Caverion and the City of Helsinki have signed an agreement on implementing the Myllypuro campus of the Helsinki Vocational College and Adult Institute. Caverion will implement the project in partnership with Fira, using the life cycle model. For Caverion, the agreement’s value is approximately EUR 13 mn, and Fira’s share is approximately EUR 22 mn.
Fira will be in charge of designing and constructing the new building, and Caverion will provide the total technical solutions, including design and all building solutions. The building will be completed by summer 2023. Caverion will assume responsibility for the property’s technical maintenance and ensure its targeted energy consumption for 20 years. It will be the first vocational college campus project to be implemented using the life cycle model in Finland.
“The city’s goal is to create the smartest campus for construction studies and we expect it will generate international attention. Together with Metropolia campus, the new campus will create a new kind of knowledge hub where future employees and employers meet,” says Pia Pakarinen, Deputy Mayor, Education Division, City of Helsinki.
A real-life learning environment for future experts
The Myllypuro campus contains facilities for studies in building construction and building solutions technology. Once the new property is completed, approximately 1,100 students will commence their vocational qualification studies there. The building itself will serve as a learning environment, where students will be acquainted with its building solutions that are partly placed in insight behind glass walls. Also, information about the technical solutions and materials can be produced in illustrative format for study purposes. Up-to-date data transmitted from the Caverion SmartView portal to the campus info TV system means future professionals can learn about building the campus’s building automation in practice.
“We are very pleased with this opportunity to build and maintain a campus for future experts in our industry. I am convinced that they will have an ideal setting to gain solid professional skills and learn about contemporary technology at their campus. The life cycle model emphasises cooperation between the implementers and, together with Fira, we have developed some well-functioning solutions for the project implementation,” says Ville Tamminen, Head of Caverion Finland division.
“This is our first project using the life cycle model, and we are very enthusiastic about implementing it together with Caverion and the City of Helsinki. Building a campus for future builders is an enjoyable task, and it is a natural continuation of the positive cooperation we have conducted with Caverion in several projects,” says Jari Koivu, CEO, Fira Oy.
High-level energy efficiency and use of renewable energy sources
The building is designed and implemented to comply with the energy label rating A and the 4-star rating in the Finnish RTS Environmental Classification system. The building solutions’ energy efficiency is very high, and more than 15 per cent of the property’s total energy needs will be generated using renewable energy sources. The building will include green roofs, and solar energy and heat pump technology will also be used for its energy supply. The gross area of the campus is around 9,700 square metres.