hsinchu Star Award from Taiwan's Ministry of Science and Technology, September 2016.
    • Qualification for the semi-final competition between the Cross Strait Four Regions in Guangzhou, September 2016.
    • Qualification of the FITI - Startup Business Plan Competition, held by the Ministry of Science and Technology of Taiwan, August 2016.
    • Nurturing Talents Prize of Hon Hai Group's H.Spectrum Innovation Biotech Accelerator Program, Apri 2017

    Membership of Academic Societies

    • Asia-Pacific Association of Cataract and Refractive Surgeons (APACRS)
    • Japanese Society of Cataract and Refractive Surgery (JSCRS)

    Presentation of Scientific Original Papers

    1. Hsin-Yang Chen, Nathanael U. Häner, Jan Darius Unterlauft. Investigating blind spot dislocation and influencing factors in head-mounted virtual reality perimetry, SOG-SSO 2024(Schweizerische Ophthalmologische Gesellschaft Société Suisse d’Ophtalmologie 2024), Olma Messen St.Gallen, Switzerland, 28 - 30 August 2024.
    2. Hsin-Yang Chen, Nathanael U. Häner, Jan Darius Unterlauft. Investigating subject behavior during virtual reality perimetry test in healthy eyes. XXVth International Visual Field and Imaging Symposium, Cardiff, United Kingdom, 30 July - 2 August, 2024.
    3. Hsin-Yang Chen, Nathanael U. Häner, Jan Darius Unterlauft. Influence of ocular dominance on visual field test in virtual reality (Oral presentation). The 24th COOC (Congress of Ophthalmology and Optometry China), Shanghai, China, 11 - 13 April, 2024.
    4. Hsin-Yang Chen, Juan Yao, Yadi Lei, Mingrui Cheng, Xiao Ying Wang, Early clinical outcomes of cutting design parameter and dry eye assessments in SMILE surgery, 34th APACRS Annual Meeting (ePoster), Seoul, South Korea, 11 - 12 June, 2022.
    5. Hsin-yang Chen, Jing Dong, Jingjing Shi, Effect of crystalline Lens rise on Implantable Collamer Lens (ICL) sizing exchange and re-rotation surgery in vault management: A Case Report Series, Virtual 33rd APACRS–SNEC 30th anniversary meeting (ePoster),Singapore, 30 – 31 July, 2021.
    6. Hsin-yang Chen, Yuan Dong, Guiqin Li, Jun Li,Nocturnal lagophthalmos with punctate corneal epithelial erosions and overnight orthokeratology Lens wearer: A Case Report (ePoster), Asia-Pacific Academy of Ophthalmology(APAO 2020),Xiamen,China, 5 - 9 August, 2020.
    7. Hsin-Yang Chen,Wei De Yu, Bryan Hung-Yuan Lin,Xiao Ying Wang,Bo Li,Xing Tao Zhou, Evaluation of postoperative visual quality prediction for virtual reality devices in the Visian Implantable Collamer Lens for high myopia (Free paper). 2019 JSCRS/APACRS Symposium and Congress; Japan, Kyoto; 3 – 5 October, 2019.
    8. Hsin-Yang Chen, Wei De Yu, Hung-Yuan Lin1, Xu Hui Wang, Bo Li, Zou Deng-Song, Preoperative evaluation of patients before refractive surgery in virtual reality devices (Free paper), 2018 APACRS Symposium and Congress; Thailand, Chiang Mai; 19 – 21 July, 2018.
    9. Hsin-yang Chen, Wei De Yu, Hung-Yuan Lin, Xu Hui Wang, bo Li, Comparison of traditional and a new technique methods of dominant eye measurement before refractive surgery (Free paper), 2017 APACRS Symposium and Congress; China, Hangzhou; 3 June, 2017.
    10. Hsin-yang Chen, Hung Yuan Lin, Ya-jung Chuang, Yun rui Lee, Comparison of Keratometry Outcomes between the VERION Image-Guided Surgery System and Current Measurement Technologies: Lenstar, AL-Scan, OPD-Scan III, and Auto Kerato –Refractometer (Poster), Asia-Pacific Academy of Ophthalmology (APAO 2016), Taiwan, Taipei, 24 – 27 March, 2016.
    11. Hsin-Yang Chen, Jiajun Chen, Junru Lin, Youzhuan Li, Xuebier. Effectiveness of adjustable focal spectacle lenses to correct presbyopia (Free paper). The 16th International Congress of Ophthalmology and Optometry China (COOC 2012), China, Shanghai. 18 - 20 March, 2016.
    12. Hsin-Yang Chen, Xiao Ying Wang, Hsin-Wei Chen, Xingtao Zhou, Retinal straylight and ICL surgery (Moderated poster), 30th Annual Meeting of the Japanese Society of Cataract and Refractive Surgery (JSCRS 2015), Japan , Tokyo, 19 - 21 June, 2015.
    13. Hsin-Yang Chen, Xiaoying Wang, Xingtao Zhou. The Anatomical Structures Changes of Anterior Segment After Phakic Collamer Lens Implantation (Free paper); The Effect of Implantable Collamer Lens (ICL) Implantation on Retinal Straylight in High Myopic eyes (Poster). The 18th National Ophthalmology Conference, Xiamen, China, 13 - 17 September, 2013.
    14. Hsin-Yang Chen, Xiaoying Wang, Xingtao Zhou, Feifei Chen. Changes in the Anatomy of the Iris and Anterior Chamber after ICL Implantation (Conference Digest). The 12th International Congress of Ophthalmology and Optometry China (COOC 2012), China, Hangzhou. 29 March - 4 April, 2012.
    15. Hsin-Yang Chen, Xiaoying Wang, Xingtao Zhou, Feifei Chen. Changes in the anatomy of the iris and anterior chamber after ICL implantation (Free paper). 2012 Shanghai Medical Association Ophthalmology Annual Meeting, China, Shanghai, 24 - 25 February, 2012.
    16. Weide Yu, Bo Li, Pi-Jung Lin, Hsin-Yang Chen. The visual performance of combining trifocal IOLs with Implantable Collamer Lens for bilateral cataract extraction: a case report(Conference Digest). The 25th Congress of Chinese Ophthalmological Society (CCOS), China, Xiamen, 19 - 22 Novmber，2020.
    17. Hung-Yuan Lin, Hsin-Yang Chen, Y. Lee, Y. Chuang, Yi-Ting Fang. Evaluation of keratometry measurements with Verion image-guided surgery system, refractive and optical biometry devices (LENSTAR, AL-Scan, kerato -refractometer) in cataractous eyes (Moderated poster), 2015. European Society of Cataract and Refractive Surgeons (ESCRS), Spain, Barcelona, 5 -9 September, 2015.
    18. Hung-Yuan Lin, Hsin-Yang Chen, Xiaoying Wang, Xingtao Zhou. The an interior segment anatomical changes after using Implantable Collamer Lens (ICLs), (Poster), 2015. Cataract and flexion in Asia Pacific Association of Cataract & Refractive Surgeons (APACRS), Malaysia, Kuala Lumpur, 5 - 8 August, 2015.

    Published Articles in Referred Scientific Journals

    1. Nathanael Urs Häner, Hsin-Yang Chen, Joel-Benjamin Lincke, Xiao Shang, Martin Sebastian Zinkernagel & Jan Darius Unterlauft, Virtual Reality Perimetry und Home Perimetry. Die Ophthalmologie. 2024 Jul;121(7):586-591

    2. Weide Yu, Hsin-Yang Chen(Corresponding author), Hung-Yuan Lin, Bo Li, Xuhui Wang, Evaluation of Eye Dominance Using a Virtual Reality Environment, BMC Ophthalmology.(under written)

    3. Hsin-Yang Chen, Hung-Yuan Lin, Han Bor Fam, Ya-Jung Chuang, Ronald Yeoh, and Pi-Jung Lin, Comparison of corneal power obtained from verion image-guided surgery system and four other devices, Clinical Ophthalmology, vol. 11, pp. 1291–1299, 2017.

    4. Hsin-Yang Chen, Xiaoying Wang, Feifei Chen, Xi Zhang, Xingtao Zhou, Hsin-wei Chen. Anterior segment anatomy changes in the posterior chamber of high myopia with phakic intraocular lens implantation. Chinese Journal of Ophthalmology and otorhinolaryngology, 2014, 14(4): 230-234.

    5. Hsin-Yang Chen, Xiaoying Wang, The complications and treatment of intraocular lens implantation. Chinese Journal of Ophthalmology and otorhinolaryngology, 2013, 2:129-133.

    6. Hsin-Yang Chen, Hsin-wei Chen, Xiaoying Wang, Xingtao Zhou, ,Fei-Fei Chen, Xi Zhang, Lin Wang. Retinal straylight in high myopia eyes with Implantable Collamer Lens, Survey of Ophthalmology. (under written)

    7. Hung-Yuan Lin, Ya-Jung Chuang, Xin Tang, Chun-Chang Lin, Hsin-Yang Chen, Pi-Jung Lin, Pivot concept: achieving a good-quality capsulorrhexis through a 2.2 mm or less clear corneal incision by using standard capsulorhexis forceps, Int J Ophthalmol. 2017; 10(7): 1175–1177.

    8. Hung-Yuan Lin, Yi-Ting Fang, Ya-Jung Chuang, Justin N Karlin, Hsin-Yang Chen, Szu-Yuan Lin, Pi-Jung Lin, Ming Chen. A comparison of three different corneal marking methods used to determine cyclotorsion in the horizontal meridian. Clinical ophthalmology (Auckland, NZ). 2017;11:311.

    9. Hung-Yuan Lin, Ching-Jen Tung, Guo-Xing Xu, Chun-Chi Wang, Hsin-Yang Chen, Ya-Jung Chuang, Wen-Fu Li, Pi-Jung Lin. Blood pressure change during phacoemulsification and femtosecond laser-assisted cataract surgery.Int J Ophthalmol 2016;9(11):1614-1618.

    10. Feifei Chen, Xiaoyu Wang, Hsin-Yang Chen, Xingtao Zhou, Lin Wang. Postoperative rotation management of Toric Implantable Collamer Lens (TICL). Chinese Journal of Ophthalmology and otorhinolaryngology, 2012, 12: 249-250.

    11. Hsin-Wei Chen, Hsin-Yang Chen, Xiaoyuan Qi, Hao Zhou, Renyuan Zhu, Xingtao Zhou, Jinhui Dai. The effect of mitomycin C on corneal endothelium and posterior surface after laser subepithelial keratomileusis. Chinese Journal of Optometry Ophthalmology and Visual Science, 2013, 15(7): 428-431.

    Master's thesis
    • Hsin-Yang Chen (Supervisor: Prof. Xiaoying Wang), The Preliminary Investigation of Anterior Segment Anatomical Structure Changes and Retinal Straylight Effect After Phakic Collamer Lens Implantation for high myopia. Shanghai Medical College, Fudan University, 2013.
    Published Books
    • Author of the book "Refractive Surgery with Femtosecond Laser" (Traditional Chinese Version, ISBN: 978-986-7364-59-3), The Leader Book Company Limited, published in 2015, original authors: Yan Wang MD,PhD., Kanxing Zhao MD,PhD. / People's Medical Publishing House.
    Published Patents

    1. Hsin-Yang Chen, Ling Yan, Weide Yu, Xiaoying Wang. Wearable Vision Training System, Method and Storage Medium.Chinese Invention Patent CN120022164A. Filed: February 8, 2025. Status: Pending.

    2. Hsin-Yang Chen, Xiaoying Wang, Ling Yan. A Multimedia Visual Assistance Control System Based on Myopia Defocus.Chinese Invention Patent CN119439493A. Filed: December 6, 2024. Status: Pending.

    3. Hsin-Yang Chen, Xiaoying Wang. Vision testing unit. Chinese Utility Model Patent CN220512833U. Filed: June 7, 2023. Granted: January 25, 2024.

    4. Hsin-Yang Chen, Weide Yu, Xiaoying Wang, Feng Xue. Dynamic Retinal Defocus Control Method, System and Ophthalmic Device. Chinese Invention Patent CN115542576B. Filed: September 20, 2022. Granted: June 28, 2024.

    5. Hsin-Yang Chen. Active sharing type lighting method and system. Chinese Invention Patent CN115774923A. Filed: October 8, 2022. Status: Pending.

    6. Xiaoying Wang, Hsin-Yang Chen, Mingrui Cheng, Xun Chen, Yang Shen, Xingtao Zhou, Jinhai Huang, Lingling Niu, Lin Wang. Intelligent Auxiliary Lens System for Intraocular Lens of Phakic Eye. Chinese Invention Patent CN115358144A. Filed: August 9, 2022. Status: Pending.

    7. Hsin-Yang Chen, Jing Dong. Apparatus and Method for Ophthalmic Correcting Head Position. Chinese Utility Model Patent CN215838981U. Filed: June 1, 2021. Granted: February 18, 2022.

    8. Hsin-Yang Chen. Vibration Auxiliary Cleaning Device and Vibrating Toothbrush. Chinese Utility Model Patent CN215019479U. Filed: March 22, 2021. Granted: December 17, 2021.

    9. Hsin-Yang Chen, Weide Yu. Intelligent Counting Clamp and Overturning Bat. Chinese Utility Model Patent CN212749897U. Filed: September 8, 2020. Granted: March 19, 2021.

    10. Hsin-Yang Chen, Weide Yu. Counting Clip. Chinese Design Patent 202030527876.8. Filed: September 8, 2020. Granted: March 5, 2021.

    11. Hsin-Yang Chen, Weide Yu. Accommodative Flippers. Chinese Design Patent 202030528596.9. Filed: September 8, 2020. Granted: February 1, 2021.

    12. Hsin-Yang Chen, Weide Yu. A Kind of Optometry Equipment. Chinese Invention Patent CN110292349B. Filed: July 9, 2019. Granted: March 26, 2024. Chinese Utility Model Patent CN210902956U. Filed: July 9, 2019. Granted: July 3, 2020.

    13. Hsin-Yang Chen, Weide Yu. Smart-Accommodative Flippers. Chinese Utility Model Patent CN210277651U. Filed: April 4, 2019. Granted: April 10, 2020.

    14. Hsin-Yang Chen. Photo Assistant Device. Taiwan Utility Model Patent TWM551282U. Filed: June 16, 2017. Granted: November 1, 2017.

    15. Hsin-Yang Chen. Photo Assistant Device. U.S. Patent Application US20180364558A1. Filed: September 14, 2017. Status: Abandoned.

    16. Hsin-Yang Chen. Head-Mounted Personal Multimedia Systems, Visual Assistance Devices, and Related Glasses. Chinese Invention Patent CN107526165B. Filed: June 20, 2016. Granted: August 26, 2022.

    17. Hsin-Yang Chen. Head-Mounted Personal Multimedia Systems and Visual Assistance Devices Thereof. U.S. Patent US10684479B2. Filed: June 15, 2016. Granted: September 3, 2019.

    18. Hsin-Yang Chen. Head-Mounted Personal Multimedia Systems and Visual Assistance Devices Thereof. Taiwan Invention Patent TW201800804A. Filed: June 15, 2016. Granted: November 21, 2020.

    Honors and Awards

    • 2022 INNOVATION AND ENTREPRENEURSHIP GLOBAL CHALLENGE COMPETITION,EYE VALLEY@CHINA Final round: Merit Award
    • 2017 Best Resident doctor in the Ophthalmological Department, Ningbo Hospital of Zhejiang University
    • 2012 Excellent International Students Scholarship of Fudan University
    • 2018 Special Presidential Award of Bayer Business Plan Competition for the Greater China
    • Hsinchu Star Award from Taiwan's Ministry of Science and Technology, September 2016.
    • Qualification for the semi-final competition between the Cross Strait Four Regions in Guangzhou, September 2016.
    • Qualification of the FITI - Startup Business Plan Competition, held by the Ministry of Science and Technology of Taiwan, August 2016.
    • Nurturing Talents Prize of Hon Hai Group's H.Spectrum Innovation Biotech Accelerator Program, Apri 2017

    Media Repoerts

  • 中文简历CV

    Chinese language version of CV

    陈昕阳（Hsin-yang Chen）

    专业头衔

    • 眼科主治医师(中国中级职称资格证)
    • 中国PRK/LASIK设备认证医师
    • APACRS亚太及日本白内障屈光手术医师协会会员*
    • JSCRS亚太及日本白内障屈光手术协会会员*

    -----------------------------------------------

    注：*Asia Pacific Association of Cataract & Refractive Surgeons; *Japanese Society of Cataract and Refractive Surgery

    学历

    • 瑞士University of Bern伯尔尼大学在读医学博士
    • 复旦大学眼科硕士
    • 复旦大学医学学士
    • 比利时Liège大学HEC商学院EMBA
    • 台湾大学生技医材创新商业化课程（Stanford Bio-design教程）研修

    经历

    • 唯儿诺医疗集团眼科部主治医师(上海&深圳)
    • 视献眼科集团主治医师 (广州&河南)
    • 太学眼科医疗集团主治医师 (浙江区)
    • 杭州全程国际健康医疗中心眼科部主治医师 (杭州)
    • 复旦大学附属上海眼耳鼻喉科医院眼视光与斜弱视学系-卫生部近视眼重点实验室研究医师 (上海)
    • 宁波市第一医院(浙江大学宁波医院)眼科规培住院医师 (宁波)
    • 大学光学科技股份有限公司医学顾问 (台北)
    • vrvaOrigin威亚视觉科技创始人 (台北)
    • 10余年台北、上海、广州与深圳、杭州、宁波等多地工作、学习经验

    专业获奖情况

    • 浙大宁波医院优秀住院医师奖(2018年7月)
    • 复旦大学优秀硕士生奖学金(2012年12月)

    外部获奖情况

    • 2022中国眼谷创新创业全球挑战赛决赛优胜奖 (2022.11)
    • 拜耳(Bayer)创业竞赛大中华区总裁特别奖（2018年）
    • 台湾区科技部竹科之星奖（2016年）
    • 鸿海集团H.Spectrum创新生技医材加速器计划培育人才, 访美提名资格（2017年）
    • 协助新创团队获「台湾行政院国发会创业天使计划」种子金融资 (2016年)

    擅长诊治

    • 屈光手术、角膜塑形术、双眼视功能异常、VDT视疲劳综合症、干眼症MGD脉冲光疗法

    专攻研究领域

    • 角膜屈光手术和白内障人工晶体、高度近视ICL植入术、VR眼视光学研究

    学术成果 (2022 Feb 24th 更新)

    2012–至今, 医学专业论文10+篇、18+余场海内外医学会议发表、专利19+篇。详列以下：

    > 论文期刊

    1. Nathanael Urs Häner, Hsin-Yang Chen, Joel-Benjamin Lincke, Xiao Shang, Martin Sebastian Zinkernagel & Jan Darius Unterlauft, Virtual Reality Perimetry und Home Perimetry. Die Ophthalmologie. 2024 Jul;121(7):586-591

    2. Weide Yu, Hsin-Yang Chen(Corresponding author), Hung-Yuan Lin, Bo Li. Xuhui Wang, Evaluation of Eye Dominance Using a Virtual Reality Environment, Eye and Vision.(投稿中)

    3. Hsin-Yang Chen, Hung-Yuan Lin, Han Bor Fam, Ya-Jung Chuang, Ronald Yeoh, and Pi-Jung Lin. Comparison of corneal power obtained from verion image-guided surgery system and four other devices, Clinical Ophthalmology, vol. 11, pp. 1291–1299, 2017.

    4. 陈昕阳,王晓瑛,陈菲菲,张曦,周行涛,陈昕纬. 高度近视后房型有晶状体眼人工晶状体植入术后眼前节解剖变化. 中国眼耳鼻喉科杂志, 2014,14(4):230-234.

    5. 陈昕阳,王晓瑛. 有晶状体眼人工晶状体植入术的并发症及其处理. 中国眼耳鼻喉科杂志,2013, 2:129-133.

    6. Hsin-Yang Chen, Hsin-wei Chen, Xiao-Ying Wang, Xing-Tao Zhou, Fei-Fei Chen, Xi Zhang, Lin Wang. Retinal straylight in high myopia eyes with Implantable Collamer Lens, Survey of Ophthalmology.(投稿中)

    7. Hung-Yuan Lin, Yi-Ting Fang, Ya-Jung Chuang, Justin N Karlin, Hsin-Yang Chen, Szu-Yuan Lin, Pi-Jung Lin, Ming Chen. A comparison of three different corneal marking methods used to determine cyclotorsion in the horizontal meridian. Clinical ophthalmology (Auckland, NZ). 2017;11:311.

    8. Hung-Yuan Lin, Ya-Jung Chuang, Xin Tang, Chun-Chang Lin, Hsin-Yang Chen, Pi-Jung Lin. Pivot concept: achieving a good-quality capsulorrhexis through a 2.2 mm or less clear corneal incision by using standard capsulorhexis forceps, Int J Ophthalmol. 2017; 10(7): 1175–1177.

    9. Hung-Yuan Lin, Ching-Jen Tung, Guo-Xing Xu, Chun-Chi Wang, Hsin-Yang Chen, Ya-Jung Chuang, Wen-Fu Li, Pi-Jung Lin. Blood pressure change during phacoemulsification and femtosecond laser-assisted cataract surgery.Int J Ophthalmol 2016;9(11):1614-1618.

    10. 陈菲菲,王晓瑛,陈昕阳,周行涛,汪琳. TICL 植入术后人工晶状体旋转及其处理. 中国眼耳鼻喉科杂志, 2012,12: 249-250.

    11. 陈昕纬,陈昕阳,戚晓圆,周浩,诸仁远,周行涛,戴锦晖. 准分子激光上皮下角膜磨镶术中应用丝裂霉素C对角膜内皮及后表面的影响. 中华眼视光学与视觉科学杂志, 2013, 15(7): 428-431.

    硕士论文

    • 陈昕阳(指导教授:王晓瑛), ICL术后的眼前节解剖学改变与散射光的初步研究, 复旦大学上海医学院, 2013.

    > 学会发表

    1. Hsin-Yang Chen, Raphael Sznitman, Jan Darius Unterlauft, Martin Zinkernage, Nathanael Urs Häner. Influence of Head Movement on Fixation Stability and Eye Angle Changes During Virtual Reality Perimetry. European Association for Vision and Eye Research (EVER) 2025, Florence, Italy, 9–11 October 2025, oral presentation.

    2. Hsin-Yang Chen, Raphael Sznitman, Jan Darius Unterlauft, Martin Zinkernage, Nathanael Urs Häner. The Impact of Different Visual Field Testing Strategies on Visual Fatigue in Head-Mounted Virtual Reality Perimetry (VRP). Swiss Society of Ophthalmology (SOG�SSO) Annual Meeting 2025, Basel, Switzerland, 27–29 August 2025, oral presentation.

    3. Hsin-Yang Chen, Nathanael U. Häner, Jan Darius Unterlauft. Investigating Subject Behavior During Virtual Reality Perimetry in Healthy Eyes. XXVth International Visual Field and Imaging Symposium, Cardiff, United Kingdom, 30 July – 2 August 2024, oral presentation.

    4. Hsin-Yang Chen, Nathanael U. Häner, Jan Darius Unterlauft. 视觉优势眼对虚拟现实视野测试的影响. 第24届中国眼科与视光学学术会议 (The 24th International Congress of Ophthalmology and Optometry China, COOC), 上海,中国, 11–13 April 2024, 口头发言.

    5. Hsin-Yang Chen, Juan Yao, Yadi Lei, Mingrui Cheng, Xiaoying Wang. Early Clinical Outcomes of Cutting Design Parameters and Dry Eye Assessments in SMILE Surgery. 34th APACRS Annual Meeting, Seoul, South Korea, 11–12 June 2022, ePoster.

    6. Hsin-yang Chen, Jing Dong, Jingjing Shi. Effect of Crystalline Lens Rise on ICL Sizing Exchange and Vault Management: A Case Report Series. 33rd APACRS–SNEC 30th Anniversary Meeting (Virtual), Singapore, 30–31 July 2021, ePoster.

    7. 余威德, 李波, 林丕容, 陈昕阳. 混搭植入三焦晶体和ICL晶体病例1例. 2020全国眼科学术大会(CCOS), 厦门,中国, 19–22 November 2020,abstract only.

    8. Hsin-yang Chen, Yuan Dong, Guiqin Li, Jun Li. Nocturnal lagophthalmos with punctate corneal epithelial erosions and overnight orthokeratology Lens wearer: A Case Report. Asia-Pacific Academy of Ophthalmology (APAO 2020), 厦门,中国, 5–9 August 2020, ePoster.

    9. Hsin-Yang Chen, Weide Yu, Bryan Hung-Yuan Lin, Xiaoying Wang, Bo Li, Xingtao Zhou. Evaluation of Postoperative Visual Quality Prediction for Virtual Reality Devices in High Myopia ICL Cases. JSCRS/APACRS Symposium and Congress, Kyoto, Japan, 3–5 October 2019, oral presentation.

    10. Hsin-Yang Chen, Wei De Yu, Hung-Yuan Lin, Xu Hui Wang, Bo Li, Zou Deng-Song. Preoperative Evaluation of Patients Before Refractive Surgery in Virtual Reality Devices. APACRS Symposium and Congress, Chiang Mai, Thailand, 19–21 July 2018, oral presentation.

    11. Hsin-yang Chen, Weide Yu, Hung-Yuan Lin, Xuhui Wang, Bo Li. Comparison of Traditional and New Techniques of Dominant Eye Measurement Before Refractive Surgery. APACRS Symposium and Congress, Hangzhou, China, 3 June 2017, oral presentation.

    12. 陈昕阳, 陈嘉骏, 林君儒, 李友专, 雪必儿. 可调焦距式框架镜矫正老视眼的影响. 第16届国际眼科及视光学学术会议(The 16th International Congress of Ophthalmology and Optometry China, COOC), 上海,中国, 18–20 March 2016,abstract only.

    13. Hsin-Yang Chen, Hung Yuan Lin, Ya-jung Chuang, Yun rui Lee. Comparison of Keratometry Outcomes Between the VERION Image-Guided Surgery System and Current Measurement Technologies. Asia-Pacific Academy of Ophthalmology (APAO) 2016, Taipei, Taiwan, 24–27 March 2016, poster presentation.

    14. Hung-Yuan Lin, Hsin-Yang Chen, Xiaoying Wang, Xingtao Zhou. The Anterior Segment Anatomical Changes After Using Implantable Collamer Lenses (ICLs). Asia-Pacific Association of Cataract and Refractive Surgeons (APACRS), Kuala Lumpur, Malaysia, 5–8 August 2015, poster presentation.

    15. Hung-Yuan Lin, Hsin-Yang Chen, Y. Lee, Y. Chuang, Yi-Ting Fang. Evaluation of Keratometry Measurements with Verion Image-Guided Surgery System, Refractive and Optical Biometry Devices in Cataractous Eyes. European Society of Cataract and Refractive Surgeons (ESCRS), Barcelona, Spain, 5–9 September 2015, moderated poster.

    16. Hsin-Yang Chen, Xiaoying Wang, Hsin-Wei Chen, Xingtao Zhou. Retinal Straylight and ICL Surgery. 30th Annual Meeting of the Japanese Society of Cataract and Refractive Surgery (JSCRS), Tokyo, Japan, 19–21 June 2015, moderated poster.

    17. 陈昕阳, 王晓瑛, 周行涛. The Anatomical Structures Changes of Anterior Segment After Phakic Collamer Lens Implantation. 第18届全国眼科学学术会议, 厦门,中国, 13–17 September 2013, 口头发言.

    18. 陈昕阳, 王晓瑛, 周行涛, 陈菲菲. ICL植入术后的虹膜与前房解剖结构的改变. 2012年上海市医学会眼科学术年会, 上海,中国, 24–25 February 2012,口头发言.

    > 专业书刊

    • 参与书籍编译《飞秒雷射屈光手术学Refractive Surgery with Femtosecond Laser》繁体版 (ISBN：978-986-7364-59-3), 力大图书有限公司, 2015年出版, 原著: 王雁, 赵堪兴/人民卫生出版社

    > 专利

    1. 陈昕阳,严玲,余威德,王晓瑛,"戴式视觉训练系统、方法及存储介质" 中国发明专利CN120022164A,审核中, 申请日期: 2025.02.08

    2. 陈昕阳,王晓瑛,严玲, "一种基于近视离焦的多媒体视觉辅助控制系统" 中国发明专利 CN119439493A,审核中,申请日期: 2024.12.06

    3. 陈昕阳,王晓瑛. "视力检测单元" 中国实用新型专利 CN220512833U,申请日期: 2023.06.07 , 授权日期: 2024.01.25

    4. 陈昕阳,余威德,王晓瑛,薛枫. "动态视网膜离焦控制方法、系统及眼科装置"中国发明专利CN115542576B,申请日期: 2022.9.20, 授权日期: 2024.6.28

    5. 陈昕阳."一种主动分享式采光方法及系统"中国发明专利CN115774923A,申请日期：2022年10月8日,当前状态：审核中

    6. 王晓瑛, 陈昕阳, 程明睿, 陈珣, 沈阳, 周行涛, 黄锦海, 牛凌凌, 汪琳."有晶状体眼人工晶状体智能辅助订片系统"中国发明专利CN115358144A,审核中, 申请日期: 2022.8.9

    7. 陈昕阳,董晶. "眼科头戴式头位矫正器" 中国实用新型专利CN215838981U,申请日期: 2021.6.1,授权日期: 2022.2.18

    8. 陈昕阳. "一种针振动辅助洁牙装置及振动牙刷" 中国实用新型专利CN215019479U,申请日期: 2021.3.22, 授权日期: 2021.12.17

    9. 陈昕阳,余威德. "一种智能计数夹及翻转拍" 中国实用新型专利CN212749897U,申请日期: 2020.9.8,授权日期: 2021.3.19

    10. 陈昕阳,余威德. "计数器" 中国外观专利202030527876.8,申请日期: 2020.9.8 ,授权日期: 2021.3.5

    11. 陈昕阳,余威德. "翻转拍" 中国外观专利202030528596.9,申请日期: 2020.9.8 ,授权日期: 2021.2.1

    12. 陈昕阳,余威德. "一种验光设备" 中国发明专利CN110292349B,申请日期: 2019.7.9, 授权日期: 2024.3.26;实用新型专利CN210902956U,申请日期: 2019.7.9, 授权日期: 2020.7.3

    13. 陈昕阳,余威德. "一种智能翻转拍" 中国实用新型专利CN210277651U,申请日期: 2019.4.4, 授权日期: 2020.4.10

    14. 陈昕阳. "摄影辅助装置"台湾实用新型专利TWM551282U,申请日期: 2017.6.16, 授权日期: 2017.11.1

    15. HSIN-YANG CHEN."PHOTO ASSISTANT DEVICE"美国专利US20180364558A1, 放弃,申请日期: 2017.9.14

    16. 陈昕阳. "头戴式个人多媒体系统、视觉辅助装置以及相关眼镜" 中国发明专利CN107526165B,申请日期: 2016.6.20, 授权日期: 2022.8.26

    17. HSIN-YANG CHEN. "HEAD-MOUNTED PERSONAL MUTIMEDIA SYSTEMS AND VISUAL ASSISTANCE DEVICES THEREOF" 美国专利US10684479B2,申请日期: 2016.6.15, 授权日期: 2019.9.3

    18. 陈昕阳. "头戴式个人多媒体系统与视觉辅助装置" 台湾发明专利TW201800804A,申请日期: 2016.6.15,授权日期: 2020.11.21

  • 其他跨领域创新项目

    Multi-Disciplinary Innovations

    涵盖了机器感知, 工业设计, 智能艺术与建筑设计等创新技术, 未来将进行商业项目转化。

    I have ventured into multiple fields, including medicine, industrial design, intelligent art, and architecture, and have undertaken interdisciplinary innovative projects in these fields.

    2022 May 19th updated

    V Electric Toothbrush

    一种可快拆的超音波牙刷震动模块。这个夹扣式的设计兼容各种类型的传统牙刷, 容易携带。项目代号为"Baki"。

     

    已获专利：陈昕阳. "一种针振动辅助洁牙装置及振动牙刷" 中国实用新型专利CN215019479U


    Introducing "BAKI", an innovative and interdisciplinary project featuring a quick disassembly ultrasonic toothbrush vibration module. This cutting-edge clip-on design can be easily attached to any type of conventional toothbrush, providing unparalleled convenience and portability. Say goodbye to bulky and cumbersome electric toothbrushes and say hello to the next level of dental care with "BAKI".

     

    Patent：Hsin-yang Chen." Vibration auxiliary cleaning device and vibrating toothbrush " China Utility Model patent CN215019479U

    Airfloating CUBE 

    这是一种氦气和无人机结合的半永久漂浮灯, 针对小型家庭消费用户设计的产品, 智能艺术家居市场定位。新型的自动充电充气技能和轻量化骨架设计,除了照明,还搭载了室内智能巡逻和感知等多功能模块。

     

    近似产品参考: 松下于2016年推出的新型无人机BalloonCam

     

    Introducing our innovative semi-permanent floating lamp system, an interdisciplinary combination of helium-balloon and drone technology. Specifically designed for smart homes and small living spaces, this product features automatic charging inflatable technology, lightweight structure, and lighting functions. Additionally, it includes multi-functional modules such as home security, IoT, and multi-sensor modules, making it a versatile solution for modern living.

     

    Reference:
    Panasonic's balloon-drone hybrid prototype (BalloonCam).

    SUN CELL SYSTEM

    这是一种先进的智能建筑采光系统, 可以适应各种建筑群落或是单体建筑, 透过建筑物外部结构的可模块化扩充的向日镜组件, 反射太阳光束进入室内, 其中透过机器学习的方式减少运作过程中的光污染以及增加导光效率。

     

    专利: 陈昕阳, "一种主动分享式采光方法及系统" 中国发明专利CN115774923A

     

    (该项目暂时不揭露进一步细节)

     

    Our intelligent building daylighting system is an interdisciplinary solution for sustainable and efficient lighting in buildings. Using expandable heliostats, the A.I. system can reflect sunlight into the room, reducing light pollution and increasing the efficiency of light conduction. Through machine learning, the system is adaptable to various building compounds or single buildings, making it a unique and advanced solution for your daylighting needs.

     

    Patent：Hsin-yang Chen."Active sharing type lighting method and system" CN115774923A

     

    （No further details of the project can be revealed at present.）

    DynaL Tech

    一种仿生机器精确触觉系统"DynaL Tech", 我们的仿生区分触觉传感器为机器提供高度精确的触觉体验。这项技术可以应用于各种工业领域，包括医疗和消费品，如干眼症检测和智能成人玩具。我们的传感器旨在复制人类触觉，使机器能够检测和响应压力和纹理的微小变化。由于其高灵敏度和精确性，它们可以提高医疗程序的安全性和效率，并改善消费品的用户体验。我们的技术代表了仿生学领域的重大突破，我们致力于推进其应用以造福社会。

     

    (该项目不揭露细节)

     

    Our DynaL Tech bionic discriminative touch sensors offer a highly precise tactile experience for machines. This technology can be applied in various industrial fields, including medical and consumer products, such as dry eye syndrome detection and intelligent adult toys. Our sensors are designed to replicate the human sense of touch, allowing machines to detect and respond to subtle changes in pressure and texture. With their high sensitivity and accuracy, they can enhance the safety and efficiency of medical procedures and improve user experience in consumer products. Our technology represents a significant breakthrough in the field of bionics, and we are dedicated to advancing its applications to benefit society.

     

    （No details of the project can be revealed at present.）

    Seagull Bot

    一种AI结合仿生机械臂的海岸清洁多足机器人, 并且使用太阳能为补充动力, 初代原型产品命名为Seagull bot。Seagull Bot采用AI机器视觉识别地表的垃圾并且自动采集, 并且能适应各种海岸地形。项目代号为“Crab"。

     

    (该项目暂时不揭露进一步细节)

     

    The first-generation prototype product is named Seagull Bot, a coastal cleaning multi-legged walking robot with AI combined with a bionic robotic arm, and using solar energy as supplementary power. Seagull Bot uses AI machine vision to determine the beach surface litter and collect them automatically, and Seagull Bot can adapt to various coastal terrains. The project code is "Crab".

     

    （No further details of the project can be revealed at present.）

  • 相册 album for journal

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