Skonto Būve is one of Latvia's leading construction companies, operating since 1995. It performs construction, design, engineering and commissioning services for infrastructure projects across Latvia. Some of Skonto Būve's largest recent railway projects include constructing a second track on the 57km Skrīveri-Krustpils line from 2010-2014 for €105.7 million, and developing infrastructure on Krievu Island from 2012-2015 for €123.4 million to relocate port activities away from Riga's center. Skonto Būve also constructed the new Bolderāja 2 station and 11.3km access track from 2013-2015 to connect the new port terminals to the main rail network.
This document provides an overview of the Rail Baltic/Rail Baltica project to build a standard gauge railway connecting Estonia, Latvia and Lithuania. The key points are:
1) The project will connect the Baltic states with a new modern railway line at an estimated cost of 5 billion euros over 15 years.
2) It will enhance mobility and economic development in the Baltic region by improving passenger and freight connections to the rest of Europe.
3) A joint venture called RB Rail AS has been established to centrally coordinate the planning, engineering and construction of the railway line according to EU standards.
Mitnija was the major contractor for the first stage of the Rail Baltica international transportation project in Lithuania. The project involved laying 34.5 km of new European standard gauge track and reconstructing 36 km of existing Russian gauge track from the Polish-Lithuanian border to Marijampolė. Mitnija completed its portion of the work, approximately one third of the total construction, in just over two years along with its consortium partner Kauno Tiltai. The Rail Baltica project will connect Lithuania, Latvia, and Estonia to the European rail network.
The document summarizes Rail Baltica implementation activities planned in Latvia from 2016-2017. It establishes "Eiropas Dzelzceļa Līnijas" (EDzL) as the state-owned company responsible for implementing the project. EDzL will serve as the Latvian shareholder in the RB Rail joint venture and act as the implementing body. Key planned activities include developing land acquisition plans, conducting technical designs, and beginning construction of the Riga Central Railway junction and section from Riga to the airport. Open architectural and design-build competitions are announced for the central station. Technical design procurements are also planned for the airport station and central section to ensure interoperability.
This document summarizes the planning process for the Rail Baltica railway line in Latvia from 2014 to 2016. It describes the completion of technical studies, environmental impact assessments, and public consultation to determine the alignment of the route. Key outcomes included identifying technically and economically viable alignment options, engineering surveys, and environmental impact assessments. Extensive public hearings were held with over 5,100 participants providing feedback that informed additional analysis and alignment adjustments. Following further public engagement activities, 15 municipalities ultimately supported the recommended Rail Baltica alignment in Latvia.
Lemminkäinen is a leading construction company in Northern Europe that has been operating in the Baltic countries since the early 1990s, undertaking infrastructure, industrial, and building projects. They described their operations and major ongoing projects in Estonia, Latvia, and Lithuania, which include road, bridge, railway, and facility construction. The document also provided an overview of Lemminkäinen's international projects across various sectors.
This document provides information on the structure and projects of JSC "Lithuanian Railways", the largest transportation and logistics company in Lithuania. It discusses the company's directorates and subsidiaries, key metrics like revenues and passengers/freight carried, and infrastructure projects completed from 2007-2013 and planned from 2014-2020. Specifically, it focuses on the implementation of the Rail Baltica project, providing details on the stages of design, construction, and coordination involved in developing the rail line from Poland/Lithuania to Kaunas.
Skonto Būve is one of Latvia's leading construction companies, operating since 1995. It performs construction, design, engineering and commissioning services for infrastructure projects across Latvia. Some of Skonto Būve's largest recent railway projects include constructing a second track on the 57km Skrīveri-Krustpils line from 2010-2014 for €105.7 million, and developing infrastructure on Krievu Island from 2012-2015 for €123.4 million to relocate port activities away from Riga's center. Skonto Būve also constructed the new Bolderāja 2 station and 11.3km access track from 2013-2015 to connect the new port terminals to the main rail network.
This document provides an overview of the Rail Baltic/Rail Baltica project to build a standard gauge railway connecting Estonia, Latvia and Lithuania. The key points are:
1) The project will connect the Baltic states with a new modern railway line at an estimated cost of 5 billion euros over 15 years.
2) It will enhance mobility and economic development in the Baltic region by improving passenger and freight connections to the rest of Europe.
3) A joint venture called RB Rail AS has been established to centrally coordinate the planning, engineering and construction of the railway line according to EU standards.
Mitnija was the major contractor for the first stage of the Rail Baltica international transportation project in Lithuania. The project involved laying 34.5 km of new European standard gauge track and reconstructing 36 km of existing Russian gauge track from the Polish-Lithuanian border to Marijampolė. Mitnija completed its portion of the work, approximately one third of the total construction, in just over two years along with its consortium partner Kauno Tiltai. The Rail Baltica project will connect Lithuania, Latvia, and Estonia to the European rail network.
The document summarizes Rail Baltica implementation activities planned in Latvia from 2016-2017. It establishes "Eiropas Dzelzceļa Līnijas" (EDzL) as the state-owned company responsible for implementing the project. EDzL will serve as the Latvian shareholder in the RB Rail joint venture and act as the implementing body. Key planned activities include developing land acquisition plans, conducting technical designs, and beginning construction of the Riga Central Railway junction and section from Riga to the airport. Open architectural and design-build competitions are announced for the central station. Technical design procurements are also planned for the airport station and central section to ensure interoperability.
This document summarizes the planning process for the Rail Baltica railway line in Latvia from 2014 to 2016. It describes the completion of technical studies, environmental impact assessments, and public consultation to determine the alignment of the route. Key outcomes included identifying technically and economically viable alignment options, engineering surveys, and environmental impact assessments. Extensive public hearings were held with over 5,100 participants providing feedback that informed additional analysis and alignment adjustments. Following further public engagement activities, 15 municipalities ultimately supported the recommended Rail Baltica alignment in Latvia.
Lemminkäinen is a leading construction company in Northern Europe that has been operating in the Baltic countries since the early 1990s, undertaking infrastructure, industrial, and building projects. They described their operations and major ongoing projects in Estonia, Latvia, and Lithuania, which include road, bridge, railway, and facility construction. The document also provided an overview of Lemminkäinen's international projects across various sectors.
This document provides information on the structure and projects of JSC "Lithuanian Railways", the largest transportation and logistics company in Lithuania. It discusses the company's directorates and subsidiaries, key metrics like revenues and passengers/freight carried, and infrastructure projects completed from 2007-2013 and planned from 2014-2020. Specifically, it focuses on the implementation of the Rail Baltica project, providing details on the stages of design, construction, and coordination involved in developing the rail line from Poland/Lithuania to Kaunas.
Rail Baltica is a key infrastructure project that will connect the Baltic states of Estonia, Latvia, and Lithuania to the European rail network. It will promote economic growth, jobs, mobility, and security in the region. The project will provide a standard gauge rail connection between the Baltic states and Finland, as well as improved passenger and freight connections between North and South Europe. The three Baltic states are cooperating through a joint venture to coordinate project implementation and ensure interoperability. Full completion of Rail Baltica is estimated to cost around €5.8 billion total, with funding from the EU, national governments, and private sources. Significant progress has already been made, but challenges remain around securing sufficient long-term funding and coordin
A-Insinöörit is a Finnish engineering consulting firm founded in 1959 that provides infrastructure, construction, and engineering services. It has over 600 experts working across four business lines: infrastructure engineering, construction management, structural engineering, and rock and environmental engineering. The company has completed projects in over 50 countries and sees over 10% annual growth. It prides itself on using cutting-edge technologies like BIM and lean project delivery methods to efficiently design and implement major infrastructure projects such as tunnels, bridges, and underground facilities.
This document provides an overview of Pöyry Finland, a consulting and engineering company. It discusses that Pöyry has over 6,000 experts in 50 countries and provides services in transportation infrastructure, urban development, and environmental projects. In Finland, Pöyry has 1,600 employees working across 18 cities. The document then highlights some of Pöyry's specific services, including rail, road, bridge and tunnel engineering, as well as environmental assessments and permitting. It provides examples of recent rail and tunnel projects completed by Pöyry in Finland and other countries.
Rail Baltica is a planned double track, standard gauge railway line running from Warsaw to Berlin through the Baltic states. Phase I connected the Lithuanian-Polish border to Kaunas, while Phase II will build new infrastructure from Kaunas to Riga, Pärnu, and Tallinn. The project is funded primarily by the EU's Connecting Europe Facility and is being coordinated by the joint venture company RB Rail, with national railway companies and governments overseeing individual country sections.
Ramboll and Ramboll Finland today rail business updateBusiness Finland
Ramboll is a large engineering and consulting firm with 13,000 specialists across 35 countries. In Finland, Ramboll has 2,000 specialists and provides services across infrastructure & transport, buildings, water & environment, and project management. Ramboll's rail services include railway planning, design, supervision, and operation across the Nordic countries and UK. Specific projects summarized include analyzing future rail services in Southern Finland, developing passenger information systems, and renovating main displays at Helsinki and Tampere stations.
VR Track Oy is a Finnish company that provides passenger services, logistics, and infrastructure maintenance. It operates in Sweden, Estonia, and Russia. The company offers consulting services for all aspects of rail projects from feasibility studies to design, construction, and maintenance. VR Track Oy employs 250 experienced professionals with expertise in track, bridges, electrification, signaling, and other technical railway areas. It uses BIM as a basic tool and aims to be a reliable partner throughout the entire life cycle of railway projects based on its unique experience in the industry.
Siemens Osakeyhtiö provides innovative solutions for electrification, automation and digitalization in Finland, Estonia, Latvia and Lithuania. Its business divisions include power generation, energy management, building technologies, mobility, digital factory, and process industries and drives. In mobility, it offers railway turnkey projects, rail automation, integrated transport solutions, locomotives, rolling stock, and traffic management. It has implemented several signaling, automation and traffic management projects across Estonia, Latvia and Lithuania.
The document summarizes a presentation given by Andrea Laudanna, CEO of RBSSKALS Group, at a Rail Baltica seminar on March 31, 2016 in Riga. It provides an overview of RBSSKALS Group, which has grown since 1992 to become an industry leader in design, construction, and maintenance projects across Latvia, Estonia, Lithuania, Belarus, and France. It also highlights some of the company's major infrastructure and transportation projects in the railway sector.
Sweco is a leading provider of multidisciplinary engineering services in Lithuania with 250 employees across offices in Vilnius, Kaunas, and Klaipeda. Sweco offers a broad range of services including infrastructure, industry, energy, buildings, cities, water, and environment. Key services include engineering consulting, environmental impact assessments, territorial and urban planning, and design of various projects such as industrial plants, buildings, and infrastructure. Sweco has designed over 1,000 km of engineering networks and implemented 7 nationally significant projects in Lithuania.
The document summarizes work on developing the Orient-East Med transport corridor. It identifies several critical issues that need to be addressed to improve infrastructure along the corridor, including rail bottlenecks and capacity issues, navigability of the Elbe River, and last mile connections to ports. Billions in investments are needed by 2030. Priorities for investment include cross-border rail and inland waterway links, implementing ERTMS rail signaling, and improving port infrastructure and connections. Next steps include further analysis of the corridor to update project lists and priorities, identify missing links, and analyze projects' feasibility and barriers to completion.
This document summarizes meetings and next steps for the Orient-East Med Corridor Forum and working groups. In 2014, there were 4 Corridor forums with member state representatives and infrastructure managers, and 2 working group sessions on ports/inland waterways and regional perspectives. A draft corridor work plan was presented to ministers in late 2014 and early 2015. In 2015-2016, there will be additional corridor forums and working groups to discuss cross-border issues and infrastructure investment coordination. The work plan will be revised in late 2016 based on infrastructure projects, study results, and CEF funding calls. The coordinator will also improve communication about corridor activities.
This document summarizes the Baltic-Adriatic transport corridor, including its characteristics, compliance with EU standards, critical issues, investment needs, and next steps. The corridor passes through 6 EU member states, includes 13 urban nodes, airports, and ports, and has nearly 30 rail-road terminals. It requires around €59.7 billion in investments by 2030 to upgrade infrastructure like cross-border sections, tunnels, and ports. The work plan developed by the European Coordinator will guide further development and prioritization of projects through corridor forums and updates to the study and work plan.
This document provides an overview of the transportation system in Basel, Switzerland. Basel is located in northwest Switzerland and borders France and Germany. It has a dense population and highly developed public transportation network, with 76% of trips taken using sustainable modes like public transit, walking, and cycling. The transportation system emphasizes intermodal connections between different modes and gives priority to public transit, cycling, and pedestrians. Over 20% of all trips in Basel are taken by bicycle due to an extensive network of bike routes and parking facilities. The tram network is well-integrated both within Basel and across borders into France and Germany due to coordination organizations.
London Underground - Redesigning White-chapel Station Ibrahim Al-Hudhaif
A radical redesign of Whitechapel Station for Crossrail saved £50 million by changing the station layout and design. The new design features a north-south aligned concourse rather than the original east-west design. It demolishes fewer bridges and buildings and reduces the amount of excavation needed. The redesign delivers social, economic and environmental benefits for the local area while meeting Crossrail's requirements within the project budget.
Hugo Axel-Berg is the Manager of Engineering for Crossrail. The three guiding principles of Target Zero are that everyone has a right to go home unharmed, all harm is preventable, and safety requires teamwork. Crossrail is Europe's largest infrastructure project, costing £14.8 billion to build 118 km of new railway with 37 stations. It is scheduled to open in 2018 and will cut journey times by up to 50% and support 200 million journeys per year, providing £42 billion in benefits.
This document discusses rail projects and transport infrastructure in the Danube Region. It provides an overview of the EU Strategy for the Danube Region, which includes 14 countries and aims to improve cooperation across the region. Priority Area 1b focuses on improving rail, road, and air links, with targets like reducing travel times between major cities and implementing rail freight corridors. The document outlines governance structures and potential funding sources for projects. It also discusses the status of implementing a common transport vision and challenges going forward, such as ensuring continued political support and taking a coordinated approach to rail projects across the region.
The document summarizes an investment opportunity for an office campus development in Lviv, Ukraine. It provides details on the proposed development plan across three sections totaling over 75,000 square meters of office space. The development is well located near the city center and international airport. It also highlights Lviv's skilled and low-cost labor force as well as the municipal government and utility providers' commitments to support the development.
This document summarizes a presentation on the North Sea-Baltic transport corridor given at the TEN-T Days 2015 conference in Riga. It outlines key characteristics of the corridor including the 8 member states, 17 urban nodes, and critical issues around cross-border rail links and port infrastructure. It also estimates high investment needs of around 133 billion euros for 291 identified projects through 2030 across rail, road, ports and airports. Priorities for the corridor are identified as completing missing rail links, improving port hinterland connections, and increasing interoperability of the railway network. The coordinator's role and next steps in further developing the corridor study and revising the work plan are also summarized.
Corridor X is an important transport axis for the Western Balkan region but is being marginalized in current EU transport policy. Efforts are underway to integrate Corridor X into the future EU Rail Freight Corridor network to attract more traffic. Corridor X faces barriers like borders that hamper traffic flows compared to other corridors like Corridor IV. Steps taken so far include optimizing border procedures but infrastructure upgrades and support from transport ministries is still needed to realize Corridor X's potential.
The document discusses several major rail projects in Finland. It describes projects to increase rail capacity between Helsinki and surrounding areas, including the Ring Rail Line connecting Helsinki to the airport, extensions to the metro westward, and the proposed City Rail Loop underground railway circling central Helsinki. The projects aim to improve public transportation, reduce traffic congestion, and support development around new stations. Key details are provided on route lengths, number of new stations, estimated costs, and projected ridership increases for the proposed City Rail Loop stations.
Rezart Arkaxhiu has over 10 years of experience in structural and road design engineering. He holds an MSc in Civil Engineering from Polytechnic University of Tirana and a Master's degree in Transport Systems Planning from the same university. He is currently a Road and Structural Designer at InfraTransProject ltd in Tirana, Albania. Some of his project experiences include preliminary design of a railway line in Albania, feasibility studies for road corridors in Albania and Montenegro, and detailed design of bridges and underground parking structures.
Rail Baltica is a key infrastructure project that will connect the Baltic states of Estonia, Latvia, and Lithuania to the European rail network. It will promote economic growth, jobs, mobility, and security in the region. The project will provide a standard gauge rail connection between the Baltic states and Finland, as well as improved passenger and freight connections between North and South Europe. The three Baltic states are cooperating through a joint venture to coordinate project implementation and ensure interoperability. Full completion of Rail Baltica is estimated to cost around €5.8 billion total, with funding from the EU, national governments, and private sources. Significant progress has already been made, but challenges remain around securing sufficient long-term funding and coordin
A-Insinöörit is a Finnish engineering consulting firm founded in 1959 that provides infrastructure, construction, and engineering services. It has over 600 experts working across four business lines: infrastructure engineering, construction management, structural engineering, and rock and environmental engineering. The company has completed projects in over 50 countries and sees over 10% annual growth. It prides itself on using cutting-edge technologies like BIM and lean project delivery methods to efficiently design and implement major infrastructure projects such as tunnels, bridges, and underground facilities.
This document provides an overview of Pöyry Finland, a consulting and engineering company. It discusses that Pöyry has over 6,000 experts in 50 countries and provides services in transportation infrastructure, urban development, and environmental projects. In Finland, Pöyry has 1,600 employees working across 18 cities. The document then highlights some of Pöyry's specific services, including rail, road, bridge and tunnel engineering, as well as environmental assessments and permitting. It provides examples of recent rail and tunnel projects completed by Pöyry in Finland and other countries.
Rail Baltica is a planned double track, standard gauge railway line running from Warsaw to Berlin through the Baltic states. Phase I connected the Lithuanian-Polish border to Kaunas, while Phase II will build new infrastructure from Kaunas to Riga, Pärnu, and Tallinn. The project is funded primarily by the EU's Connecting Europe Facility and is being coordinated by the joint venture company RB Rail, with national railway companies and governments overseeing individual country sections.
Ramboll and Ramboll Finland today rail business updateBusiness Finland
Ramboll is a large engineering and consulting firm with 13,000 specialists across 35 countries. In Finland, Ramboll has 2,000 specialists and provides services across infrastructure & transport, buildings, water & environment, and project management. Ramboll's rail services include railway planning, design, supervision, and operation across the Nordic countries and UK. Specific projects summarized include analyzing future rail services in Southern Finland, developing passenger information systems, and renovating main displays at Helsinki and Tampere stations.
VR Track Oy is a Finnish company that provides passenger services, logistics, and infrastructure maintenance. It operates in Sweden, Estonia, and Russia. The company offers consulting services for all aspects of rail projects from feasibility studies to design, construction, and maintenance. VR Track Oy employs 250 experienced professionals with expertise in track, bridges, electrification, signaling, and other technical railway areas. It uses BIM as a basic tool and aims to be a reliable partner throughout the entire life cycle of railway projects based on its unique experience in the industry.
Siemens Osakeyhtiö provides innovative solutions for electrification, automation and digitalization in Finland, Estonia, Latvia and Lithuania. Its business divisions include power generation, energy management, building technologies, mobility, digital factory, and process industries and drives. In mobility, it offers railway turnkey projects, rail automation, integrated transport solutions, locomotives, rolling stock, and traffic management. It has implemented several signaling, automation and traffic management projects across Estonia, Latvia and Lithuania.
The document summarizes a presentation given by Andrea Laudanna, CEO of RBSSKALS Group, at a Rail Baltica seminar on March 31, 2016 in Riga. It provides an overview of RBSSKALS Group, which has grown since 1992 to become an industry leader in design, construction, and maintenance projects across Latvia, Estonia, Lithuania, Belarus, and France. It also highlights some of the company's major infrastructure and transportation projects in the railway sector.
Sweco is a leading provider of multidisciplinary engineering services in Lithuania with 250 employees across offices in Vilnius, Kaunas, and Klaipeda. Sweco offers a broad range of services including infrastructure, industry, energy, buildings, cities, water, and environment. Key services include engineering consulting, environmental impact assessments, territorial and urban planning, and design of various projects such as industrial plants, buildings, and infrastructure. Sweco has designed over 1,000 km of engineering networks and implemented 7 nationally significant projects in Lithuania.
The document summarizes work on developing the Orient-East Med transport corridor. It identifies several critical issues that need to be addressed to improve infrastructure along the corridor, including rail bottlenecks and capacity issues, navigability of the Elbe River, and last mile connections to ports. Billions in investments are needed by 2030. Priorities for investment include cross-border rail and inland waterway links, implementing ERTMS rail signaling, and improving port infrastructure and connections. Next steps include further analysis of the corridor to update project lists and priorities, identify missing links, and analyze projects' feasibility and barriers to completion.
This document summarizes meetings and next steps for the Orient-East Med Corridor Forum and working groups. In 2014, there were 4 Corridor forums with member state representatives and infrastructure managers, and 2 working group sessions on ports/inland waterways and regional perspectives. A draft corridor work plan was presented to ministers in late 2014 and early 2015. In 2015-2016, there will be additional corridor forums and working groups to discuss cross-border issues and infrastructure investment coordination. The work plan will be revised in late 2016 based on infrastructure projects, study results, and CEF funding calls. The coordinator will also improve communication about corridor activities.
This document summarizes the Baltic-Adriatic transport corridor, including its characteristics, compliance with EU standards, critical issues, investment needs, and next steps. The corridor passes through 6 EU member states, includes 13 urban nodes, airports, and ports, and has nearly 30 rail-road terminals. It requires around €59.7 billion in investments by 2030 to upgrade infrastructure like cross-border sections, tunnels, and ports. The work plan developed by the European Coordinator will guide further development and prioritization of projects through corridor forums and updates to the study and work plan.
This document provides an overview of the transportation system in Basel, Switzerland. Basel is located in northwest Switzerland and borders France and Germany. It has a dense population and highly developed public transportation network, with 76% of trips taken using sustainable modes like public transit, walking, and cycling. The transportation system emphasizes intermodal connections between different modes and gives priority to public transit, cycling, and pedestrians. Over 20% of all trips in Basel are taken by bicycle due to an extensive network of bike routes and parking facilities. The tram network is well-integrated both within Basel and across borders into France and Germany due to coordination organizations.
London Underground - Redesigning White-chapel Station Ibrahim Al-Hudhaif
A radical redesign of Whitechapel Station for Crossrail saved £50 million by changing the station layout and design. The new design features a north-south aligned concourse rather than the original east-west design. It demolishes fewer bridges and buildings and reduces the amount of excavation needed. The redesign delivers social, economic and environmental benefits for the local area while meeting Crossrail's requirements within the project budget.
Hugo Axel-Berg is the Manager of Engineering for Crossrail. The three guiding principles of Target Zero are that everyone has a right to go home unharmed, all harm is preventable, and safety requires teamwork. Crossrail is Europe's largest infrastructure project, costing £14.8 billion to build 118 km of new railway with 37 stations. It is scheduled to open in 2018 and will cut journey times by up to 50% and support 200 million journeys per year, providing £42 billion in benefits.
This document discusses rail projects and transport infrastructure in the Danube Region. It provides an overview of the EU Strategy for the Danube Region, which includes 14 countries and aims to improve cooperation across the region. Priority Area 1b focuses on improving rail, road, and air links, with targets like reducing travel times between major cities and implementing rail freight corridors. The document outlines governance structures and potential funding sources for projects. It also discusses the status of implementing a common transport vision and challenges going forward, such as ensuring continued political support and taking a coordinated approach to rail projects across the region.
The document summarizes an investment opportunity for an office campus development in Lviv, Ukraine. It provides details on the proposed development plan across three sections totaling over 75,000 square meters of office space. The development is well located near the city center and international airport. It also highlights Lviv's skilled and low-cost labor force as well as the municipal government and utility providers' commitments to support the development.
This document summarizes a presentation on the North Sea-Baltic transport corridor given at the TEN-T Days 2015 conference in Riga. It outlines key characteristics of the corridor including the 8 member states, 17 urban nodes, and critical issues around cross-border rail links and port infrastructure. It also estimates high investment needs of around 133 billion euros for 291 identified projects through 2030 across rail, road, ports and airports. Priorities for the corridor are identified as completing missing rail links, improving port hinterland connections, and increasing interoperability of the railway network. The coordinator's role and next steps in further developing the corridor study and revising the work plan are also summarized.
Corridor X is an important transport axis for the Western Balkan region but is being marginalized in current EU transport policy. Efforts are underway to integrate Corridor X into the future EU Rail Freight Corridor network to attract more traffic. Corridor X faces barriers like borders that hamper traffic flows compared to other corridors like Corridor IV. Steps taken so far include optimizing border procedures but infrastructure upgrades and support from transport ministries is still needed to realize Corridor X's potential.
The document discusses several major rail projects in Finland. It describes projects to increase rail capacity between Helsinki and surrounding areas, including the Ring Rail Line connecting Helsinki to the airport, extensions to the metro westward, and the proposed City Rail Loop underground railway circling central Helsinki. The projects aim to improve public transportation, reduce traffic congestion, and support development around new stations. Key details are provided on route lengths, number of new stations, estimated costs, and projected ridership increases for the proposed City Rail Loop stations.
Rezart Arkaxhiu has over 10 years of experience in structural and road design engineering. He holds an MSc in Civil Engineering from Polytechnic University of Tirana and a Master's degree in Transport Systems Planning from the same university. He is currently a Road and Structural Designer at InfraTransProject ltd in Tirana, Albania. Some of his project experiences include preliminary design of a railway line in Albania, feasibility studies for road corridors in Albania and Montenegro, and detailed design of bridges and underground parking structures.
The document is a brochure from Arup, a global engineering firm, describing their rail consultancy services. It provides an overview of Arup's multi-disciplinary approach to rail projects, covering all aspects from planning and design through to implementation and asset management. It then highlights some of Arup's recent rail projects around the world as examples of their experience and capabilities.
The document provides background information about the author's career and skills. It summarizes that the author has a passion for cities and urban planning, and obtained degrees related to transport planning. The author currently works as a transport planner in London, with skills in GIS mapping, traffic analysis, and pedestrian modeling software. Examples are provided of projects analyzing accessibility and proposing improvements to an area surrounding a train station to better accommodate different transport modes.
Projects and activities of the City of Pécs Concerning Sustainable Public Tra...CSCP
Projects and activities of the City of Pécs Concerning Sustainable Public Transport, The Municipality of the City of Pécs, Presented 23 September 2009, Brussels
Metrex digital meeting: From roads to streets. With EUROCITIES Urban Regeneration on the City Fringe & URBACT RiConnect, January 19, 2021.
Presentation by Paul Lecroart, Senior Urbanist
Guest presentation by Dr Michele Dix, Managing Director of Crossrail 2 (crossrail2.co.uk). Presented at the Institute for Transport Studies (ITS), University of Leeds, Feb. 2016.
[Copyright TfL, reproduced here with permission].
Rethinking the Jonio Metro station as a Transport HubOleg Buyanov
The document proposes rethinking the Jonio Metro station area in Rome as a transport hub. It analyzes the current situation, which lacks comfortable transit between modes. A transport hub would provide advantages like easy navigation, accessibility, and reduced transfer times. The project concept includes new parking buildings, bus routes, and public space reorganization. Microsimulation shows the current scenario has low service levels during peaks, while the project scenario would reduce travel time and emissions. In conclusion, the transport hub design would improve traffic flow, public space, sustainability, and safety.
Extended metro in stockholm, stockholm county councilBusiness Finland
The document summarizes plans to extend the Stockholm Metro system through 2025. Key aspects include:
- The extension will add 78,000 new homes and connect growing suburbs.
- Total investment is SEK 25.7 billion to fund rail infrastructure, depots, trains, and six new stations.
- Construction will take place from 2014-2025 on three main lines: Barkarby, Arenastaden, and Nacka/Söderort.
- The Extended Metro Administration was formed in 2014 to oversee planning, design, and construction.
Sustainable Transport System of Copenhagen City.pdfSIDDHIKANKARIYA1
Sustainable cities of the future will be ones where transport options other than fossil-fuel powered private vehicles are the norm. Bike-friendly Copenhagen is leading the way, as this case study explores.
Copenhagen has set itself the goal of becoming 'the world's best bicycle city by 2025'. Achieving this goal is also viewed as integral to the city's health plan, to the environmental goal of making the city CO2 neutral by 2025, and to enhancing the livability of the city.
150,000 people cycle each day to work or educational institutions in the City of Copenhagen, representing a modal share of 36% of all trips. Copenhagen’s plan for achieving a greater modal share for bicycles includes increasing the capacity of the cycle tracks to the city centre, in order to accommodate an additional 60,000 cyclists by 2025.
This case study charts the key planning, infrastructure and financing mechanisms that have been integral to Copenhagen attaining the status of a world-leader in cycling and sustainable transport modalities. Over the last 60 to 70 years, cities have been designed around the car, trying to get as many cars as possible into and through our cities. Nowadays, the vehicle that was supposed to provide freedom in mobility is stuck in traffic, taking up a lot of space in cities, polluting the air, contributing to climate change and making people sick from both noise and lack of exercise.
Cities are realising that we need to change the paradigm and focus on allowing as many people as possible to live and move through our cities in a sustainable way. This means redesigning streets and cities, and prioritising public transport, cycling and walking.
Copenhagen is known for being a city of cyclists. Its residents do not ride bicycles because they have some special cycling gene or because they care more about the environment than other people. They ride because it’s safe, fast and easy to get around by bike in the city in their daily lives. They do it because Copenhagen is designed and built for cycling.
This is linked to the fact that Copenhagen has had, and still has today, politicians with visions of a liveable, people-friendly, sustainable and CO-neutral city and who have thus invested accordingly in cycling infrastructure and facilities and have created policies that favour bicycles.In the 1970s, Copenhageners demonstrated outside City Hall in Copenhagen, demanding that cycling also be prioritised after the car had become more and more dominant during the 1950s and 60s. Authorities and planners listened and the bicycle subsequently began to be an important part of traffic planning in the city.
This has resulted in a steadily increase in cycling over the ensuing decades. The goal is for 50 percent of all trips to work and education in Copenhagen to be made by bike by 2025. In 2018, they reached 49 percent. Out of all trips made to, from and in the City of Copenhagen, 28 percent were in 2018 made by bicycle (32 percent by car, 21 percent
This document discusses Forum Virium Helsinki's work on building enablers for smarter cities. It focuses on five project areas: learning, smart city, wellbeing, media, and innovation communities. It describes several pilot projects in Helsinki involving open data and APIs for transportation services, digital loyalty cards, and a "City SDK" to help developers create new city services. The goal is to establish common elements and an ecosystem to encourage development of new interoperable smart city applications.
This document summarizes the development of electric transportation in the Helsinki region. It discusses electric bus activities including pre-commercial pilots and fleets. Electric buses are attractive for cities due to fixed routes and schedules. Total ownership costs are competitive with diesel buses. The region is working on an integrated approach involving vehicles, charging infrastructure, and operations. Current projects involve municipalities, transport authorities, operators, manufacturers, and researchers.
The document discusses integrated transport solutions for Auckland, New Zealand to address increasing congestion challenges from population and employment growth. It finds that the City Rail Link (CRL) alone will not meet future transit demand and that light rail is needed to optimize the road network and transport access within the city center. Light rail could move more people with less road space than buses and help shape development. The summary concludes that both CRL construction and further evaluation of light rail solutions are needed with regular updates to council.
The document summarizes the 2nd workshop of the Tri-Bike-City mobility project. It outlines the group's theme of preparing cities for changes in urban mobility. It examines case study cities of Antwerp, Basel, Helsinki, and Gothenburg and their transportation systems. It describes the group's survey and interviews in Gdansk about transportation habits and preferences. It lists resources the group explored for research and outlines the schedule for further research, including analyzing Gdansk's mobility system and identifying challenges in the TriCity region.
Presentatie integration pt and bike, 2011 10 17, rail_volution usa (utrecht v...Ronald Tamse
The document summarizes transportation initiatives in Utrecht, Netherlands to address traffic congestion by better linking transit with walking and biking. It discusses expanding the regional railway network, developing a light rail and streetcar network, and improving bicycle facilities. The goal is to provide more sustainable transportation options and integrate different modes of transit.
A presentation conducted by Dr Agnieszka Labus, Silesian University of Technology. Presented on Wednesday the 2nd of October 2013.
The key question is: how can transport infrastructure provide senior citizens with access to a variety of areas, including housing areas and basic services, in order to prevent their exclusion from society? According to the OECD (2003),
solutions can be found in integration services systems and reduced spatial distances, which contribute to a more compact urban structure in the development of future cities,
and thus supported economic growth and urban renewal.
There are many links the transport infrastructure in the sustainable development, among which, two aspects seem to be the most important. On the one hand, urban streets, should not only allow the smooth movement of vehicles, but to public spaces, social, with a small architecture, frontages,
bike paths, etc., providing accessible and safe access to various locations in the city. On the other hand, the grid of streets in dense urban multifunctional structure can be used to support and motivate the senior citizens to take part in social networking in local venues and local services. The appropriate density of development and the street grid reduces the need to use transport and makes more efficient use of infrastructure. Three selected European cities serve as model cities in terms of demographic changes.
Stockholm is the capital and largest city of Sweden, with a population of over 870,000. It is built on 14 islands connected by 57 bridges and has a high quality public transportation system. Planning in Stockholm emphasizes sustainable development, with over 30% of the city consisting of waterways and green spaces. The city has invested heavily in its extensive metro system and other infrastructure to encourage density and limit car ownership.
[Urban transportation] city presentation praha(czech)shrdcinfo
This document discusses Prague's efforts to remove barriers and improve accessibility in public transportation. The goals are to improve access for people with disabilities, injuries, the elderly, those with baby prams, and others who struggle with barriers like stairs, curbs, and orientation problems. A working group was established that included key organizations, and they created a strategic plan and action plan to address problems like accessible vehicles, station access, safety, and coordination of improvements. Benefits included a unified platform for stakeholders and prioritizing improvements like ensuring station access alongside adding more accessible vehicles. The plan also helped integrate accessibility goals with other transport and infrastructure projects. As of 2014, progress had been made with over half of tram stops and underground stations being
Stockholm is the capital and largest city of Sweden, with over 870,000 residents within the municipality. It is built on 14 islands connected by 57 bridges and has a high quality of life with over 30% of the city consisting of waterways and green spaces. Stockholm has a diverse economy focused on services, finance, and technology, and has invested heavily in sustainable public transportation infrastructure like its extensive metro system. Urban planning emphasizes cooperation across municipalities and balancing economic development with environmental protection.
Russia_Business opportunities, presentation by Alexey Zak at Navigate fair 2018Business Finland
The document summarizes business opportunities in the Russian shipbuilding industry for Finnish companies. It notes that Russia plans to build over 1000 new vessels through 2035 across various sectors like fishing, offshore oil/gas, and transport. Major state-owned companies like Rosneft and Novatek are investing heavily in new shipyards and orders. While sanctions create challenges, opportunities remain for Finnish design, shipbuilding, equipment/components where localization can be 30-80%. The document outlines several marine industry events in Russia supported by Business Finland and introduces a consulting group that can help Finnish companies explore opportunities in the Russian market.
Innovative Finnish bioproduct and techology companies have expertise in fiber based products, organic formulations for health care and cosmetics, and the circular economy. Finland continues to invest heavily in bioeconomy research and development.
The Canadian marine industry generated over $3.1 billion in sales and employed 11,100 people in 2014. Over half of domestic sales are related to the Canadian federal government. Key opportunities for the industry include shipbuilding contracts under the National Shipbuilding Strategy, which will see Irving Shipbuilding, Seaspan, and Davie build new ships for the Coast Guard and Navy over the next decades. The aging Canadian Coast Guard fleet also provides opportunities for ship replacements. With over 55 million ferry passengers annually, the Canadian ferry sector additionally offers opportunities as older ferries are due for replacement in the 2020s.
United States Coast Guard icebreaker program_seminar 2018Business Finland
Maritime Business Day seminar in Helsinki 30.1.2018_Presentation by Ulla Lainio, Arctic Maritime & Offshore from Finland Program Director, Business Finland
Russia_Market business opportunities and events 2018 Business Finland
The document summarizes key figures and trends in the Russian shipbuilding industry. It notes that in 2016 there were 66 vessels under construction and 40 delivered to customers in Russia. The United Shipbuilding Corporation's estimated turnover in 2017 was between 4.6-4.9 billion euros. Major projects driving growth include building a new fishing fleet, construction of icebreakers, and the Arctic LNG-2 project led by Novatek which will require around 15 new VLCC tankers. The new Zvezda shipyard controlled by Rosneft aims to build over 130 vessels by 2035. Protectionism is growing in the Russian shipbuilding industry and state-owned companies are playing a larger role through consolidation.
German-Finnish maritime co-operation, joint development of next-generation te...Business Finland
Maritime Business Day seminar in Helsinki 30.1.2018_Presentation by Prof. Holger Watter, University of Applied Science, Flensburg; Association Chairman of the Maritime Cluster Northern Germany (MCN)
Innovative Finnish bioproduct and techology companies have expertise in fiber based products, organic formulations for health care and cosmetics, and the circular economy.
Team Finland organized Japan Day at Team Finland House in Helsinki on 15.5.2017. The seminar gathered over 170 attendees and inspiring high-level speakers from Japanese and Finnish companies to discuss about business opportunities, success stories and challenges in the re-emerging Japan. http://event.finpro.fi/japanday/
This document provides an overview of the Iranian maritime market, including key statistics and details about ports, ships, and offshore oil and gas activities. Some of the main points covered include:
- Iran has over 2,000 km of coastline along the Persian Gulf and Caspian Sea, with major ports including Shahid Rajaee and Bushehr.
- The marine fleet consists of over 23,000 vessels, including oil tankers, bulk carriers, and smaller boats. Many vessels need repairs or replacement.
- Offshore oil and gas reserves are significant, with development led by national companies. Several new platforms and jack-ups are planned for procurement by 2021.
- Major shipyards build
Norway_Shipbuilding Market Update, seminar 10.5.2017Business Finland
This document provides an update on the Norwegian shipbuilding market. It notes that Norway is a world leader in offshore oil and gas, exporting large quantities of oil and gas. A major new oil field, Johan Sverdrup, is projected to generate substantial tax and economic benefits for Norway over 50 years. The maritime sector saw few new supply vessel orders in 2016 but over 140 other vessel orders, including contracts for offshore service and wind vessels. Norwegian shipyards continue to diversify and have secured various ferry, cruise, and specialized vessel contracts. The outlook for the Norwegian maritime industry in 2017 and beyond remains positive.
Russia_Business opportunities in Russia_seminar 10.5.2017Business Finland
Russia presents several key business opportunities in shipbuilding despite sanctions. These include the Arctic LNG-2 project in Murmansk, which has a $10 billion budget and will create thousands of jobs. Russia is also building a new fleet of 65 ice-class vessels by 2019 at shipyards like Vyborg and Admiralty. The country needs new fishing vessels and river ships as well, presenting opportunities for foreign partners to supply components and technologies to Russian shipbuilders. Finland can explore partnerships through industry events in Russia during 2017.
Vietnam has a growing shipbuilding industry concentrated in several major shipyards. The industry produces a variety of vessels including cargo ships, tankers, offshore support vessels, and patrol boats. While most shipyards currently build smaller vessels, the largest yards can produce ships up to 150,000 DWT. Foreign investment from countries like Korea, Norway, and Singapore has helped advance technology transfer and management expertise. The shipbuilding industry is expected to continue expanding to meet growing domestic and regional demand for seaborne transportation and offshore oil and gas support.
Building Your Employer Brand with Social MediaLuanWise
Presented at The Global HR Summit, 6th June 2024
In this keynote, Luan Wise will provide invaluable insights to elevate your employer brand on social media platforms including LinkedIn, Facebook, Instagram, X (formerly Twitter) and TikTok. You'll learn how compelling content can authentically showcase your company culture, values, and employee experiences to support your talent acquisition and retention objectives. Additionally, you'll understand the power of employee advocacy to amplify reach and engagement – helping to position your organization as an employer of choice in today's competitive talent landscape.
B2B payments are rapidly changing. Find out the 5 key questions you need to be asking yourself to be sure you are mastering B2B payments today. Learn more at www.BlueSnap.com.
Structural Design Process: Step-by-Step Guide for BuildingsChandresh Chudasama
The structural design process is explained: Follow our step-by-step guide to understand building design intricacies and ensure structural integrity. Learn how to build wonderful buildings with the help of our detailed information. Learn how to create structures with durability and reliability and also gain insights on ways of managing structures.
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Navigating the world of forex trading can be challenging, especially for beginners. To help you make an informed decision, we have comprehensively compared the best forex brokers in India for 2024. This article, reviewed by Top Forex Brokers Review, will cover featured award winners, the best forex brokers, featured offers, the best copy trading platforms, the best forex brokers for beginners, the best MetaTrader brokers, and recently updated reviews. We will focus on FP Markets, Black Bull, EightCap, IC Markets, and Octa.
Understanding User Needs and Satisfying ThemAggregage
https://www.productmanagementtoday.com/frs/26903918/understanding-user-needs-and-satisfying-them
We know we want to create products which our customers find to be valuable. Whether we label it as customer-centric or product-led depends on how long we've been doing product management. There are three challenges we face when doing this. The obvious challenge is figuring out what our users need; the non-obvious challenges are in creating a shared understanding of those needs and in sensing if what we're doing is meeting those needs.
In this webinar, we won't focus on the research methods for discovering user-needs. We will focus on synthesis of the needs we discover, communication and alignment tools, and how we operationalize addressing those needs.
Industry expert Scott Sehlhorst will:
• Introduce a taxonomy for user goals with real world examples
• Present the Onion Diagram, a tool for contextualizing task-level goals
• Illustrate how customer journey maps capture activity-level and task-level goals
• Demonstrate the best approach to selection and prioritization of user-goals to address
• Highlight the crucial benchmarks, observable changes, in ensuring fulfillment of customer needs
[To download this presentation, visit:
https://www.oeconsulting.com.sg/training-presentations]
This presentation is a curated compilation of PowerPoint diagrams and templates designed to illustrate 20 different digital transformation frameworks and models. These frameworks are based on recent industry trends and best practices, ensuring that the content remains relevant and up-to-date.
Key highlights include Microsoft's Digital Transformation Framework, which focuses on driving innovation and efficiency, and McKinsey's Ten Guiding Principles, which provide strategic insights for successful digital transformation. Additionally, Forrester's framework emphasizes enhancing customer experiences and modernizing IT infrastructure, while IDC's MaturityScape helps assess and develop organizational digital maturity. MIT's framework explores cutting-edge strategies for achieving digital success.
These materials are perfect for enhancing your business or classroom presentations, offering visual aids to supplement your insights. Please note that while comprehensive, these slides are intended as supplementary resources and may not be complete for standalone instructional purposes.
Frameworks/Models included:
Microsoft’s Digital Transformation Framework
McKinsey’s Ten Guiding Principles of Digital Transformation
Forrester’s Digital Transformation Framework
IDC’s Digital Transformation MaturityScape
MIT’s Digital Transformation Framework
Gartner’s Digital Transformation Framework
Accenture’s Digital Strategy & Enterprise Frameworks
Deloitte’s Digital Industrial Transformation Framework
Capgemini’s Digital Transformation Framework
PwC’s Digital Transformation Framework
Cisco’s Digital Transformation Framework
Cognizant’s Digital Transformation Framework
DXC Technology’s Digital Transformation Framework
The BCG Strategy Palette
McKinsey’s Digital Transformation Framework
Digital Transformation Compass
Four Levels of Digital Maturity
Design Thinking Framework
Business Model Canvas
Customer Journey Map
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At Techbox Square, in Singapore, we're not just creative web designers and developers, we're the driving force behind your brand identity. Contact us today.
Brian Fitzsimmons on the Business Strategy and Content Flywheel of Barstool S...Neil Horowitz
On episode 272 of the Digital and Social Media Sports Podcast, Neil chatted with Brian Fitzsimmons, Director of Licensing and Business Development for Barstool Sports.
What follows is a collection of snippets from the podcast. To hear the full interview and more, check out the podcast on all podcast platforms and at www.dsmsports.net
Unveiling the Dynamic Personalities, Key Dates, and Horoscope Insights: Gemin...my Pandit
Explore the fascinating world of the Gemini Zodiac Sign. Discover the unique personality traits, key dates, and horoscope insights of Gemini individuals. Learn how their sociable, communicative nature and boundless curiosity make them the dynamic explorers of the zodiac. Dive into the duality of the Gemini sign and understand their intellectual and adventurous spirit.
Top mailing list providers in the USA.pptxJeremyPeirce1
Discover the top mailing list providers in the USA, offering targeted lists, segmentation, and analytics to optimize your marketing campaigns and drive engagement.
Industrial Tech SW: Category Renewal and CreationChristian Dahlen
Every industrial revolution has created a new set of categories and a new set of players.
Multiple new technologies have emerged, but Samsara and C3.ai are only two companies which have gone public so far.
Manufacturing startups constitute the largest pipeline share of unicorns and IPO candidates in the SF Bay Area, and software startups dominate in Germany.
How to Implement a Real Estate CRM SoftwareSalesTown
To implement a CRM for real estate, set clear goals, choose a CRM with key real estate features, and customize it to your needs. Migrate your data, train your team, and use automation to save time. Monitor performance, ensure data security, and use the CRM to enhance marketing. Regularly check its effectiveness to improve your business.
The 10 Most Influential Leaders Guiding Corporate Evolution, 2024.pdfthesiliconleaders
In the recent edition, The 10 Most Influential Leaders Guiding Corporate Evolution, 2024, The Silicon Leaders magazine gladly features Dejan Štancer, President of the Global Chamber of Business Leaders (GCBL), along with other leaders.
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WSP Parsons Brinckerhoff
1. WSP Parsons
Brinckerhoff
is now one of the world's leading
engineering professional services
consulting firms.
We bring together approximately
34,500 staff, based in more than 500
offices, across 40 countries to
provide engineering and
multidisciplinary services in a vast
array of industry sectors, with a focus
on technical excellence and client
service. www.wsp-pb.com
2. WSP Finland
Infrastructure design and urban planning
Employees
Traffic planning: 26
Infrastructure: 71
Ground engineering: 33
Bridges: 40
Urban pl. & architecture: 45
Design Studio: 15
22.3.20162
4. Espoo City Railway
Clients: Finnish Transport Agency,
City of Espoo, City of Kauniainen
Espoo City Railway
• Railway design
• Stations and switches
• Ground engineering
• Street design
• Walking and cycling
• Park & ride facilities
• Bridge design
• Water supply and other networks
• Landscape architecture
• Noise abatement and calculations
• Vibration analyses
• Lighting desing
• Impact assessment
• Virtual 3D model
5. Ring Railway to Helsinki-Vantaa Airport
Kuva: Liikennevirasto / Skyfoto
6. City Rail Loop,
Helsinki
The City Rail Loop is a planned urban
railway line for commuter trains under the
Helsinki city centre.
The loop-shaped railway starts in Pasila
and runs in a tunnel via Töölö, Helsinki City
centre, Hakaniemi and back to Pasila.
At present, problems in train traffic easily
lead to disturbances affecting the whole
country, since the commuter and long-
distance traffic are closely connected.
This new railway line will enhance
commuter train traffic for the benefit of 1.4
million inhabitants in Helsinki region
long-distance train traffic in the whole country
7. City Rail Loop, Helsinki
City Rail Loop of Helsinki
Client: Finnish Transport Agency, City of Helsinki
(joint venture with Finnmap Infra Ltd and Rockplan Ltd)
Largest design project based on
information modelling in Finland
Complex built urban and historical
environment
Multidisciplinary
Integration of disciplines by
modelling
The use of modelling is expected to:
improve communication with
authorities and decicion makers
give support for city planning
help finding possibilities and best
practicies
improve quality and cost control
improve productivity in construction
8. City Rail Loop,
scope of work; WSP
Street design; entire project
area
Alppila area; tunnel entrance
structures, traffic planning,
landscape and bridges
Hakaniemi station; structural
design
9. West Metro Helsinki - Espoo
Kuva: Liikennevirasto / Skyfoto
Kuva: Länsimetro
13 new stations, 21 kilometres
Helsinki metro line is set to continue to
Espoo.
Ruoholahti–Matinkylä section:
• rail line of 14 kilometres
• 8 new stations
• construction will be completed 2015
• operation will begin in 2016
Matinkylä–Kivenlahti stretch:
• 7 kilometres
• 5 stations: Finnoo, Kaitaa, Soukka,
Espoonlahti, and Kivenlahti.
• The entire line will be completed 2020
14. Turku Light Rail, Areal Development Study
Turku Light Rail, Areal Development Study
Client: City of Turku
15. Raide –Jokeri Light Rail, preliminary
engineering
Raide –Jokeri Light Rail, preliminary engineering
Client: City of Espoo, City of Helsinki
(joint venture with Ramboll Finland Ltd)