This document provides an overview of the Daegu-Gyeongbuk Free Economic Zone (DGFEZ) in South Korea. It outlines several industry clusters located within the zone focused on automotive, green energy, IT, and other advanced industries. It describes key R&D institutes and facilities within the zone such as Daegu Gyeongbuk Science Park which focuses on IT, biotechnology, and medical device research. The document also lists some incentive programs and major foreign companies that have operations within the DGFEZ.
Daegu-Gyeongbuk is a place where industry thrives. The birthplace of Samsung, LG Electronics and POSCO, as well as, leading multinationals such as Exxon Mobil, Dassault Systemes and Acciona, all have made sizable investments in Daegu-Gyeongbuk.
The document discusses various technologies used in semiconductor manufacturing processes, including resolution enhancement techniques, optical proximity correction, chemical mechanical planarization, critical area analysis, scanning electron microscopy, extreme ultraviolet lithography, and sub-resolution assist features. It also covers topics like market share, reliability issues, design for manufacturability, technology roadmap challenges, and the evolution of product yields being increasingly limited by design features rather than random defects.
This document discusses the challenges and solutions for research operations at a premier aerospace and defense company that works with high-risk energetic materials. It outlines the organizational structure, business challenges including budget constraints, and technical challenges of working with explosives and propellants. Solutions discussed include organizational checks and balances between research and operations, implementing hazard recognition and risk management processes, taking a lifecycle approach with operational discipline, using tracking tools, and ensuring leadership engagement. Recent successes highlighted effective planning and preparation, establishing new processes safely, and growing business lines.
Daegu-Gyeongbuk is a place where industry thrives. The birthplace of Samsung, LG Electronics and POSCO, as well as, leading multinationals such as Exxon Mobil, Dassault Systemes and Acciona, all have made sizable investments in Daegu-Gyeongbuk.
TCI 2014 Future Cluster Policy in KoreaTCI Network
1) The document discusses Korea's future cluster policy goals of establishing globally collaborative clusters to strengthen industrial competitiveness.
2) Key aspects of Korea's cluster model are highlighted, including "mini-clusters" of SMEs, universities and research institutes in specific industries, and "theme clusters" focused on specialized production collaboration.
3) The document advocates for a new direction for Korea's cluster policy centered around open innovation and global partnerships through a "Knowledge Spillover Open Network" to facilitate knowledge sharing between firms, universities and government.
TCI 2014 A Feasible Connectivity on Industrial Clusters between Daegyeong in ...TCI Network
This document discusses the feasibility of connectivity between industrial clusters in the Daegyeong region of South Korea and the Osaka region of Japan. There are many existing industry clusters in both regions, particularly in water, machinery, and electronics industries. However, there is currently little collaboration between companies in the two regions. The document proposes increasing cross-border exchanges between companies and local governments to share information, reduce costs through collaboration, and boost joint research and development efforts. Universities could also help coordinate increased partnership between the industrial clusters in South Korea and Japan.
TCI 2015 Innovation Clusters – a National Strategy to Build Technology Capabi...TCI Network
Singapore has invested heavily over the past few decades to build up its research and innovation capabilities through strategic multi-year science and technology plans. It has developed several industry clusters through targeted funding and initiatives to encourage collaboration between universities, research institutes and private sector companies. More recently, Singapore has launched innovation clusters and national challenges focused on key areas like clean energy, water technologies, diagnostics, and additive manufacturing to help industries innovate and stay globally competitive.
Graphene Frontiers is a nanotechnology company that has developed a proprietary atmospheric pressure chemical vapor deposition process for producing low-cost, high-quality graphene films at an industrial scale. They believe their scalable production process can accelerate the adoption of graphene and enable its integration into applications like flexible displays, solar cells, and touch screens. Through partnerships, further process development, and intellectual property creation, they aim to become the leading global producer of CVD graphene.
Daegu-Gyeongbuk is a place where industry thrives. The birthplace of Samsung, LG Electronics and POSCO, as well as, leading multinationals such as Exxon Mobil, Dassault Systemes and Acciona, all have made sizable investments in Daegu-Gyeongbuk.
The document discusses various technologies used in semiconductor manufacturing processes, including resolution enhancement techniques, optical proximity correction, chemical mechanical planarization, critical area analysis, scanning electron microscopy, extreme ultraviolet lithography, and sub-resolution assist features. It also covers topics like market share, reliability issues, design for manufacturability, technology roadmap challenges, and the evolution of product yields being increasingly limited by design features rather than random defects.
This document discusses the challenges and solutions for research operations at a premier aerospace and defense company that works with high-risk energetic materials. It outlines the organizational structure, business challenges including budget constraints, and technical challenges of working with explosives and propellants. Solutions discussed include organizational checks and balances between research and operations, implementing hazard recognition and risk management processes, taking a lifecycle approach with operational discipline, using tracking tools, and ensuring leadership engagement. Recent successes highlighted effective planning and preparation, establishing new processes safely, and growing business lines.
Daegu-Gyeongbuk is a place where industry thrives. The birthplace of Samsung, LG Electronics and POSCO, as well as, leading multinationals such as Exxon Mobil, Dassault Systemes and Acciona, all have made sizable investments in Daegu-Gyeongbuk.
TCI 2014 Future Cluster Policy in KoreaTCI Network
1) The document discusses Korea's future cluster policy goals of establishing globally collaborative clusters to strengthen industrial competitiveness.
2) Key aspects of Korea's cluster model are highlighted, including "mini-clusters" of SMEs, universities and research institutes in specific industries, and "theme clusters" focused on specialized production collaboration.
3) The document advocates for a new direction for Korea's cluster policy centered around open innovation and global partnerships through a "Knowledge Spillover Open Network" to facilitate knowledge sharing between firms, universities and government.
TCI 2014 A Feasible Connectivity on Industrial Clusters between Daegyeong in ...TCI Network
This document discusses the feasibility of connectivity between industrial clusters in the Daegyeong region of South Korea and the Osaka region of Japan. There are many existing industry clusters in both regions, particularly in water, machinery, and electronics industries. However, there is currently little collaboration between companies in the two regions. The document proposes increasing cross-border exchanges between companies and local governments to share information, reduce costs through collaboration, and boost joint research and development efforts. Universities could also help coordinate increased partnership between the industrial clusters in South Korea and Japan.
TCI 2015 Innovation Clusters – a National Strategy to Build Technology Capabi...TCI Network
Singapore has invested heavily over the past few decades to build up its research and innovation capabilities through strategic multi-year science and technology plans. It has developed several industry clusters through targeted funding and initiatives to encourage collaboration between universities, research institutes and private sector companies. More recently, Singapore has launched innovation clusters and national challenges focused on key areas like clean energy, water technologies, diagnostics, and additive manufacturing to help industries innovate and stay globally competitive.
Graphene Frontiers is a nanotechnology company that has developed a proprietary atmospheric pressure chemical vapor deposition process for producing low-cost, high-quality graphene films at an industrial scale. They believe their scalable production process can accelerate the adoption of graphene and enable its integration into applications like flexible displays, solar cells, and touch screens. Through partnerships, further process development, and intellectual property creation, they aim to become the leading global producer of CVD graphene.
Which companies own patents in microLED display? What are their major thrust areas and
portfolio strength?
Yole Développement has identified close to 1,500
patents filed by 125 companies and organizations
relevant to the microLED display field. Among
these are multiple startups, display makers, OEMs,
semiconductor companies, LED makers, and
research institutions.
More information on that report at http://www.i-micronews.com/reports.html
Active Space Technologies is an engineering company providing services to the aerospace and other sectors. It has offices in Portugal, Germany, and the Netherlands with a specialized staff experienced in thermal, mechanical, and optoelectronic engineering. The company supports clients with thermal analysis, design, testing, software development, and research in areas such as thermal insulation materials and technologies. Current projects include thermal analysis of nano-enhanced phase change materials.
Prognostics and Health Management (PHM) is being widely applied in many industrial systems to ensure high system availability over their life cycle. This web seminar will present key steps of PHM: data processing, feature extraction, fault diagnostics, and failure prognostics. The fundamental algorithms, models and techniques for each step will be discussed. Time domain, frequency domain and time frequency data analysis are introduced, and the corresponding feature extraction technologies presented. Mode-based and data-driven-based approaches are described in fault diagnostics and failure prognostics.
Complying with safety security certification standards and requirements in any market is an expensive, tedious, and time-consuming task, but it saves lives in the friendly skies and can be a force multiplier on the battlefield. Meeting those requirements is often more efficient through open architecture designs and the use of common standards much the way the Future Airborne Capability Environment (FACE) consortium is doing in the military avionics realm. New certification benchmarks such as DO-178C are also enhancing the safety compliance process. This e-cast of industry experts will discuss how designers can manage today's aerospace and defense software safety and certification requirement demands through improved modeling tools, common computing platforms, code analysis tools, and more.
Watch webinar: http://ecast.opensystemsmedia.com/384
The document summarizes South Africa's Technology Localisation Programme (TLP) which aims to increase local production capabilities and reduce imports. It discusses the TLP's historical overview since 2007, objectives to assist local firms through technology assistance packages, benchmarking and skills development. It outlines the TLP's focus areas such as foundry industry, energy sector and implementation model involving stakeholder participation and governance. The foundry TAP programme outcomes of increased local contracts and highlights of skills and expertise development are also summarized.
A manufacturing engineer from Adam Opel AG found the mix of topics and speakers at the 3rd Advanced Automotive Diagnostic Systems conference to be very good. The conference covered current and future legal requirements for automotive diagnostic systems, ODX standardization, diagnostic equipment and tools, and innovative diagnostic methods.
Global Forum 2012: David Soldani of Huawei GlobalForum
The document discusses future technologies and platforms for digital connectivity. It describes Huawei's investments in research and development globally and in Europe. The challenges of increasing traffic demands, decoupling of revenues from traffic, and energy efficiency are examined. Application scenarios for video and audio beyond 2020 involving new formats, 3D, augmented reality, and low latency are presented. A vision for network and services evolution incorporating cloud networking, virtualization, and software defined networking is outlined. Key technical problems to resolve include architectures, security, information centric networking, and multi-site cloud exploitation.
The document discusses quality stories and experiences related to product development. It provides 4 quality stories about Infineon applying a switch chip to automobiles, Infineon's zero defect automotive program, a memory issue that caused a Mars rover to malfunction, and issues at Toyota. The author then provides comments on challenges in complex products, quality assurance, tradeoffs between cost and quality, and lessons from successful companies. Finally, the author shares experiences in resource allocation, methodology, design activities, validation, quality management tools and culture, and makes suggestions around team setup and development practices.
The document summarizes a research project led by Perena Gouma to commercialize nanocatalysts for water remediation. The nanocatalysts can efficiently decompose hydrocarbons and are intended to be used for oil decomposition and environmental cleanup. Potential customers include water remediation companies, coastal guards, shipping industries, and government environmental agencies. The project aims to validate the intellectual property, conduct pilot studies, establish partnerships for manufacturing and distribution, and generate revenue through direct sales, leasing, licensing, or partner channels. Market estimates suggest the total environmental nanotechnology market was $6.1 billion in 2010 and projections put the target remediation market over $8 billion.
Team 18 is developing a modular attachment for optical microscopes that uses Quantitative Phase Imaging (QPI) technology to provide faster, cheaper, and more accurate results for cancer and blood disorder research compared to state-of-the-art instrumentation. They have over 100 customers including universities, bio-pharma companies, and OEMs. Key members include experts in noninvasive biomedical imaging and entrepreneurship with experience commercializing start-up technologies.
Cyret is an Oracle partner that provides consulting services for implementing and supporting Oracle applications. They help customers assess their business needs, develop strategies, and deploy Oracle technology. Cyret's consultants are Oracle certified and help customers maximize the value of their Oracle investments. Cyret delivers services across the full lifecycle of Oracle solutions to transfer knowledge to its customers.
The document discusses Micro Laser Assisted Machining Technologies and its hybrid machining technology that uses an optical transparent diamond cutting tool coupled with a laser source to machine hard and brittle materials. It provides an overview of the company founders and technology, customer segments, value proposition, marketing activities, and unique experiences gaining access to potential customers like Applied Materials.
This three-day course is designed for engineers, scientists, project managers and other professionals who design, build, test or sell complex systems. Each topic is illustrated by real-world case studies discussed by experienced CONOPS and requirements professionals. Key topics are reinforced with small-team exercises. Over 200 pages of sample CONOPS (six) and templates are provided. Students outline CONOPS and build OpCons in class. Each student gets instructor’s slides; college-level textbook; ~250 pages of case studies, templates, checklists, technical writing tips, good and bad CONOPS; Hi-Resolution personalized Certificate of CONOPS Competency and class photo, opportunity to join US/Coalition CONOPS Community of Interest.
The document discusses strategies for technology companies to identify engineering talent globally. It notes that companies have strategies to find skills in local markets around the world, which provides business advantages like access to new knowledge and skills. The author asks if organizations should tap engineering talent globally and what the smart and risky ways are to do so. The seminar will provide lessons on how large and small companies utilize local engineering workforces worldwide.
Test Plan Development using Physics of Failure: The DfR Solutions ApproachCheryl Tulkoff
This document discusses using physics of failure (PoF) methodology to develop optimized test plans that are tailored to a product's specific design, materials, use environment, and reliability needs. It provides an overview of key aspects of test plan development including defining reliability goals and the use environment, identifying failure inducing loads, developing a comprehensive test plan, and ensuring change control processes and ongoing reliability testing are in place. The document also presents a case study of how PoF modeling was used to develop a test plan for microinverters intended for a 25-year lifespan in harsh outdoor solar installations.
PDI is a small business founded in 2006 that provides engineering services and operates an R&D lab near Fort Bragg to support defense programs. It focuses on C4ISR technologies and works with organizations like USSOCOM. The document describes PDI's facilities, capabilities, customer base, experience, and services to support defense contractors and technology commercialization. PDI aims to accelerate technology transition and provide innovative solutions through its lab, partnerships, and location near Fort Bragg.
Value I Group is a holding company with subsidiaries including Wisepower, Lightscape Materials, Grandtech, Sailux, and Convex. The document provides an overview of each subsidiary's business activities, products, and vision. It also details Value I Co.'s consulting business, partners, vision of prioritizing client value, and past successful records. The organization aims to increase shareholder value through diverse businesses in batteries, LED lighting, robotics, and consulting.
ROC Industries provides gas turbine fire protection systems with over 10,000 installed systems in over 90 countries. They offer full lifecycle support including design, manufacturing, installation, commissioning, and aftermarket support. Their systems have a 99.9% first pass test success rate and 99.5% on-time delivery over the past 24 months.
Which companies own patents in microLED display? What are their major thrust areas and
portfolio strength?
Yole Développement has identified close to 1,500
patents filed by 125 companies and organizations
relevant to the microLED display field. Among
these are multiple startups, display makers, OEMs,
semiconductor companies, LED makers, and
research institutions.
More information on that report at http://www.i-micronews.com/reports.html
Active Space Technologies is an engineering company providing services to the aerospace and other sectors. It has offices in Portugal, Germany, and the Netherlands with a specialized staff experienced in thermal, mechanical, and optoelectronic engineering. The company supports clients with thermal analysis, design, testing, software development, and research in areas such as thermal insulation materials and technologies. Current projects include thermal analysis of nano-enhanced phase change materials.
Prognostics and Health Management (PHM) is being widely applied in many industrial systems to ensure high system availability over their life cycle. This web seminar will present key steps of PHM: data processing, feature extraction, fault diagnostics, and failure prognostics. The fundamental algorithms, models and techniques for each step will be discussed. Time domain, frequency domain and time frequency data analysis are introduced, and the corresponding feature extraction technologies presented. Mode-based and data-driven-based approaches are described in fault diagnostics and failure prognostics.
Complying with safety security certification standards and requirements in any market is an expensive, tedious, and time-consuming task, but it saves lives in the friendly skies and can be a force multiplier on the battlefield. Meeting those requirements is often more efficient through open architecture designs and the use of common standards much the way the Future Airborne Capability Environment (FACE) consortium is doing in the military avionics realm. New certification benchmarks such as DO-178C are also enhancing the safety compliance process. This e-cast of industry experts will discuss how designers can manage today's aerospace and defense software safety and certification requirement demands through improved modeling tools, common computing platforms, code analysis tools, and more.
Watch webinar: http://ecast.opensystemsmedia.com/384
The document summarizes South Africa's Technology Localisation Programme (TLP) which aims to increase local production capabilities and reduce imports. It discusses the TLP's historical overview since 2007, objectives to assist local firms through technology assistance packages, benchmarking and skills development. It outlines the TLP's focus areas such as foundry industry, energy sector and implementation model involving stakeholder participation and governance. The foundry TAP programme outcomes of increased local contracts and highlights of skills and expertise development are also summarized.
A manufacturing engineer from Adam Opel AG found the mix of topics and speakers at the 3rd Advanced Automotive Diagnostic Systems conference to be very good. The conference covered current and future legal requirements for automotive diagnostic systems, ODX standardization, diagnostic equipment and tools, and innovative diagnostic methods.
Global Forum 2012: David Soldani of Huawei GlobalForum
The document discusses future technologies and platforms for digital connectivity. It describes Huawei's investments in research and development globally and in Europe. The challenges of increasing traffic demands, decoupling of revenues from traffic, and energy efficiency are examined. Application scenarios for video and audio beyond 2020 involving new formats, 3D, augmented reality, and low latency are presented. A vision for network and services evolution incorporating cloud networking, virtualization, and software defined networking is outlined. Key technical problems to resolve include architectures, security, information centric networking, and multi-site cloud exploitation.
The document discusses quality stories and experiences related to product development. It provides 4 quality stories about Infineon applying a switch chip to automobiles, Infineon's zero defect automotive program, a memory issue that caused a Mars rover to malfunction, and issues at Toyota. The author then provides comments on challenges in complex products, quality assurance, tradeoffs between cost and quality, and lessons from successful companies. Finally, the author shares experiences in resource allocation, methodology, design activities, validation, quality management tools and culture, and makes suggestions around team setup and development practices.
The document summarizes a research project led by Perena Gouma to commercialize nanocatalysts for water remediation. The nanocatalysts can efficiently decompose hydrocarbons and are intended to be used for oil decomposition and environmental cleanup. Potential customers include water remediation companies, coastal guards, shipping industries, and government environmental agencies. The project aims to validate the intellectual property, conduct pilot studies, establish partnerships for manufacturing and distribution, and generate revenue through direct sales, leasing, licensing, or partner channels. Market estimates suggest the total environmental nanotechnology market was $6.1 billion in 2010 and projections put the target remediation market over $8 billion.
Team 18 is developing a modular attachment for optical microscopes that uses Quantitative Phase Imaging (QPI) technology to provide faster, cheaper, and more accurate results for cancer and blood disorder research compared to state-of-the-art instrumentation. They have over 100 customers including universities, bio-pharma companies, and OEMs. Key members include experts in noninvasive biomedical imaging and entrepreneurship with experience commercializing start-up technologies.
Cyret is an Oracle partner that provides consulting services for implementing and supporting Oracle applications. They help customers assess their business needs, develop strategies, and deploy Oracle technology. Cyret's consultants are Oracle certified and help customers maximize the value of their Oracle investments. Cyret delivers services across the full lifecycle of Oracle solutions to transfer knowledge to its customers.
The document discusses Micro Laser Assisted Machining Technologies and its hybrid machining technology that uses an optical transparent diamond cutting tool coupled with a laser source to machine hard and brittle materials. It provides an overview of the company founders and technology, customer segments, value proposition, marketing activities, and unique experiences gaining access to potential customers like Applied Materials.
This three-day course is designed for engineers, scientists, project managers and other professionals who design, build, test or sell complex systems. Each topic is illustrated by real-world case studies discussed by experienced CONOPS and requirements professionals. Key topics are reinforced with small-team exercises. Over 200 pages of sample CONOPS (six) and templates are provided. Students outline CONOPS and build OpCons in class. Each student gets instructor’s slides; college-level textbook; ~250 pages of case studies, templates, checklists, technical writing tips, good and bad CONOPS; Hi-Resolution personalized Certificate of CONOPS Competency and class photo, opportunity to join US/Coalition CONOPS Community of Interest.
The document discusses strategies for technology companies to identify engineering talent globally. It notes that companies have strategies to find skills in local markets around the world, which provides business advantages like access to new knowledge and skills. The author asks if organizations should tap engineering talent globally and what the smart and risky ways are to do so. The seminar will provide lessons on how large and small companies utilize local engineering workforces worldwide.
Test Plan Development using Physics of Failure: The DfR Solutions ApproachCheryl Tulkoff
This document discusses using physics of failure (PoF) methodology to develop optimized test plans that are tailored to a product's specific design, materials, use environment, and reliability needs. It provides an overview of key aspects of test plan development including defining reliability goals and the use environment, identifying failure inducing loads, developing a comprehensive test plan, and ensuring change control processes and ongoing reliability testing are in place. The document also presents a case study of how PoF modeling was used to develop a test plan for microinverters intended for a 25-year lifespan in harsh outdoor solar installations.
PDI is a small business founded in 2006 that provides engineering services and operates an R&D lab near Fort Bragg to support defense programs. It focuses on C4ISR technologies and works with organizations like USSOCOM. The document describes PDI's facilities, capabilities, customer base, experience, and services to support defense contractors and technology commercialization. PDI aims to accelerate technology transition and provide innovative solutions through its lab, partnerships, and location near Fort Bragg.
Value I Group is a holding company with subsidiaries including Wisepower, Lightscape Materials, Grandtech, Sailux, and Convex. The document provides an overview of each subsidiary's business activities, products, and vision. It also details Value I Co.'s consulting business, partners, vision of prioritizing client value, and past successful records. The organization aims to increase shareholder value through diverse businesses in batteries, LED lighting, robotics, and consulting.
ROC Industries provides gas turbine fire protection systems with over 10,000 installed systems in over 90 countries. They offer full lifecycle support including design, manufacturing, installation, commissioning, and aftermarket support. Their systems have a 99.9% first pass test success rate and 99.5% on-time delivery over the past 24 months.
8. DGFEZ Facilities
Daegu Technopolis
Focus: R&D / Education / Manufacturing
Industry Green Energy, Auto, IT
Project Period 2006~2013
Facilities Special R&D Zone
Specialized Universities
Proving Ground for Intelligent Vehicles
Manufacturing space near industrial complexes DGIST (Nov. 2010)
9. DGFEZ Facilities
Yeongcheon Industry District
Focus Manufacturing / Testing
Industry Auto, Aviation, Shipbuilding
Project Period 2008~2012
Facilities: Manufacturing space 550m from IC
Testing for electronics components
Yeongcheon Industry District (Aug. 2011)
Lowest land price in DG-FEZ
Major Residents
10. DGFEZ Facilities
Focus R&D & Clinical Trials
Industry Medical Device, Pharmaceuticals
Project Period 2009-2038
Facilities Bio Resource Center – cell management
Animal Experiment Center – breeding and mgmt
New Medicine Production Center (cGmp)
DGIST (Nov. 2010)
Commercialization & Regulatory Agencies
11. DGFEZ Sites 2013~
Construction Machineries Components
Complex
•Industry Machinery Components
•Project Period 2012-2018
•Area 1.7 ㎢
Main Infrastructure
•Industrial Complex for Construction Machineries
•Institute of Construction Machineries Components Technology
Targeted components
Industrial High-tech Park
• Industry Vehicle Parts & Materials, Green Energy Components
•Project Period 2012-2018
•Area 5.4 ㎢
Main Infrastructure
• Korea Institute of Industrial Technology – Yeongcheon Branch
• Research Institute for Vehicle Embedded Technology
• Industrial Complex for Hybrid Vehicles
• R&D Center for Hybrid Vehicles Projected image in 2014
11
12. R&D Institutes
D e s ig n ate d as S p e c ial R&D Zo n e (m e d ic al d e vic e s , g re e n e n e rg y)
DGIST Science and Technology Research Center
• R & D : IT, BT & MT Next generation Convergence
• Academic program : Technology Institute
Robotics, Brain cognition, Convergence • Medical Convergence technology
engineering • Commercialization & Support for SME
POSTECH Pohang University of Science & Technology
Pohang Accelerator Laboratory POSTECH Bio Center
• 2.5GeV Electron Linear Accelerator • •51 medical/science research centers
Core elements of organic energy &
• Protein Structure Analysis • 13 Gov’t designated research centers
Convergence technology
• New Drug Development
Clinical Trials
9 Clinical Trial Centers Notable Achievements
• 94 Clinical Trials Approved (2008- 2009) • First Viagra protein structure analysis
• First 3D structure examination of DNA double helical
(2nd in Korea) copula
• Joint Institutional Review Board • Examination of virus inhibitor protein core structure
• Collaboration w/ Pfizer Korea
12
--- Before Animation Let’s discuss industrial clusters. In Gumi, Samsung & LG produce IT & Mobile products; Hyundai operates their largest auto and shipbuilding manufacturing facilities in Ulsan, and POSCO produces steel products in Pohang. These companies anchor the Southeastern Region and many components companies and supporting companies are located there. This cluster doesn’t just serve Korean companies. In fact, many foreign companies have found success in southeastern Korea. ----- After Animation Renault, Nokia, ExxonMobil, and Siemens are a few of the companies that have entered the Korean market, either through M&A, Joint Venture or Green field investment. The point is…. foreign companies are succeeding in southeastern Korea because there is a business environment allows them to succeed.
Industry related to IT/Mobile, Auto/Shipbuilding and Energy/Materials is main focus in Daegu/Gyeongbuk. These industries are highly value-added and they require skilled labor. Over 200,000 students are enrolled in post-secondary education in Daegu-Gyeongbuk; 70,000 of these students enter the work force each year and 17,000 of these students graduate possessing engineering backgrounds. Compared to other regions in Korea costs are considerably less. Land prices of DGFEZ compares favorably to Industrial Land in Songdo and to Daedeok Innopolis. Manufacturing labor costs in Daegu-Gyeongbuk are also lower than Seoul and Gyeonggi areas.
Industry related to IT/Mobile, Auto/Shipbuilding and Energy/Materials is main focus in Daegu/Gyeongbuk. These industries are highly value-added and they require skilled labor. Over 200,000 students are enrolled in post-secondary education in Daegu-Gyeongbuk; 70,000 of these students enter the work force each year and 17,000 of these students graduate possessing engineering backgrounds. Compared to other regions in Korea costs are considerably less. Land prices of DGFEZ compares favorably to Industrial Land in Songdo and to Daedeok Innopolis. Manufacturing labor costs in Daegu-Gyeongbuk are also lower than Seoul and Gyeonggi areas.
Industry related to IT/Mobile, Auto/Shipbuilding and Energy/Materials is main focus in Daegu/Gyeongbuk. These industries are highly value-added and they require skilled labor. Over 200,000 students are enrolled in post-secondary education in Daegu-Gyeongbuk; 70,000 of these students enter the work force each year and 17,000 of these students graduate possessing engineering backgrounds. Compared to other regions in Korea costs are considerably less. Land prices of DGFEZ compares favorably to Industrial Land in Songdo and to Daedeok Innopolis. Manufacturing labor costs in Daegu-Gyeongbuk are also lower than Seoul and Gyeonggi areas.
Industry related to IT/Mobile, Auto/Shipbuilding and Energy/Materials is main focus in Daegu/Gyeongbuk. These industries are highly value-added and they require skilled labor. Over 200,000 students are enrolled in post-secondary education in Daegu-Gyeongbuk; 70,000 of these students enter the work force each year and 17,000 of these students graduate possessing engineering backgrounds. Compared to other regions in Korea costs are considerably less. Land prices of DGFEZ compares favorably to Industrial Land in Songdo and to Daedeok Innopolis. Manufacturing labor costs in Daegu-Gyeongbuk are also lower than Seoul and Gyeonggi areas.
Technopolis is focused on automotives, green energy, and IT convergence. The district lies beside the ITS Automotive Testing Center and close to national industrial complexes in Daegu. This is a picture taken of Daegu Technopolis last month. The Daegu-Gyeongbuk Science & Technology (DGIST) is currently operating their R&D facilities in Technopolis and they will begin their Graduate Program in March. By 2014, there will be branches of Kyungpook National University, Keimyung University and the University of Delaware. R&D facilities are in the final stages of construction and will open later this year. Space is allocated for R&D centers and manufacturing facilities. As I mentioned earlier, costs in this district compare favorably to other complexes in Korea.
Technopolis is focused on automotives, green energy, and IT convergence. The district lies beside the ITS Automotive Testing Center and close to national industrial complexes in Daegu. This is a picture taken of Daegu Technopolis last month. The Daegu-Gyeongbuk Science & Technology (DGIST) is currently operating their R&D facilities in Technopolis and they will begin their Graduate Program in March. By 2014, there will be branches of Kyungpook National University, Keimyung University and the University of Delaware. R&D facilities are in the final stages of construction and will open later this year. Space is allocated for R&D centers and manufacturing facilities. As I mentioned earlier, costs in this district compare favorably to other complexes in Korea.
Technopolis is focused on automotives, green energy, and IT convergence. The district lies beside the ITS Automotive Testing Center and close to national industrial complexes in Daegu. This is a picture taken of Daegu Technopolis last month. The Daegu-Gyeongbuk Science & Technology (DGIST) is currently operating their R&D facilities in Technopolis and they will begin their Graduate Program in March. By 2014, there will be branches of Kyungpook National University, Keimyung University and the University of Delaware. R&D facilities are in the final stages of construction and will open later this year. Space is allocated for R&D centers and manufacturing facilities. As I mentioned earlier, costs in this district compare favorably to other complexes in Korea.
Technopolis is focused on automotives, green energy, and IT convergence. The district lies beside the ITS Automotive Testing Center and close to national industrial complexes in Daegu. This is a picture taken of Daegu Technopolis last month. The Daegu-Gyeongbuk Science & Technology (DGIST) is currently operating their R&D facilities in Technopolis and they will begin their Graduate Program in March. By 2014, there will be branches of Kyungpook National University, Keimyung University and the University of Delaware. R&D facilities are in the final stages of construction and will open later this year. Space is allocated for R&D centers and manufacturing facilities. As I mentioned earlier, costs in this district compare favorably to other complexes in Korea.
These research institutes are supported by the central government as Korea’s topmost important research institutes. DGIST stands for Daegu Gyeongbuk Institute of Science and Technology. In the 2 nd half of this year, the Korean government will designate the western part of Daegu to be a Special R&D Zone. This will strengthen the competitive environment for industrial technology by supporting development and commercialization of technology The representative and prestigious research institutes in Daegu Technopolis are pictured here.
To facilitate foreign investment into our districts, Daegu-Gyeongbuk FEZ has an implemented an attractive set of incentives. These incentives include Tax reductions & Cash subsidies. Before I leave you today, I would like to thank you for listening carefully to Daegu-Gyeongbuk’s presentation. If you have any further questions please do not hesitate to contact me.