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What is the future of the city after COVID? And what does the acceleration toward remote life and technological convenience mean for integrating technologies to foster the development of smart cities?

These are some of the most important questions that futurist Jason Schenker will address in this talk on the future of urban life and smart cities after COVID. There will be a discussion of the major technological accelerations because of COVID-19 as well as an exploration of the most relevant technologies that will help shape smart city development. This exploration of the future of urban life and the development of smart cities will inform attendees of the medium-term synergies, opportunities, and challenges for smart cities in the decade ahead.

Mr. Schenker will share his visions for how people will live in cities of the future and why this is the time to plan for the changes ahead. There will also be a discussion of population distribution, economic opportunity, and how technology is just beginning to permeate all aspects of people’s lives. Cities of the future will be smart cities, but will we be smart enough to effectively prepare for and successfully implement their creation? Join this session to find out.

• LinkedIn Learning Instructor

  2017. ~ current

• Bloomberg Contributor

  2017. ~ current

• Chairman of The Futurist Institute

  2016. current

• President of Prestige Economics

  2009. ~ current

• Risk Specialist at McKinsey

  2017. ~ 2009.

• Chief Energy and Commodity Economist at Wachovia Bank

  2004. ~ 2007.

• Professional Certificate in Foresight from the University of Houston

  2020.

• CERT Certificate in Cybersecurity Oversight from Carnegie Mellon

  2018.

• Certificate in FinTech from MIT

  2016.

• Master of Arts (M.A.) in Negotiation, Conflict Resolution and Peacebuilding of California State University at Dominguez Hills

  2016.

• Master of Arts (M.A.) in Applied Economics from University of North Carolina at Greensboro

  2003.

• Master of Arts (M.A.) in Germanic Languages and Literature from University of North Carolina at Chapel Hill

  2001.

• Bachelor of Arts (B.A.) in History and German from the University of Virginia

  1999.

This presentation introduces the master plan of Professor Jeong Jae-seung from KAIST who doubles as the master planner for the Sejong Smart City National Project. He discusses progress made, the definition of smart city, and his vision for the national project.

He identifies the causes and impacts of urban sprawl, suggests solutions for achieving sustainable cities and the happiness of citizens, and analyzes the problems of Sejong City. He will define the key philosophy and values for the Sejong Smart City National Pilot Project as a city that epitomizes the fourth industrial revolution, introducing seven innovation factors and their goals.

Moreover, he will give an overview, including 25 key services, data management, the urban spatial plan, and strategies, while proposing a convergence service based on artificial intelligence to differentiate Sejong City from other urban projects.

Additionally, he will describe the principles and processes of urban spatial planning and describe land usage plans and street plans based on those principles. He concludes with grounds and measures for regulation reform, cross-demonstration, and collaboration between the private and the public sectors.

• Master Planner of Sejong National Pilot Smart City

  2018.07. ~ current

• Professor, KAIST

  2004.05. ~ current

• Assistant professor, Columbia University

  2005. ~ 2008.

• Research professor, Korea University

  2001. ~ 2004.

• Post-doctoral Associate, Yale University School of Medicine

  1999. ~ 2001.

• Ph.D in Physics, Korea Advanced Institute of Science and Technology(KAIST)

  1996.03. ~ 1999.08.

• M.S. in Physics, Korea Advanced Institute of Science and Technology(KAIST)

  1994.03. ~ 1996.02.

• B.S. in Physics, Korea Advanced Institute of Science and Technology(KAIST)

  1990.03. ~ 1994.02.

• Kyunggi High School of Science (Summa Cum Laude)

  1988.03. ~ 1990.02.

Disaster response starts from the recognition of said disaster to the end of it. Thus, it can be seen as a continued decision-making process based on various information constantly collected from spatial areas and past experiences.

In the past, due to the limited technology for collecting information, it was inevitable to rely on the subjective experience of decision-makers as there was limited information available for situation assessment and decision-making.

Recently, with the remarkable development of information-collecting technologies, the amount of information available for decision-making processes has rapidly increased. However, there are still limitations in the human capability of information processing in order to fully utilize the increased volume of information in a disaster response, which requires prompt decisions.

By developing a Korean-style decision-making aid system for disaster response (ASK, AI for Safety Korea) that takes advantage of big data and artificial intelligence algorithms backed by remarkably developed information-collecting and processing technology, we would like to shift from a decision-making process for each disaster response stage based on subjective experience and judgment to a consistent standardized system.

• Postdoctoral Research Fellow, Dept. of Mechanical Engineering, Virginia Polytechnic Institute and State University

  2008.10. ~ 2009.02.

• Postdoctoral Researcher, Korea Advanced Institute of Science and Technology

  2008.02. ~ 2008.09.

• Adjunct Researcher, Korea Electronics Technology Institute

  2008.04. ~ 2008.06.

• Korea Advanced Institute of Science and Technology, Ph.D. Structural Engineering/Civil Engineering

  2004.03. ~ 2008.02.

• Korea Advanced Institute of Science and Technology, M.S. Structural Engineering/Civil Engineering

  2002.03. ~ 2004.02.

• Korea Advanced Institute of Science and Technology, B.S. Civil Engineering

  1997.03. ~ 2002.02.

A smart city using information and communication technology and eco-technology is a great future growth engine with great impact in transportation, energy, environment, etc. Notably, among various major platforms in the smart city, smart healthcare will provide different medical services, such as remote patient monitoring service and patient management at medical institutes, contributing to a higher quality of life among residents through disease prevention and health management.

The smart healthcare platform will be equipped with the latest digital and mobile technologies, namely eHealth and mHealth systems, as well as intelligent (artificial intelligence) and connected (IoT) medical devices. It can serve as an important element in creating public health-oriented urban planning by establishing infrastructure connected to communications and data.

Therefore, it is necessary to establish a smart healthcare ecosystem that can provide not only individualized health and medical care services that enable disease prevention, condition monitoring, diagnosis, treatment, and management anytime anywhere, but also comprehensive services, such as welfare and safety by converging various innovative technologies with infrastructure and accumulated information in the eco-smart city.

• Director, Department of Healthcare Service Innovation, Korea Health Industry Development Institute

  2009. ~ current

• Nursing Administration, Ajou University Hospital

  1994. ~ 1998.

• Staff Nurse, Severance Hospital

  1991. ~ 1994.

• Yonsei University, Ph. D. Graduate School, Nursing

• Yonsei University, M.P.H. Graduate School of Public Health, Hospital Administration

• Yonsei University, B.S.N. College of Nursing

Even though the urban gas pipeline is part of the national infrastructure, it is managed by private urban gas companies.

In 1994, urban gas leaked through a crack in an automatic valve in Ahyeon-dong, the resulting explosion causing 123 casualties and damage to 145 buildings. In 1995, a damaged urban gas pipe in Daegu resulted in leakage and an explosion, causing 220 casualties and property damage equivalent to 60 billion KRW. As such, considering their social and economic impact, accidents involving the urban gas pipeline entail sizable damage, requiring a strengthened national disaster management system.

Current regulations demand in-person safety inspection for excavation sites and urban gas facilities. Although laws require at least one inspection per day for an area where urban gas pipelines are buried, the entire pipeline stretches for 42,500km across the country, including low- and mid-pressure pipes. Therefore, in-person inspection of the entire system is difficult. Furthermore, as pipelines are usually buried near roads, there are constant risks of accidents. With in-person inspection, real-time risk detection is also difficult.

With this demonstration project, we developed a system that can perform safety inspections constantly from a remote location using smart meters, such as drones and IoT devices. Using drones and artificial intelligence, gas leaks and excavators can be detected automatically at excavation sites. Vibration sensors detect external shocks, and electrostatic sensors monitor corrosion of underground pipelines. Also, smart meters installed in households will manage gas usage, while automatically detecting and shutting down gas leakage.

An integrated real-time monitoring system for the entire urban gas pipeline will ensure safe operation of the urban gas supply and the safety of smart cities.

• Director of MiraeIT Research Institute

  2021.

• Master's Completion in disaster safety management, Soongsil Universtiy

  2020.

• Graduated from Korea University Department of Computer Science

  1999.

A smart city aims at addressing urban problems and improving the convenience of citizens by taking advantage of various information and communications technology.

Safety has a particularly wide spectrum, ranging from personal safety to safety from disaster.

The presentation reviews an urban model of the present and future related to smart safety that can be achieved using various smart technologies—such as AI, AR/VR, drone, and robots—and makes institutional, technological, and policy suggestions.

• Hancom Lifecare Future Business&Strategy Head. Chief Officer(Leader of Smart city secttor in Hancom Group)

  current

• Advisory committee member of Smart City in Jeon-ju City

  current

• Industrial Subcommittee of Digital Twin system improvement in MOLIT(Ministry of Land, Infrastructure and Transport)

  2019.08. ~ 2020.07.

• Douzone Bizon, Representative of Private Cloud Business

  2016.02. ~ 2018.09.

• MNL Solution, Planning and Strategy of New Business

  2013.07. ~ 2016.01.

• Ovum Korea Ltd., Expert of ICT sector

  2008.12. ~ 2010.12.

• Kunkuk University Electric Eng. Bachelor's degree

With the development of 5G technology and full-fledged service model, it has expanded to diverse applied services utilizing 5G. Intelligent CCTV service garners special interest as a “killer” service because large-sized video data should be analyzed and risk should be detected without delay. In 2019, it was also selected as one of ten key services in the 5G+ strategy by the Ministry of Science and ICT in 2019.

As part of this strategy, the Electronics and Telecommunications Research Institute (ETRI) and Sejong City are jointly carrying out the “Development of Predictive Video Security Key Technologies for 5G-based Pre-emptive Risk Response” project (Ministry of Science and ICT). Its outcome aims to be applied to the Sejong Smart City project in phases. Furthermore, the presentation aims to find ways to develop a next-generation, cutting-edge social safety model that can 1) identify and analyze hazardous situations taking place in the smart city with conventional fixed CCTVs, as well as drones, wearable video devices, dashcams, etc.; 2) cooperate and respond to such situations; and 3) even pre-emptively predict and prevent hazard.

• Section Manager of Authentication·Recognition Technology Research Section, Electronics and Telecommunications Research Institute

  2019.06. ~ current

• Full time professor of University of Science & Technology

  2018.03. ~ 2020.12.

• Project Leader of Intelligent Security Research Group, Electronics Section, Electronics and Telecommunications Research Institute

  2017.01. ~ 2019.05.

• Section Manager of Human Recognition Technology Research Section, Electronics and Telecommunications Research Institute

  2014.06. ~ 2016.12.

• Principal Researcher of Electronics and Telecommunications Research Institute

  2000.02. ~ current

• Kyungpook National University ph.D. in Computer Science

  2004.03. ~ 2010.02.

• Kyungpook National University Master of Computer Science

  1998.03. ~ 2000.02.

• Kyungpook National University Bachelor of Computer Science

  1991.03. ~ 1998.02.

We would like to discuss ways to create a sustainable eco-smart city through presentations and discussions.

• Professor, SungKyunKwan University

  2002. ~ current

• Commissioner, 2 nd Korea National Smart City Committee

  2020. ~ current

• Representative Professor, UN-Sustainable Development Goals Partner University

  2017. ~ current

• Master Planner, Yongsan Urban Regeneration Project

  2017. ~ current

• Academic Advisor, Asia Ctiy Forum Shanghai, China

  2015. ~ current

• Commissioner, The 4th Presidential Commission on Architectural Policy

  2016. ~ 2018.

• Commissioner, The Presidential Committee on Green Growth

  2010. ~ 2017.

• Master Planner, 2012 Yeosu World EXPO Organizing Committee

  2008. ~ 2010.

• Master Planner, International Science Business Belt Master Plan

  2008. ~ 2010.

• Visiting Professor, MIT (Massachusetts Institute of Technology)

  2008. ~ 2010.

• Master Planner, Digital Media City (DMC)

  2008. ~ 2010.

• Ph.D. in Architecture, Seoul National University

  1991. ~ 1994.

• M.A. of Science in Urban Design, Pratt Institute

  1986. ~ 1989.

• B.S. in Architectural Engineering, SungKyunKwan University

  1981. ~ 1985.

“Carbon neutrality” refers to achieving net-zero carbon emissions by balancing emissions of carbon with its absorption. This presentation will introduce eco-friendly methods and technologies that can offset greenhouse gases emitted in all activities, including daily lives, industries, buildings and facilities, as well as transportation. Also, the presentation introduces the concept of an “eco-smart city” that creates synergy by combining the Internet, IoT, and ICT with applied cutting-edge technologies of ecological environment(trees, water resources, biology, etc.)

It will discuss the basis of an eco-smart city and various technological elements, utilization, direction of eco-smart city education for the future generations who will lead the future with responsibility, and the definition of eco-smart city that is close to citizens in daily lives, as follows:

1. Nature, environment, and carbon neutrality
2. Value of an eco-smart city
3. Smart water cities
4. Urban and rural convergence, zero emission
5. Eco-renewable energy (eco-solar energy)
6. Zero-energy buildings
7. Smart buildings
8. Green smart schools
9. Eco-smart Sejong education enjoyed by citizens

※ For carbon neutrality, eco-friendliness should be understood and taken as an extended concept that encompasses all actions, activities, technologies, etc., to reduce (energy and resource) waste and carbon emissions, instead of simply preserving the natural ecosystem.

• Director of GCI (Green City Research Institute)

  current

• Vice President of GreenCode Urban Architects co.,ltd

  current

• Seoul Metropolitan Government, Advisory Board on Corrective Assessment of Urban Policy

  current

• Ministry of Education, Future Education Committee

  current

• SIC (Sudokwon Metropolitan Area Landfill Site Management Corporation), Technical Advisory Council

  current

• Seoul YongSan-gu government, Urban Planning Committee

  current

• SeongNam City government, Council for Women-Friendly Urban Development

  current

• Seongnam City government, Urban Planning Commission

  previous

• ejong City HangBok Office government, Urban Planning Committee

  previous

• Asan City government, Technical Advisory Council

  previous

• Seoul Seongbuk-gu government, Urban Design Committee

  previous

• A Study on the Planning Indicators and Evaluation Criteria for Carbon Neutral Green City

  2013.

• Minister’s Award in Ministry of Knowledge Economy

  2012.

• Ph.D. in Urban Planning and Transportation Planning (Major Field in Urban Development and Management)

Countries across the world are now faced with two global mega-trends. One is the eco-friendliness and energy transition with regards to new climate regime, while the other is the 4th industrial revolution. When going through a development period, Korea experienced the serious issue of climate change caused by reckless energy consumption and greenhouse gas emission. Even though the country, which boasts the 7th largest economic power and its strong IT prowess, is actively promoting smart city projects on the one hand, it ranks low in the international response to climate change, showing the greatest increase of CO2 among OECD members.

By 2030, over 5 billion people, or approximately 70% of the global population, are expected to live in cities. Cities cover only 3% area of the earth. However, they are the major polluters, consuming 60-80% of global energy and emitting over 75% of global carbon. Thus, urban areas need to make efforts to cut down energy consumption and carbon emissions. As such, the presentation will introduce an eco-smart city project conceived by relevant research institutes in Korea, including the Korea Research Institute for Human Settlements, in order to integrate green city projects and smart city projects that were previously carried out separately.

• Master Planner of Sejong Smart City Project

• Director of National Infrastructure Research Div.KRIHS

• Visiting Scholar, KAIST GCC

• Head of Delegation, ISO/TC204

• Ph.D. in Transportation Eng, Virginia Tech, USA

• Master in Urban Planning, Yonsei Univ.

• Bachelor in Architectural Eng, Yonsei Univ.

In order to establish a sustainable eco-smart city, the interest of citizens is required. Furthermore, technology, infrastructure, and a change in perception are needed, so that citizens can actively participate in energy innovation services.

First, regarding the technology aspect, we should create an energy independence plan by providing an innovative service specialized in energy based on an integrated smart city platform (① intelligent energy, ② energy prosumer, ③ smart energy data analysis, ④ specialization in renewable energy, and ⑤ integration with a small-scale platform between city energy and security.)

Second, through an energy-centric model among data, platform, service, and governance, the infrastructure for an energy innovation service needs to be built.

Lastly, from the aspects of sharing, platform and governance, respectively, opportunities should be expanded for citizens to participate, experience, and plan through an energy innovation service. Moreover, there should be a business model and service plan centered around consumers who will be actual service users. However, it should be noted that perception needs to change, so that citizens can actively engage in this model.

• KRF, Four BrainKorea21, Research Laboratory of Intelligent Energy and Industry, Research Director

  current

• Korea Land & Housing Corporation, LH-CAU Smart City Innovation Center, Research Center Director
  Sejong City 5-1 Living Area Smart City Energy Platform Construction: First Town Establishment in 2021

  current

• Digital Twin-based Smart Energy City Convergence Technology Development and Professional Staff Training

  current

• KETEP, AI based Energy Sharing Data Center, Center Director

  current

• KETEP, Renewable Energy Biz Platform with Digital Twins Research Center, Center Director

  current

• KRF, Problem Solving Center for Future Smart Energy System, Center Director

  current

• MOTIE, Expert member of the Energy Technology Infrastructure Committee

  current

• Korea Institute of Energy Technology Evaluation Advisory Committee

  current

• Vice President, Korea Information Security Association

  current

• The 4th Energy Technology Development Plan Committee, Smart Energy Division Head

  current

• IITP, Industrial Security Research Center, Center Director

  previous

• MOTIE, Smart Energy IoT Research Center, Center Director

  previous

• MKE, Professional Staff Training, Head of Planning Committee

  previous

• Ph.D. Degree in Computer Science, University of Massachusetts at Amherst

  1994.06. ~ 1998.10.

• M.S. Degree in Electric Engineering, Chung-Ang University

  1986.03. ~ 1988.02.

• B.S. Degree in Electric Engineering, Chung-Ang University

  1982.03. ~ 1986.02.

In January 2018, the Korean government announced its national vision and strategy for smart cities: to create and propagate smart cities for urban innovation and the creation of future growth engine.

Specifically, their vision includes 1) the introduction of differentiated approaches for different growth phases of cities, 2) the introduction of customized technologies to enhance the value of cities, and 3) a clear definition of roles for the private sector, citizens, and the government.

The smart city pilot project in Sejong will be completed with a combination of these three strategies, aiming not just at an administrative capital, but also at a self-sufficient future city and digital capital. It pursues its own urban philosophy, with the introduction of smart service close to citizens and the innovation of a space that encompasses everything mentioned above.

A model capturing the vision of Sejong City will be created not just by the introduction of one-off revolutionary ideas for related key projects, but also by evolving it through constant revision and re-creation. Furthermore, the direction is an economically vibrant self-sufficient future city (economic growth) with ample new jobs through sustainable development.

In the 1st Sejong Smartcity Forum, the presentation will share with you the blueprint for Sejong, national pilot city.

• LG CNS Smart SOC Biz Unit/Vice President

  2020.

• LG CNS Smart City Business Unit/Senior Director

  2019.

• LG CNS Smart City Business Group/Director

  2018.

• LG CNS Smart Transportation Biz. Group/Director

  2010.

• Sejong Smart City National Pilot Project

  2020.

• Incheon Airport information service robot (Airstar), AI-based automatic X-Ray Imagery Diagnosis Biz. Lead Manager

  2018.

• World-leading Smart City R&D Project Planning Lead Manager

  2017.

• Bogota / Colombia, Athens / Greece Transportation Card System Lead Manager

  2014.

• Korea's first/largest electric vehicle car sharing (Nanum Car) project Lead Manager

  2012.

• Seoul new transportation card system (T-Money) business strategy planning

  2003.

• Graduated from the Department of Mechanical and Aerospace Engineering, Seoul National University (Summa Cum Laude)

  1999.

• Graduated from Daejeon High School

  1994.

The discourse of the smart city epitomizes a new paradigm shift in urban planning and cities. The smart city plan obviously requires smart technologies and infrastructure to succeed, and smart cities are powered by smart city principles, including smart governance, smart grid and technologies; however, they also need to engage closely with the citizens in embracing the diverse perspectives and opportunities of living in the smart cities—smart engagement. Creative engagement/encounters with the ordinary citizens are essential for unbinding unprecedented possibilities of the smart city planning and its catalyzing impact on cities in unconventional ways. Two exemplary cases of smart engagement will be examined: Smart Seattle and Detroit’s Community Technology Project.

• Associate Professor, Interdisciplinary Arts and Sciences, University of Washington

  2016.08. ~ current

• Adjunct Associate Professor, Geography, University of Washington

  2016.08. ~ current

• Senior Research Fellow, Center for Urban Studies, State University of New York at Buffalo

  2015.08. ~ current

• Assistant Professor, Interdisciplinary Arts and Sciences, University of Washington

  2010.08. ~ 2016.06.

• Assistant Professor, Geography, University of North Dakota

  2008.08. ~ 2010.06.

• Visiting Assistant Professor, Geography, University of North Dakota

  2007.08. ~ 2008.06.

• State University of New York at Buffalo (SUNY-Buffalo), Ph.D. Geography

• State University of New York at Buffalo (SUNY-Buffalo), M.U.P. Urban Planning

• Pusan National University, B.A. Urban Engineerin

Multi-stakeholder Citizen-centric Innovation appears as one of main tools in the context of our Smart Cities and Communities to tackle global challenges that we are currently facing. in order to advance towards a sustainable approach Citizen-centric Innovation, ENoLL has contributed the development of a network of living labs with the mission of “empowering everyone to innovate”. The ENoLL Living Lab Community is a global phenomenon, not only restricted to the European Ecosystem, but with members working all around the world. One of the main objectives of ENoLL is to support all living labs worldwide, by contributing with capacity binding actions in open innovation, stakeholder engagement -including citizen engagement- and the development of suitable busines and governance models.

ENoLL has historically labeled more than 450 living lab initiatives, having a total of 150 active members collaborating in its different Action-oriented task forces and project consortia. In this talk, I will introduce a selection or relevant examples, developed by ENoLL Living Labs, within the context of different ENoLL Action-oriented Task Forces. These examples will provide the audience with valuable information regarding the methods and tools that cities and communities are using for engaging a large number of stakeholders, and particularly citizens in the transformative processes that our societies are facing. I will close my talk with a selection of concrete actions that the ENoLL community as taken in the particular context of the COVID-19 pandemic.

• President of the European Netowrk of Living Labs (ENoLL)

  2018. ~ 2021.

• Associate Director at Computer Vision Center (CVC)

  2014. ~ 2021.

• Associate Professor at Universitat Autònoma de Barcelona (UAB)

  2010. ~ 2021.

• Associated Researcher at Computer Vision Center (CVC)

  2008. ~ 2021.

• Lecturer at Universitat Autònoma de Barcelona (UAB)

  2008. ~ 2010.

• esearch Fellow at Computer Vision Center (CVC

  2007. ~ 2008.

• Research Fellow at Trinity College Dublin (TCD)

  2006. ~ 2007.

• 바Universitat Autònoma de Barcelona. Doctor of Philosophy (UAB). Vision and Artificial Intelligence

  2000. ~ 2006.

• Universidade de Santiago de Compostela (USC). Bachelor of Science (BSc). Physics.

  1991. ~ 1996.

Much thinking about how to build a city involving the participation of various actors led to the idea of smart cities. Currently, various smart city programs are under way. The flagship project in Korea, however, is the National Pilot City.

By integrating the technologies behind the 4th industrial revolution, the National Pilot City aims to be a world-class smart city. In 2018, a piece of bare land in Sejong 5-1 Living Area and the Busan Eco Delta Smart City were designated for this program.

The National Pilot City is being jointly built by the local governments, public urban developers, and service providers. The project is being run by a public-private SPC. A demonstration project with citizen participation is being run in parallel.

The future success of this National Pilot City hinges on the roles played by each acto

Discussion will be held with panel under the theme of 'Smart city with citizens'.

• Director of Smart City Institute, VAIV Company

  2019. ~ current

• KISE, Vice President of Industry-Academy Collaboration

  2021. ~ current

• KORMS, Social Simulation Research Community Chair

  2014. ~ current

• Visiting Researcher in UPC (Spain) and ETH (Swiss)

  2019. ~ 2020.

• Principal Researcher, Electronics & Telecommunications Research Institute

  1999. ~ 2019.

• Associate Professor, University of Science & Technology

  2008. ~ 2019.

• Director General of Dept. Big Data Analysis, Ministry of Interior

  2015. ~ 2016.

• Expert Committee Member, Presidential Committee on Ageing Society and Population Policy

  2015. ~ 2016.

• KAIST, Dept. Industrial Engineering, Ph.D.

  1998.08.

• KAIST, Dept. Management Science, Master

  1994.02.

• KAIST, Dept, Management Science, Bachelor

  1992.02.

Discussion will be held under the theme of 'Smart city with citizens'.

• Civilian Member, Contract System Innovation TF, Ministry of Economy and Finance

  2020.05.15. ~ current

• 서울시 지속가능발전위원회 위원

  2020.05.25. ~ current

• Civilian Member, ICT R&D Project Deliberation Committee, Ministry of Science and Technology Information and Communication

  2018.01.01. ~ current

• PD (Program Director), KNoLL (Korean Network of Living Labs)

  2017. 03.

• Research Fellow, Science and Technology Policy Institute(STEPI)

  2013.03. ~ current

• Associate Research Fellow, Science and Technology Policy Institute(STEPI)

  2005.03. ~ 2013.02.

• Senior Researcher, Institute of Governmental Studies, Korea University

  2004.05. ~ 2005.02.

• Associate Researcher, Institute of Governmental Studies, Korea University

  2002.05. ~ 2004.04.

• Ph. D.in Public Administration, Korea University

  1999.03. ~ 2003.08.

• M.A.in Public Administration, Korea University

  1996.09. ~ 1998.08.

• B.A.in Public Administration, Sookmyung Women's University

  1990.03. ~ 1994.02.

(Panel discussion) Smart city with citizens

• Director of Smart City Team, National Agency for Administrative City Construction

  current

• Director of Urban Spatial Information Team, National Agency for Administrative City Construction

  previous

• Department of Accounting, Hannam University

Discussion will be held under the theme of 'Smart city with citizens'.

• Head of Smart City Division, Sejong Special Self-Governing City

  present

• Head of Transportation Division, Sejong Special Self-Governing City

• Economic Policy Division, Ministry of the Interior and Safety

• Graduate School of Public Administration, Seoul National University

• Department of Geography, Seoul National University

There are a variety of urban problems that we now confront in cities, relatively small spaces crammed with millions of people.

They range from basic infrastructure concerns such as water supply, drainage, and electricity, to constant traffic jams, dense populations vulnerable to infectious diseases, medical services supposed to be available to many, and various types of crimes.

Fortunately, with the Internet of Things, we can collect data on servers related to water and power usage, mobility, provision of medical services, and crime.

By understanding and analyzing this data through artificial intelligence, we can solve or, at least, alleviate diverse problems.

This presentation reviews what opportunities are available for us and what actions are required in political, administrative, technological, and civic aspects in order to realize these opportunities.

• Professor, Department of Industrial Engineering, Seoul National University

  present

• Director, SNU Data Mining Center

  present

• Chair, the 4th Open Data Strategy Council

  present

• Chair, the 3rd Open Data Strategy Council

  previous

• Big Data Chair, Government 3.0 Committee

  previous

• President, Korea BI Data Mining Society

  previous

• PhD, U of Maryland, Computer Science

• MS, U of Washington, Computer Science

• MS, Seoul National U, Industrial Engineering

• BS, Seoul National U, Industrial Engineering

Since the formal establishment of friendship city relationship between Guizhou Province and Sejong city in 2016, Sejong City, Guiyang and Gui'an have deepened exchanges and communication at all levels, and conducted in-depth exchanges and cooperation in the fields of smart city construction, big data development, artificial intelligence research and development, epidemic prevention and control, and scientific and technological innovation, so as to realize mutual promotion and win-win development.

Guiyang and Gui'an continue to expand the city scale, strengthen the real economy, strive to promote the high-quality development of Guiyang and Gui'an, and better undertake the ties with deepened city. On the other hand, Guiyang and Gui'an have achieved fruitful results in the transformation and upgrading of industrial structure and the empowerment and quality improvement of social governance by means of big data, which has given a satisfactory answer to how the backward areas in Western China can catch up and overtake on the curve, and also injected strength into the world economic growth in the "post epidemic era". In the future, Guizhou Province and deepened city will further deepen exchanges, and achieve more pragmatic results in experience development, cultural exchange and talent exchange.

• Member of CPC Working Committee of Gui'an New District, Guizhou

  2021.01. ~ current

• PhD of Engineering, Beijing University of Posts and Telecommunications

  2006.09. ~ 2009.07.

• Master of Engineering, Beijing University of Posts and Telecommunications

  2001.07. ~ 2004.04.

• Bachelor of Engineering, Beijing University of Posts and Telecommunications

  1997.09. ~ 2001.07.

Despite the growing importance of policy measures for urban social problems—namely population decrease, aging societies, and the bi-polarization of society—it is becoming difficult to solve these problems with conventional policymaking due to their complexity and rapid rate of change. Therefore, there is an increasing need for tools that can support policy decision-making in various forms.

Against this backdrop, the presentation will introduce the current state of agent model-based Sejong-style digital twin and examples of using it in policies as an approach to support city-level decision-making.

• Researcher in ETRI

  2001. ~ current

• Leader of Embedded Software Research Section in ETRI

  2012. ~ 2019.

• Review Board in National Research Foundation of Korea

  2016. ~ 2020.

• Member of software advisory committee in Fair Trade Commission

  2016. ~ current

• Member of embedded software project group in Telecommunications Technology Association

  2005. ~ current

• Member of Architecture Group in Korea Embedded Software and System Industry Association

  2016. ~ 2019.

• Member of Realtime Working Group in Consumer Electronics Linux Forum

  2006. ~ 2010.

• Ph.D, Computer Science & engineering in Chunan National University

  2016.

• Master’s degree, Computer Science & engineering in Hankuk University of Foreign Studies

  1999.

• Bachelor’s degree, Physics in Hankuk University of Foreign Studies

  1997.

This presentation will focus on how to best position and future proof our cities for the great SEA (shared, electric, automated) change coming to the transport system. When it comes to the movement of people and things, the last 5 years have seen more transformation than the previous 50. The next 10 promise to profoundly accelerate that change. This SEA transition will upend how we traditionally plan, design, operate, finance and manage our transport and rights of way.

We are at the beginning phases of the sunsetting of our traditional transport system and the dawning of the new digital, active, shared, electric and automated transition. It will not happen in every city at once, but it will eventually reach every corner of the planet.

Timothy is the founder and CEO of Emerging Transport Advisors providing strategic guidance to companies, investors, startups and governments on the emerging active, shared, electric, connected and automated transport transition. He is a trusted thought leader in both technology and government with extensive global experience in the movement of people and things. Previous roles include strategic partnerships at Google X and Waymo, where he collaborated with teams to prepare the company’s commercialization, set up first-in-kind partnerships to launch the world's first highly automated mobility as a service, Chief Innovation Officer for San Francisco’s municipal transportation agency, where he lead cross-functional teams to deliver high profile initiatives including;

the US Smart City Challenge; the Strategic Work Plan which met its 50% sustainable mode share goal 3 years early; major multimodal, shared mobility and mixed-use redevelopment public/private partnership projects; and the Mayor’s Vision Zero traffic safety program. His unique insights and thought leadership draw from his varied experience and strong track record to join the dots, lead teams, build partnerships and deliver innovation.

• University of California, Los Angeles / Masters Urban Planning (Transportation)

• Royal Melbourne Institute of Technology / Bachelor Applied Sciences

This presentation explores current technological development and trends in autonomous driving, as well as the background and effects of introducing autonomous-driving urban shuttles.

Moreover, it diagnoses urban mobility problems when citizens select their own cars for transportation and considers ways to introduce autonomous-driving shuttles as a last-mile mobility connecting service given the structure of the city.

The presenter will introduce the direction of urban-type autonomous-driving smart mobility in Sejong, which will provide a smart transportation environment via a new urban-type autonomous driving-based mobility service.

• The Korea Transport Institute

  1999. ~ current

• PACST Committee Member and Chair of Air&Space Committee

  2016. ~ 2020.

• Post Doctoral Res. Associate in UIUC

  1998. ~ 1999.

• Researcher in Agency for Defense Development (ADD)

  1987. ~ 1992.

• Ph.D. in Univ. of Illinois at Urbana-Champaign (UIUC), Dept. of Civil Engineering

  1998.

• M.S. in Graduate School of Ajou University

  1987.

• B.S. in Ajou University

  1985.

The community mobility service, Shucle, began from the fact that mobility in everyday life is usually within a short distance centering around the area of living. This service operates vehicles on optimum routes determined by real-time demand, enabling anyone to travel short distance freely. For convenient and rapid travel of passengers, as well as for the effective use of roads and vehicles, an AI algorithm analyzes real-time ride-hailing and routes in order to offer a ride-pooling service, so that multiple passengers can travel together.

Shucle is a mobility service platform using service vehicles and smart technology in order to provide a convenient mobility experience. This presentation introduces examples of the Shucle service that enhances mobility convenience in a car-centric new city, presenting possibilities of future mobility.

• Head of Group, Mobility & Connected Service Lab at HYUNDAI MOTOR COMPANY

  present

• Product Manager at NAVERLABS

• Product Lead, Navermaps at NAVER

• Team Lead, exeLab at KAKAO

• Team Lead, New Mobile Service at NCSOFT

• Team Lead, UX at KTH

• Graduate School of Environmental Studies Seoul National University (Urban Planning Major)

• International Design School for Advanced Studies Hongik University (Master Degree of Design)

MAAS-ASIA Corp. was selected as a service provider for the Sejong Smart Pilot city regulation sandbox program. Since December 2020, it has been carrying out a demonstration project of demand prediction and dispatch recommendation service using sharing e-scooter in Living-1 Area of Sejong City.

A major goal of the demonstration project is the implementation of policies that require users to park and return the vehicles in 100 parking zones within Living-1 Area of Sejong based on geo-fencing technology, so that sharing e-scooter can become a mode of transportation without damaging the urban landscape.

Moreover, the company applies an advanced operation system, so that the operator can effectively operate the service by analyzing floating population, weather, rent/return data, and demand prediction.

Currently, MAAS-ASIA Corp. offers e-scooter sharing service with its brand “Alpaca,” attracting 500,000 members with 2.3 million cumulative rides (and counting).

• Ministry of Trade, Industry and Energy, Gyeonggi-Hwaseong City Regulatory Sandbox Selection Company

• Ministry of Land, Infrastructure and Transport, Sejong City Smart City Demonstration City Regulatory Sandbox Activation Project Selection Company

• Business agreement Company with Korea Energy Agency and Seoul Metro

• Advisory Committee Member of the Seoul Bicycle Policy Division

• KIAT Industrial Convergence Regulatory Sandbox Approval Company Council Subcommittee Chair

• Seoul City Job Policy and Job Committee

• Selected as 2007 IT Excellent New Technology

• KIDP design company certification

• Selected as the 1st star company in Gyeonggi-do

• Woosong Univ. Computer&Design Bachelor

This presentation focuses on regulations related to currently on-going demonstrations in Sejong for mobility and the convenience of visually impaired people. To secure and utilize entrance information which serves as a link between mobility (navigation of pedestrian) and use of service (non-face-to-face order/payment), this presentation talks about the process of resolving legal issues through regulatory reform. The improved life of people with disabilities and the revitalization of local economy through regulatory reform will bring about new changes to cities.

The smart city that we ultimately pursue will be a people-centric smart city, not a technology-oriented smart city.

• Hyundai Motors | UX Consulting

• LG Electronics |Business progress consulting

• Matrix Shafts | New business and product planning - BISIGN(USA) | Strategic and system consulting

• Samsung SDS | system and strategies development

• Public Data Utilization Startup Competition | Minister of Infrastructure award

  2016.

• Industry Convergence Hackathon Competition | Minister of industry and trade award

  2018.

• Public data utilization Startup Competition | Presidential award

  2018.

• Defense Public Data Utilization Startup Competition | Minister of national defense award

  2018.

• Master of Sports Business Administration, California University of Management and Sciences

  2013.

• Biz management, University of California at Los Angeles

  2004.

• Master of Political Economy, Eastern Prime University

  2002.

• Bachelor of Science in Computer, Eastern Prime University

  1998.