The road project in the Finnish town of Laihia, launched in autumn 2015 to improve the traffic arrangements and safety in the centre, is unique in many ways: no drawings or diagrams printed on paper are used for reviewing and commenting on the plans.
‘The Finnish Transport Agency, which commissioned the work, required extensive use of information modelling. For example, at the worksite meetings we work with a digital information model alone. For us as the contractor it is easier to see how the plans fit in with the existing structures. It’s a great experience to be involved in a project like this,’ explains Sami Immonen, Skanska Infra Oy’s project manager.
According to him, analysing the impact of the existing structures on construction work is easier with an information model than a paper plan.
‘For example, presenting the rebaring for a complex corner structure is almost impossible with adequate precision and detail in 2D, and some of the design work must be carried out on-site. Information modelling eliminates this problem. This is particularly evident in the on-site work as no time is wasted on sorting out the design details, and we can get cracking with the actual construction work. This saves both time and money,’ says Immonen.
‘When it comes to the digitalisation of construction sites, Skanska Infra is one of the frontrunners in Finland. As the information model was available to all parties and no paper copies were required, our designers could make the most of their expertise. With information modelling, you can produce extremely detailed plans. And precision has been of the essence in the project as some areas were particularly tricky to design. Using information modelling as a tool, we could achieve sufficient precision and ensure feasibility,’ explains Markus Ventola, head of AINS Group’s infrastructure engineering unit.
‘AINS Group has carried out most of their design work with the help of information modelling for a long time, and now we adopted the same approach in our construction operations.’ – Sami Immonen, Skanska Infra
Laihia’s road project was realised as a design/build delivery, a method that requires open and direct communications between the participants. The use of information modelling in design can provide a response to many of the challenges presented by this delivery type. For the Laihia project, the work processes and progress were planned as collaboration between the parties involved, enabling great flexibility in design solutions, which could be adapted to achieve the best possible outcome. Editing the model accordingly was also quick and easy.
‘This working method requires patience from the designers. As a contractor, we impose certain restrictions to ensure that the project fits in with our production,’ explains Immonen.
Laihia’s road project involves the construction of about two kilometres of new main road and the renovation of around 2.5 kilometres of an existing road. In addition, three interchanges, seven bridges and new, safer routes for cyclists and pedestrians will be built, along with about two kilometres of new noise barrier. The three operators participating in the project have access to the same design tools: Tekla Civil for road engineering and Tekla Structures for bridge engineering. Also, various construction stages have been evaluated at joint meetings. In design work, the goals have included seamless work processes and the cost-efficient use of high-quality construction materials and methods.
‘A large project is always a learning curve. In this project, all participants have enjoyed the opportunity to use their expertise to influence the progress at each stage. That brings additional precision to the project and ensures appropriate quality management processes on every level.’
Building success together: Finnish Transport Agency, Skanska Infra Oy, AINS Group Suunnittelu Oy
Accomplishments: Whereas the conventional process would have involved preparing a construction plan with a single realisation method, in this project various parties joined forces to identify the ideal solutions. All parties shared a vision of a project where information modelling is utilised extensively and seamless work processes are prioritised, which helped save time and money.
The construction design is now finished, and the process went well. The design process has progressed in a different manner than before as information models were utilised and approved by the commissioner.
It’s all in the attitude, read more about us:
A major project reaches successful completion – the Ratina Shopping Centre increases Tampere’s draw
The Tampere Tunnel generated technical innovations and a new work culture
Saarijärvi’s new local master plan guides all areas of land use planning
Our showpiece in underground construction, the P-Hämppi car park, is lauded for its excellent usability
Building projects only succeed with good collaboration.
Read about our latest projects:
Hämppi parking facility, Tampere, Finland
The award-winning P-Hämppi is an engineering tour de force that meets all the user requirements for an underground parking facility with regard to usability and convenience. Upon completion, P-Hämppi became Europe’s most modern parking facility.
We acted as the principal consultant for the project. In addition, we were responsible for the project’s construction management; expert and local supervision; and geotechnical, rock, HVAC, traffic, and structural engineering, as well as the principal-designer activities in the initial stages.
The parking facility is designed for 900 vehicles.
Gross floor area: 200,000 m²
Cost: 70 million euros
Awards: The 2013 EPA European Parking Award, the Lighting Project of the Year 2013 Award, and the 2012 Pirkanmaan Y-teko Award in civil engineering
The new main building, Aalto University, Espoo, Finland
The design for Aalto University’s new main building was selected through an architectural competition. The building will rise in an area of cultural and architectural importance. The building project will be carried out as a customised project alliance. In addition to the building of new teaching premises, the project involves the construction of a commercial facility, Metro Centre, that will be directly connected to Otaniemi metro station.
Information on the project:
- Gross floor area 33,800 m²
- Total cost 110 million euros
- A large proportion of the energy used by the building will be generated by geothermal and solar systems
Picture: Verstas Arkkitehdit Oy
VTT Centre for Nuclear Safety, confidential, Espoo, Finland
The key project alliance model developed by Senate Properties in 2013 was piloted in the construction of the Centre for Nuclear Safety of the Technical Research Centre of Finland (VTT). The project partners gave positive feedback on the model. The project, which is partly classified as confidential, required the application of extensive user experience design processes and advanced moisture control technology.
Information on the project:
- Gross floor area 8,800 m²
- Total cost 33 million euros
Tampere University of Technology’s Kampusareena building, Tampere, Finland
The Kampusareena building of Tampere University of Technology represents a modern teaching facility that brings together students, researchers, and companies. The complex houses a library that, together with lobbies, open learning environments, and cafés and restaurants, forms an extensive open-plan space. AINS Group’s acoustical engineers used architectural acoustics modelling to study the way sound would travel around the space, enabling designers to optimise the selection of sound-absorbing materials and fabrics.
The building boasts an auditorium too, which has received praise for excellent acoustics that allow the person speaking to be heard by those in the back row without the need for sound systems.
Cost: 38 million euros
Gross floor area: 15,500 m²
Tampere’s newest tower block and landmark, Luminary, will consist of two components: an eight-storey building and a 22-storey tower. A parking facility will be built beneath the yard area.
Luminary will house residential and business premises, complete with parking places. The project involves the use of structures for several particularly challenging designs.
Cost: 85 million euros (estimate)
Gross floor area: 18,000 m²
Projected completion: 2019
Housing company As. Oy Jätkäsaaren Lakeanpuisto
This six-storey block of flats being built in Jätkäsaari, Helsinki, will also contain a parking facility to be constructed partly beneath the building. The property features a curved module network, sloping roofs, and several structurally challenging solutions. Most parts of the building’s frame are made of concrete, but the attic and roofing structures feature laminated veneer lumber also.
The work was carried out as a modelling project realised with the Tekla Structures software.
Cost: 12 million euros
Floor area: 6,950 m²
Projected completion: 2019
Hilton Helsinki Airport hotel
A high-quality hotel for Helsinki Airport, next to a terminal, was designed and built to meet the strictest quality criteria. The hotel’s location in the area of a busy international airport posed numerous challenges for the design and realisation, which were solved by means of seamless collaboration.
The hotel has 330 rooms, 12 meeting rooms, a reception hall, a restaurant, sauna facilities, a gym, and other facilities.
Hilton Helsinki Airport was selected as Europe’s best Hilton hotel in a customer satisfaction survey arranged by the chain in 2016. It was awarded Hilton’s Make It Right Highest SALT prize also.
Cost: 70 million euros
Gross floor area: 17,000 m² + 3,765 m²
Completion: 2007, extension in 2011
KOy Willa Viola, Tampere
Stage 1 of Future Hospital 2030 for Oulu University Hospital, Oulu
The Oulu University Hospital project involves the construction of new buildings and the demolition of those that have reached the end of their service life. The construction will take place in several stages, and, in addition to the hospital area, the project will involve areas in Oulaskangas-Visala and Tahkokangas.
The first stage of Future Hospital 2030 encompasses renovation of the women and children’s hospital and construction of the first new buildings for the Ydinsairaala hospital. These new buildings, which are to replace the old ones, will be connected to the main hospital.
The hospital will continue to operate throughout the project.
Cost: 168 million euros (estimate)
Gross floor area: 27,000 m² for the children’s and women’s hospital, 19,200 m² for Ydinsairaala
Projected completion: 2022
Järvenpää Social and Healthcare Centre (JUST), Järvenpää
Järvenpää’s new Social and Healthcare Centre (JUST) was honoured for being the world’s best data modelling project in 2016.
A new IPD collaboration model was used for the project, with the parties to the contract being the client, the design team, and the construction company.
The project was realised between 2013 and 2016.
Järvenpää’s JUST was the winner of the Tekla Global BIM Awards in 2016. The complex was granted a LEED Gold environmental certificate in 2017.
Cost: 41 million euros
Gross floor area: 14,000 m²
Kuopio University Hospital’s New Heart project (part of hospital reforms), Kuopio
The New Heart project encompasses the renovation of Puijo Hospital’s inpatient wards and the construction of a new nine-storey hospital building between 2018 and 2024. The work will be performed as an alliance project.
The wards of Puijo Hospital that will undergo renovation during the project were built in the 1950s.
The New Heart project will be carried out under an alliance model.
Cost: 164 million euros (estimate)
Gross floor area: 63,000 m²
Projected completion: 2025
Tampere University Hospital renovation project 2020, Tampere
The area of Tampere University Hospital will have a new form by 2020. In the initial stages of the project, new, additional buildings will be constructed. Later, the old hospital wings will be renovated. Also, the project will involve the design of any other buildings and areas decided on in the project-planning stage.
Gross floor area: 72,000 m²
Cost: 220 million euros
Tampere University Hospital renovation project 2020: D building, Tampere
Tampere University Hospital’s new D building will be opened in 2020. The building will house a new interventional radiology unit, which will bring expertise in vascular surgery and interventional radiology under one roof. Using the latest technology, interventional radiologists can perform minimally invasive image-guided procedures, avoiding the need for invasive surgery.
The D building will also house maternity and neonatal wards. In addition, the outpatient clinic, ward, and operating theatres for musculoskeletal diseases will be located in this building. The hospital’s new main lobby too will be in the building.
Cost: 90 million euros
Gross floor area: 37,000 m²
Projected completion: 2019
Tipotie social services and health centre, Tampere
The façade of the Tipotie social service and health centre is made of copper and glass, and the building features a copper roof. The various parts of this six-storey comb-shaped complex built on the steep Pyynikinharju ridge are linked by a large elliptical staircase at its centre. Entrances are found at ground level on the second and fifth floors.
The building brings several services under one roof: dental care and mental health services, physiotherapy, social services for families with children, and maternity and children’s clinic services (alongside other services for children, adolescents, and families).
The project was granted the Good Building Prize of the City of Tampere in 2013.
Cost: 32 million euros
Gross floor area: 19,000 m²
KOy Finnmedi 6-7, Tampere
A construction project was completed for three end users: an eye centre, a patient hotel, and offices.
Cost: 29 million euros
Gross floor area: 16,600 m²
Tampere University Hospital autopsy unit, Tampere
A project was carried out for the building housing Tampere University Hospital’s autopsy department and patient archives. A tunnel was built to connect this to the main building.
The project was realised between 2010 and 2013.
Cost: 17 million euros
Gross floor area: 6,193 m²
Tampere University Hospital renovation project 2020, E building, Tampere
The Tampere University Hospital dialysis unit and department of infectious diseases houses isolation rooms that can be accessed via an external corridor.
We worked on a project that involved renovation of the tunnel network and construction of a new two-storey gangway to connect the new unit to the existing A and H wings.
Cost: 30 million euros
Gross floor area: 8,000 m²
Tampere University Hospital renovation project 2020, N building, Tampere
The N building, which houses Tampere University Hospital’s heart centre, is part of the hospital’s yard-area project and, in combination with the D and L buildings and the AP parking facility, will form a complex of new buildings.
The Heart Hospital treats patients who require cardiological treatment or cardiothoracic surgery. It is a full-service hospital that operates 24/7.
Cost: 30 million euros
Gross floor area: 13,800 m²
Tampere University Hospital renovation project 2020, L building, Tampere
The L building, which houses the entity’s centre for children and adolescents, is part of Tampere University Hospital’s yard-area project. In combination with the D and N buildings and the AP parking facility, it will form a complex of new buildings.
The majority of services for children and adolescents will be centralised in this building, which will offer outpatient and inpatient care for both physical and mental problems.
Cost: 45 million euros
Gross floor area: 16,000 m²
Projected completion: 2019
Ratina shopping centre, Tampere
The Ratina shopping centre is Tampere’s largest retail and recreation centre. Formed by three buildings, Ratina livens up the southern part of the city centre. The Ratina shopping centre employs hundreds of people and houses more than 150 shops, restaurants, and other businesses.
Ratina is a tour de force of steel structures’ design and our largest construction-management project to date. Steel structures for exceptionally challenging applications were used for the three buildings that form the complex. The structural engineering project was a result of our expertise in renovation engineering, bridge and special-structure design, and industrial and element engineering.
Cost: 240 million euros
Floor area: 100,000 m²
The Vuoltsu complex, in the centre of Tampere, is composed of four parts, all built in the 1930s. The building’s façade is under heritage protection. Among other accomplishments, the project involved the complex’s integration into the new Ratina shopping centre. One of the main challenges was presented by the old floors, which were built on several levels. These differences in height were reduced by several means, including lowering of the foundation.
Gross floor area: 8,100 m²
Olympic Stadium, Helsinki
An exceptionally challenging extension and renovation project is underway at Helsinki’s historic Olympic Stadium. We participated in the project by performing the inspection of the approval documentation for construction products (architectural, geotechnical, building, and HVAC) and the verification of building-site-specific compliance. In addition, we designed the stadium’s new roofing solution.
Part of the project involves new premises being created for spectators, event organisers, and visitors. Also, the stands, running tracks, and field are being renovated. The renovated stadium is forecast to attract about a million visitors each year.
Cost: 209 million euros
Gross floor area: 36,300 m²
Projected completion: 2019
West Metro, Espoo and Helsinki
The construction of the West Metro, connecting Helsinki’s Ruoholahti to Matinkylä, in Espoo, involved designing eight separate and challenging station entities and 33 kilometres of train tunnel, including 15 complexes comprising escape routes, pressure-balancing ducts, and technical premises. Other noteworthy tunnel structures include 55 connecting tunnels, large-scale pump systems, a water reservoir for fires, track switch points, and maintenance tunnels and tracks.
The project was granted an honourable mention in the Tekla BIM Awards in 2016.
Cost: 1.186 billion euros
Gross floor area: 350,000 m²