Michael Yang

(Vice Chairman of CTCI Group)

楊宗興 中鼎集團副總裁

演講主題 Lecture Topic

台灣第一暨全球百大

中鼎集團的永續之路

演講大綱 Lecture Summary

1. 集團簡介

2. 營運成長

3. 技術創新

4. 全員ESG

學歷 Education

國立台灣科技大學企業管理碩士

國立台灣大學機械工程碩士

大同工學院(大同大學)機械工程學士

現職 Current Position

中鼎集團副總裁暨工程事業群執行長

中鼎工程股份有限公司董事長

中國工程師學會理事

中華民國工程技術顧問商業同業公會常務監事

台北市工程技術顧問商業同業公會常務監事

中鼎教育基金會董事

榮譽與獲獎 Honors and Awards

2022年榮獲中國工程師學會「工程獎章」及「會士」榮銜

2022年榮獲「台灣科技大學傑出校友」及「台灣科技大學管理學院傑出校友」

2020年榮獲中華民國管理科學會「李國鼎管理獎章」

2016年榮獲中華民國阿拉伯文化經濟協會「促進中阿關係人士」

2010年榮獲中國工程師學會「傑出工程師獎」

2006年榮獲第24屆「國家十大傑出經理獎」

Pingbo Tang Ph.D., P.E.

唐平波 博士

演講主題 Lecture Topic

Human-Cyber-Physical Security for Resilient Civil Infrastructure Operations in a Changing World

演講大綱 Lecture Summary

Civil infrastructure systems (CIS) (e.g., transportation infrastructure, water utilities, nuclear power plants, airports) require effective systems-level operation and maintenance (O&M) processes to ensure operational safety and efficiency. Such CIS O&M processes demand significant human efforts that include human/team cognition, decision-making, and activities, thus forming Human-Cyber-Physical Systems (H-CPS). Lack of proper comprehension and coordination of human behaviors within H-CPS could affect the cybersecurity and physical safety, and efficiency of CIS O&M in a changing world. For example, air traffic controllers may disregard subtle deviations from the flight plans; water system operators could miss cyber-attacks that cause faults. Such errors could gradually lead to air traffic congestions and losses of separations around airports and toxic water. Detecting and resolving critical CIS O&M events requires resilient and responsive response procedures that strictly satisfy CIS safety regulations. Comprehending human cognitive, task execution, and cyber attacking behaviors during CIS O&M processes is thus crucial for ensuring the safety and efficiency of CIS O&M.

This presentation aims at synthesizing H-CPS research studies that capture, diagnose, and predict the impacts of human cognitive and task execution behaviors on CIS O&M safety and efficiency. The presentation will introduce a mathematical framework for characterizing various human reliability issues involved in the H-CPS of CIS O&M. Guided by this mathematical framework. The speaker will introduce example H-CPS studies that synthesize three types of H-CPS reliability issues: Human-Physical (H.P.) reliability, Human-Human (H.H.) reliability, and Human-Cyber (H.C.) reliability. The synthesis revealed various risks triggered by poorly coordinated H.P. engagements, H.H. communications, and H.C. interactions during CIS O&M. This synthesis reveals a few research gaps, such as the lack of formal methods that enable automated checking of human-in-the-loop processes in CIS O&M. The presentation concludes with a research roadmap towards secured human-centric civil infrastructure operations.

學歷 Education

Ph.D. Carnegie Mellon University, 2009

M.S. Tongji University, 2005

B.S. Tongji University, 2002

經歷 Experience

Prof. Pingbo Tang is an expert on civil infrastructure operations and human systems engineering for civil infrastructure operational safety. Prof. Tang’s research explores remote sensing, human systems engineering, and information modeling technology in support of the spatiotemporal analyses needed for effective management of construction sites, constructed facilities, and civil infrastructure systems. His ongoing studies have examined sensing and modeling methods for comprehending the Human-Cyber-Physical-Systems (H-CPS) in accelerated construction and infrastructure operations (e.g., airport operations, nuclear plant outage control).

Prof. Pingbo Tang holds memberships and leadership positions of the American Society of Civil Engineers (ASCE, the Chair of the ASCE Data Sensing and Analysis committee), TRB (Committee on Bridge Management, AHD35), IABSE, ASPRS, and ASTM International (Committee E57: 3D imaging systems). He is also on the editorial board member of ASCE Journal of Computing in Civil Engineering as well as a reviewer of multiple top journals and conferences related to Computing in Civil Engineering.

榮譽與獲獎 Honors and Awards

The Daniel W. Halpin Award for Scholarship in Construction from the American Society of Civil Engineers in 2020

USA National Science Foundation CAREER Award in 2015

The 2013 Recent Alumnus Achievement Award of the Civil and Environmental Engineering Department at Carnegie Mellon University.

Best Paper Awards at the 2019 ASCE International Conference on Computing in Civil Engineering, the ASCE 2017 International Workshop on Computing in Civil Engineering, the ASCE 2009 Construction Research Congress.

Best Poster Award of Construction Industry Institute's 2011 Annual Conference