LSIS Is Now Taking Off to Become a Global Leader with Proper Know-How
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KSP 7 Lessons from Korea's Railway Development Strategies
Part - į [2011 Modularization of Korea’s Development Experience] Urban Railway Development Policy in Korea Contents Chapter 1. Background and Objectives of the Urban Railway Development 1 1. Construction of the Transportation Infrastructure for Economic Growth 1 2. Supply of Public Transportation Facilities in the Urban Areas 3 3. Support for the Development of New Cities 5 Chapter 2. History of the Urban Railway Development in South Korea 7 1. History of the Urban Railway Development in Seoul 7 2. History of the Urban Railway Development in Regional Cities 21 3. History of the Metropolitan Railway Development in the Greater Seoul Area 31 Chapter 3. Urban Railway Development Policies in South Korea 38 1. Governance of Urban Railway Development 38 2. Urban Railway Development Strategy of South Korea 45 3. The Governing Body and Its Role in the Urban Railway Development 58 4. Evolution of the Administrative Body Governing the Urban Railways 63 5. Evolution of the Laws on Urban Railways 67 Chapter 4. Financing of the Project and Analysis of the Barriers 71 1. Financing of Seoul's Urban Railway Projects 71 2. Financing of the Local Urban Railway Projects 77 3. Overcoming the Barriers 81 Chapter 5. Results of the Urban Railway Development and Implications for the Future Projects 88 1. Construction of a World-Class Urban Railway Infrastructure 88 2. Establishment of the Urban-railway- centered Transportation 92 3. Acquisition of the Advanced Urban Railway Technology Comparable to Those of the Developed Countries 99 4. Lessons and Implications -
Construction Supervision
SAMBO ENGINEERING Corporate Profile To the World, For the Future Construction engineering is basically having big change as periodic requirements from “The 4th Industrial Revolution”. SAMBO ENGINEERING is trying hard to change and innovate in order to satisfy clients and react actively to the change of engineering market. SAMBO ENGINEERING provides total solution for the entire process of engineering such as plan, design, CM/PM, O&M in roads, railways, civil structures, tunnels & underground space development, transportation infrastructure & environmental treatment, new & renewable energy, urban & architecture planning for land development, water and sewage resource. Recently, from natural disaster such as earthquakes and ground settlement, in order to create motivation for stable profit system, we adapt BIM, perform topographical survey using Drones, design automation using AI, underground safety impact assessment as well as active investment for new & renewable energy such as solar and wind power plant. We accumulate lots of technologies and experience from R&D participation which develops and applies new technology and patent as well as technical exchange with academies and technical cooperation with major globalized engineering companies. SAMBO ENGINEERING will be one of the leading engineering companies in the future by overcoming “The 4th Industrial Revolution”. Algeria - Bir Touta~Zeralda Railway Project Armenia - Project Management for South-North Expressway Project Azerbaijan - Feasibility Study for Agdas~Laki, Arbsu~Kudamir~Bahramtepe -
How Should Techno Parks Innovate to Support Start-Ups and Small and Medium-Sized Enterprises Effectively in the Era of the Fourth Industrial Revolution?
https://doi.org/10.7165/wtr17a0829.16 OPEN ACCESS How Should Techno Parks Innovate to Support Start-ups and Small and Medium-Sized Enterprises Effectively in the Era of the Fourth Industrial Revolution? Inje Cho1, Eung-Hyun Lee2, Hoonje Cho3* 1 CEO of Actnerlab 2 Researcher of World Technopolis Association 3 Invited Professor of Chungnam National University Abstract In 1995, the Republic of Korea started to establish Techno Park (TP) in order to develop the regional industry while promoting the balanced development of the land. By 2008, 18TPs were established nationwide and have become cradles for developing local industries. And recently evolved forms of TP such as Daedeok Techno Valley and Pangyo Techno Valley emerged. In addition, 19 Centers for Creative Economy and Innovation (CCEI) were established nationwide and Tech-Incubator Program for start-ups (TIPS) was introduced to support and mentor start-ups. TPs in Korea become bureaucratic in course of time, and the new trial of innovation of TP is needed. In Korea, professional TIPS-accelerators mentoring and investing start-ups have a history of only five years. But they support and mentor start-ups efficiently, and have obtained good results. In this paper, we propose that TP attract TIPS-accelerators actively and collaborate with each other to support and mentor start-ups and SMEs effectively. Keywords Technopark, TIPS, Accelerator, Start-up and SMEs, Mentoring and nurturing Ⅰ. INTRODUCTION government’s dedication to the development of science and technology over the last 40 years. It is a powerful example of Developments in science and technology can have pro- how the growth of science and technology in a country is found effects on a country’s economic growth and employ- linked to its economic development. -
Table of Contents >
< TABLE OF CONTENTS > 1. Greetings .................................................................................................................................................................................... 2 2. Company Profile ........................................................................................................................................................................ 3 A. Overview ........................................................................................................................................................................... 3 B. Status of Registration ........................................................................................................................................................ 6 3. Organization .............................................................................................................................................................................. 8 A. Organization chart ............................................................................................................................................................. 8 B. Analysis of Engineers ........................................................................................................................................................ 9 C. List of Professional Engineers......................................................................................................................................... 10 D. Professional Engineer in Civil Eng.(U.S.A) .................................................................................................................. -
The Beginning of a Better Future
THE BEGINNING OF A BETTER FUTURE Doosan E&C CONTENTS Doosan Engineering & PORTFOLIO BUSINESS 04 CEO Message Construction COMPANY PROFILE 06 Company Profile 08 Corporate History 12 Socially Responsible Management 16 Doosan Group BUSINESS PORTFOLIO HOUSING 22 Brand Story 28 Key Projects 34 Major Project Achievements Building a better tomorrow today, the origin of a better world. ARCHITECTURE 38 Featured Project 40 Key Projects Doosan Engineering & Construction pays keen attention 48 Major Project Achievements to people working and living in spaces we create. We ensure all spaces we create are safer and more INFRASTRUCTURE pleasant for all, and constantly change and innovate 52 Featured Project to create new value of spaces. 54 Key Projects 60 Major Project Achievements This brochure is available in PDF format which can be downloaded at 63 About This Brochure www.doosanenc.com CEO MESSAGE Since the founding in 1960, Doosan Engineering & Construction (Doosan E&C) has been developing capabilities, completing many projects which have become milestones in the history of the Korean construction industry. As a result, we are leading urban renewal projects, such as housing redevelopment and reconstruction projects, supported by the brand power of “We’ve”, which is one of the most prominent housing brands in Korea. We also have been building a good reputation in development projects, creating ultra- large buildings both in the center of major cities including the Seoul metropolitan area. In particular, we successfully completed the construction of the “Haeundae Doosan We’ve the Zenith”, an 80-floor mixed-use building 300-meter high, and the “Gimhae Centum Doosan We’ve the Zenith”, an ultra-large residential complex for 3,435 households, demonstrating, once again, Doosan E&C’s technological prowess. -
Electric Equipment (Overweight)
Regional Industry Focus Electric Equipment (Overweight) Refer to important disclosures at the end of this report DBS Group Research . Equity 22 Aug 2018 Opportunities for ESS market and KOSPI: 2,247.9 electric equipment players KOSDAQ: 769.8 Korea’s ESS market saw 20-fold growth in 1H18 Analyst Regional Research Team Further growth to be spurred by PV-based ESS [email protected] Eyes on PCS manufacturers in ESS value chain Top pick Top pick: LS Industrial Systems 12-mth Company Price Rating Mkt Cap Target 20 Aug (KRW bn) Price Renewable energy-connected ESS to drive ESS market growth. (KRW) In 1H18, Korea’s energy storage system (ESS) market grew 20- (KRW) fold y-o-y to 1.8GWh (1.13GWh for peak-load shifting or peak- LS Industrial 71,300 2,139 90,000 BUY cut ESS, 0.68GWh for renewable energy source (RES)-connected Systems (010120 KS) ESS). We estimate new ESS capacity to be 0.75GWh (0.34GWh for peak-cut, 0.41GWh for RES-connected) in 2H18 and to reach Our coverage / companies on our radar 2.56GWh in 2018 (+333% y-o-y). With most discount benefits Hyundai Electric regarding ESS set to be rolled back in 2021, peak-cut ESS & Energy System 64,900 662 77,000 BUY demand is likely to decline going forward. However, the RES- (267260 KS) connected ESS market should see growth, driven by photovoltaic RS Automation (PV)-connected ESS. For 2018, supply of PV-connected ESS is 14,150 129 N/A Not rated estimated at 1.1GWh representing 43% of total new ESS (140670 KS) installations. -
BUSAN (International) Incheon Airport (Domestic) → → Gimhae Airport (Domestic)
Transportation Information For Participants BUSAN (International) Incheon Airport (Domestic) → → Gimhae Airport (Domestic) If you arrive at Incheon airport Distance : 430km Incheon Airport from your country with Time : 1hr Incheon international flight, the easiest Airport way to go to Busan is taking a direct flight (domestic) to Gimhae airport from Incheon airport. 1hr * Passengers of domestic flights should check in at counter “A” which is the domestic flight There are more than 20 flights only check-in counter. After checking in, the passenger should enter the boarding area directly heading to Gimhae airport Gimhae Airport through the domestic departure gate. from Incheon airport everyday. Passengers should be at the boarding gate 40 Click here to see the flight schedule. minutes prior to the boarding time. http://www.airport.kr/pa/en/d/1/2/1/index.jsp Fare: Approx. KRW 70,000 (Approx. USD 61). (The fare can vary depending on the time of booking.) (International) Incheon Airport → (AREX) → Gimpo Airport (Domestic) → → Gimhae Airport (Domestic) Gimpo Airport After arriving at Incheon airport, Distance : 450km you can go to Gimpo airport to Time : 1.5hr Gimpo take a direct domestic flight to Incheon Airport Airport Gimhae airport. There are 2 ways to go to Gimpo 30mins airport from Incheon airport: AREX or airport limousine There are more than 25 flights directly Incheon Airport 1hr heading to Gimhae airport from Gimpo airport everyday. Click here to see the flight schedule. Gimhae https://goo.gl/SJ1tTx AREX Airport Fare: Approx. KRW 70,000 (Approx. USD 61) (The fare can vary depending on the time of booking.) AREX (Airport Railroad Train) station is on B1 floor The ticket office for limousine buses heading to Gimpo of Incheon airport. -
Trams Der Welt / Trams of the World 2021 Daten / Data © 2021 Peter Sohns Seite / Page 1
www.blickpunktstrab.net – Trams der Welt / Trams of the World 2021 Daten / Data © 2021 Peter Sohns Seite / Page 1 Algeria ... Alger (Algier) ... Metro ... 1435 mm Algeria ... Alger (Algier) ... Tram (Electric) ... 1435 mm Algeria ... Constantine ... Tram (Electric) ... 1435 mm Algeria ... Oran ... Tram (Electric) ... 1435 mm Algeria ... Ouragla ... Tram (Electric) ... 1435 mm Algeria ... Sétif ... Tram (Electric) ... 1435 mm Algeria ... Sidi Bel Abbès ... Tram (Electric) ... 1435 mm Argentina ... Buenos Aires, DF ... Metro ... 1435 mm Argentina ... Buenos Aires, DF - Caballito ... Heritage-Tram (Electric) ... 1435 mm Argentina ... Buenos Aires, DF - Lacroze (General Urquiza) ... Interurban (Electric) ... 1435 mm Argentina ... Buenos Aires, DF - Premetro E ... Tram (Electric) ... 1435 mm Argentina ... Buenos Aires, DF - Tren de la Costa ... Tram (Electric) ... 1435 mm Argentina ... Córdoba, Córdoba ... Trolleybus Argentina ... Mar del Plata, BA ... Heritage-Tram (Electric) ... 900 mm Argentina ... Mendoza, Mendoza ... Tram (Electric) ... 1435 mm Argentina ... Mendoza, Mendoza ... Trolleybus Argentina ... Rosario, Santa Fé ... Heritage-Tram (Electric) ... 1435 mm Argentina ... Rosario, Santa Fé ... Trolleybus Argentina ... Valle Hermoso, Córdoba ... Tram-Museum (Electric) ... 600 mm Armenia ... Yerevan ... Metro ... 1524 mm Armenia ... Yerevan ... Trolleybus Australia ... Adelaide, SA - Glenelg ... Tram (Electric) ... 1435 mm Australia ... Ballarat, VIC ... Heritage-Tram (Electric) ... 1435 mm Australia ... Bendigo, VIC ... Heritage-Tram -
5G for Trains
5G for Trains Bharat Bhatia Chair, ITU-R WP5D SWG on PPDR Chair, APT-AWG Task Group on PPDR President, ITU-APT foundation of India Head of International Spectrum, Motorola Solutions Inc. Slide 1 Operations • Train operations, monitoring and control GSM-R • Real-time telemetry • Fleet/track maintenance • Increasing track capacity • Unattended Train Operations • Mobile workforce applications • Sensors – big data analytics • Mass Rescue Operation • Supply chain Safety Customer services GSM-R • Remote diagnostics • Travel information • Remote control in case of • Advertisements emergency • Location based services • Passenger emergency • Infotainment - Multimedia communications Passenger information display • Platform-to-driver video • Personal multimedia • In-train CCTV surveillance - train-to- entertainment station/OCC video • In-train wi-fi – broadband • Security internet access • Video analytics What is GSM-R? GSM-R, Global System for Mobile Communications – Railway or GSM-Railway is an international wireless communications standard for railway communication and applications. A sub-system of European Rail Traffic Management System (ERTMS), it is used for communication between train and railway regulation control centres GSM-R is an adaptation of GSM to provide mission critical features for railway operation and can work at speeds up to 500 km/hour. It is based on EIRENE – MORANE specifications. (EUROPEAN INTEGRATED RAILWAY RADIO ENHANCED NETWORK and Mobile radio for Railway Networks in Europe) GSM-R Stanadardisation UIC the International -
Seoul Subway Construction (Line 1&2)
Financing Urban Railways in Korea November 9, 2016 Jinsu Mun I Urban Railways in Korea Contents II Government Funding III Public Private Partnership Ⅰ Seoul Subway Construction (Line 1&2) Request of Alternative Transport to Tackle Severe Traffic Congestion in Seoul - Rapid increase in population: 1.69M ('50) → 2.45M ('60) → 5.43M ('70) → 8.36M (‘80) - Rapid increase in passenger car: 3,004 ('61) → 30,304 (‘70) → 130,064 (‘80) → 883,415 (‘90) Construction of Seoul Subway - Line 1 (‘71~’74): Tacking traffic congestion in old city area(Radial, 7.8km) - Line 2 (‘78~’84): Connecting new city centers, De-centralization of population (Circular, 54.2km) <Traffic Congestion of Seoul in 1960s> <Opening of Seoul Subway Line 1> 3 Ⅰ Expansion of Seoul Subway Lines Subway lines for tackling subway passenger increase & severe road congestion - Subway Lines 3 & 4 (‘80~‘85) - Subway Lines 5~8 (‘89~‘01) Subway Lines in Other Cities <Seoul Subway Line 2> Need for subway lines in other cities - Road congestion due to population increase - Busan 4 lines, Daegu 3 lines, Incheon 2 lines, and Daejeon/Gwangju/Yongin/Eijungbu/Kimhae cities 1 line each in operation <Opening of Busan Subway Line 1(1985)> 4 Ⅰ Urban Railways by Local Gov. Total 23 lines (670.1km) of urban railways in 9 cities - 3 lines are constructed through PPP City Seoul Busan Daegu Incheon Daejeon Gwangju Busan- Euijung Yong- Total Kimhae -bu in No. of Lines 9 4 3 2 1 1 1 1 1 23 Length(㎞) 327.1 107.8 80.4 52.0 20.5 20.5 23.2 20.5 18.1 670.1 Million 1,906 325 134 73 41 18 16 8 4 2,779 persons/year -
Introduction of Rapid Urban Railway System -Construction of Subway Line 9
Introduction of Rapid Urban Railway System -Construction of Subway Line 9 Introduction of Rapid Urban Railway System - Construction of Subway Line 9 Written by: Seoul Institute Dr. Seung-Jun Kim & Dr. Joon-Ho Ko Policy Area: Urban Railway (Metro) Background of Construction of Subway Line 9 Since the 1950s, the population of Seoul has undergone such explosive growth, that it rose by 630% by 1990. Even in the early 1990s, the population continued to increase. Though the 2nd phase of construction of subway lines was in progress at that time, the need to carry on the 3rd phase of construction was raised for the first time in 1991, because of this explosive growth. In November 1993, a basic plan for the 5 subway lines including new construction of subway line 9~12 and the extension of subway line 3 was announced. At that time, the transport share of the subway lines was 32%. The goal of the basic plan was to raise the transport share to 75% after completion of the 3rd phase of construction of subway lines. The 1995 explosion accident that occurred in the Daegu subway1 caused all subway lines under construction or on the plan list to go through reevaluation of their plans or adjustment of construction periods before construction could be started or resumed, according to the government policies. This caused the completion of the 2nd phase of construction to be delayed. The start of the 3rd phase of construction was scheduled in 1996, but was postponed to 1998 or later because the policy on financing method could not be established in time. -
Global Report Global Metro Projects 2020.Qxp
Table of Contents 1.1 Global Metrorail industry 2.2.2 Brazil 2.3.4.2 Changchun Urban Rail Transit 1.1.1 Overview 2.2.2.1 Belo Horizonte Metro 2.3.4.3 Chengdu Metro 1.1.2 Network and Station 2.2.2.2 Brasília Metro 2.3.4.4 Guangzhou Metro Development 2.2.2.3 Cariri Metro 2.3.4.5 Hefei Metro 1.1.3 Ridership 2.2.2.4 Fortaleza Rapid Transit Project 2.3.4.6 Hong Kong Mass Railway Transit 1.1.3 Rolling stock 2.2.2.5 Porto Alegre Metro 2.3.4.7 Jinan Metro 1.1.4 Signalling 2.2.2.6 Recife Metro 2.3.4.8 Nanchang Metro 1.1.5 Power and Tracks 2.2.2.7 Rio de Janeiro Metro 2.3.4.9 Nanjing Metro 1.1.6 Fare systems 2.2.2.8 Salvador Metro 2.3.4.10 Ningbo Rail Transit 1.1.7 Funding and financing 2.2.2.9 São Paulo Metro 2.3.4.11 Shanghai Metro 1.1.8 Project delivery models 2.3.4.12 Shenzhen Metro 1.1.9 Key trends and developments 2.2.3 Chile 2.3.4.13 Suzhou Metro 2.2.3.1 Santiago Metro 2.3.4.14 Ürümqi Metro 1.2 Opportunities and Outlook 2.2.3.2 Valparaiso Metro 2.3.4.15 Wuhan Metro 1.2.1 Growth drivers 1.2.2 Network expansion by 2025 2.2.4 Colombia 2.3.5 India 1.2.3 Network expansion by 2030 2.2.4.1 Barranquilla Metro 2.3.5.1 Agra Metro 1.2.4 Network expansion beyond 2.2.4.2 Bogotá Metro 2.3.5.2 Ahmedabad-Gandhinagar Metro 2030 2.2.4.3 Medellín Metro 2.3.5.3 Bengaluru Metro 1.2.5 Rolling stock procurement and 2.3.5.4 Bhopal Metro refurbishment 2.2.5 Dominican Republic 2.3.5.5 Chennai Metro 1.2.6 Fare system upgrades and 2.2.5.1 Santo Domingo Metro 2.3.5.6 Hyderabad Metro Rail innovation 2.3.5.7 Jaipur Metro Rail 1.2.7 Signalling technology 2.2.6 Ecuador