The Aasen Quarter – Volda’s Hub for Innovation.

The university campus in Volda sits at the heart of a long-established knowledge community on Norway’s northwest coast. Its expansion unfolds in three phases, ultimately adding three new building volumes totalling around 32,000 m². Aasenkvartalet is envisioned as an open, accessible extension of the campus that strengthens connections to the town. The first construction phase marks the end of the central campus axis and forms a prominent new gateway along the E39.

The project is built around a clear yet flexible structure that creates varied spaces, terraces, and atriums. Phase 1 opens southwards onto a sunny forecourt near public transport and key pedestrian and cycling routes, while the northeast entrance faces a shared square and park. A diagonal public passage links the two entrances, connecting courtyards and functioning as an internal street.

Aasenkvartalet is designed as a hub for innovation and collaboration across public and private sectors. The main floor and mezzanine host outward-facing functions such as meeting rooms, workshops, a prototype lab, an auditorium, flexible workspaces, and a black box for larger events. A central atrium café anchors these activities. Above, two floors provide university facilities and adaptable rental areas. A hotel crowns the building, composed of two volumes joined by a glass bridge and featuring green roof terraces with daylight reaching into the atrium.

Sustainability is fundamental to the project. The structural system uses timber with CLT walls and slabs supported by concrete cores, offering flexibility, efficient construction, and reduced emissions. The energy concept combines geothermal heating, waterborne systems, solar panels, and high-efficiency heat recovery. Natural, durable materials ensure a healthy indoor climate, while reused elements from the existing Ivar Aasen building contribute identity and character.

The surrounding campus park evolves into a vibrant blue-green landscape where an expanded stream serves both as a recreational feature and as stormwater management. Green roofs further enhance local water retention. Together, timber construction, recycled materials, adaptable layouts, and universal design create a sustainable project—environmentally, economically, and socially.