Guro Solberg Portfolio Intern by guronsolberg

PORTFOLIO

by Guro Nordhammer Solberg

Photography taken by Guro Solberg 20.09.22 Grundtvigs Church - my favourite space designed by P.V. Jensen Klint

Content

3-12 13-22 23-30

Project 01 - LogiPark Mobilitetshus

Project 02 - Skogen i byen

Project 03 - Mission Annex

Illustration Lobby

LogiPark Mobilitetshus

LogiPark Mobility Center

This project was my recent exam-project during my 6th semester of architecture-school. I worked by myself on this project.

The project is located in Tempe, a district in the city of Trondheim. The mobility center is strategically located on a plot of 2425 square meters. In response to a more sustainable future in traffic, the mobility center serves as a relief point for traffic flowing into, out of, and through Tempe.

The center facilitates the import and export of goods to the area, car and bike rental services, parking for cars and bicycles, workshops, and washing facilities.

Unlike a traditional parking garage, the mobility center also serves as a social and economic hub and event venue in Tempe.

The mobility center’s functional concept—business, pleasure, logistics—provides the framework for the activities supported within the building. With a flexible construction, these three functions can be distributed across all floors and change their locations over time. The goal of business, pleasure, logistics is to maintain the building’s relevance, promote social and economic growth, and offer the area sustainable solutions, driving Tempe’s development in a sustainable direction.

Siteplan 10

Holtermanns Gate

Valøyvegen

Model

Ladestasjoner sykkel

Sykkelbutikk

Ombruksstasjon

2. floor 1582 BRA

Næringslokale 1

Næringslokale 2

Offentlig workspace

Tek.

Plan

Parkeringsareal

Verksted/vask

Bilheiser

Plan 3.-5. floor

Plan 6. floor 1315 BRA

Bar

Velkomsthall

Lager

Garderobe Personal

Lager

Drivhus

Restaurant Kjøkken

Tek.

Billetter

Oppvask

Takveranda/ takhage

Facade West

Illustration business premises

Illustration parking

Photo taken by Guro Solberg

Skogen i byen

The urban forest

Skogen i byen is a continuation of me and my teams previous project ’Den blågrønne åre’

In this assignment, we were asked to envision a scenario where climate goals are not met, and global warming becomes overwhelming. The task urged us to build upon the previous project but focus more on how Tempe could handle such a future.

In this further development, animals, nature, and ecosystem conservation have assumed an even more critical role. In a city that steadily encroaches upon animal and plant habitats, establishing new habitats in new development projects is crucial.

The green corridor extends from Nidelva up to Nardoskrenten. Here, animals can freely roam through lush forests and along the natural Nardobekken stream. The Nardobekken’s course has been elevated to ground level, serving as flood protection for a future with more extreme weather. At night, the green corridor is darkened to allow undisturbed movement for animals.

We’ve actively utilized building facades to promote green development in Tempe. On the south-facing facades, apartment buildings feature panels that act as sunshades and habitats for pollinating insects. Each apartment also has its vertical micro-greenhouse integrated into the facade. Many rooftops are also adapted for insect habitat and urban cultivation.

Implemented ’birdhouses’ adorn the east and west-facing facades, providing shelter for birds during harsher seasons. On the north-facing facades, moss thrives, acting as an air purifier and sound dampener. To reduce the CO2 footprint, we’ve used materials like interlocking bricks, flexible concrete allowing natural moss growth, and wood composites.

At the center lies the square ’Blomstertorget’, a green, active meeting space. The distance between urban and rural is short yet stark. Here, humans meet nature, and the green corridor guides people eastward or westward to Tempe’s rural green areas. A new and green Tempe is emerging, embracing its natural potential!

The development project in Tempe is divided into four distinct areas: the center with Humlegården 1, 2, and 3, and Blomstertorget, Svaletunet, Almerekkene, and Spurvehagen. Additionally, the current Tensio building will be transformed into the Stær Kindergarten and School. The center features block structures with residential buildings and a row of commercial spaces. The commercial areas are situated between residences and Holtermanns vei, acting as noise and dust buffers for residential areas. The residential areas around the core center have a mixed typology with lamellas, highrise buildings, and townhouses, accommodating various housing preferences.

The project was done in collaboration with my team during the period, which includes Sigrid Oledal and Erling Haaversen.

Transportation diagram car/public by Erling Haaversen

Transportation diagram Bicycle by Erling Haaversen

Map Trondheim by Erling Haaversen

Map- dark corridor by Sigrid Oledal

Nidelva

by Sigrid Oledal Isometric

Facade North by Guro Solberg

Facade South by Guro Solberg

Facade West/East by Guro Solberg

Blomsterbutikk

Treningssenter

Bibliotek

Utsalg lokalmat

Butikk

Bekkeblom café

Nardobekken

Blomstertorget

Section A-A

by Guro Solberg

Plan Square

by Sigrid Oledal and Guro Solberg

NIDELVKORRIDOREN endangered species consideration zone preserving animal habitats regenerating biological diversity

NARDOBEKKEN dispersal corridor stream reopening stormwater management new housing integration of animal habitats in facades

Isometric sections bird boxes by Sigrid Oledal and Erling Haaversen

Diversion of water pond number 1, with selfregulating threshold (outside NTNU/Revolve)

Klæbuveien

Collection of rainwater from terrain

Collection of rainwater from the roof and storage of water for reuse

Collection of water from terrain

Diversion of water pond number 2, with selfregulating thershold

Cycle path

Bridge (pedestrians)

Diversion of water pond number 3, with selfregulating thershold

Rain garden

Downsout for carrying water under the road

Holtermanns veg

Collection and runoff for contaminated rainwater from Holtermanns road

Cleaning pond

Diversion of water pond number 4, with selfregulating thershold

Outlet to Nidelva

NARDOSKRENTEN endangered species consideration zone preserving animal habitats regenerating biological diversity dense forest

Diagram biological diversity by Sigrid Oledal

Diagram stormwater by Erling Haaversen

Example typology

Spurvehagen by Guro Solberg

approx. 360 people

165 households

Example typology

Humlegården 2 by Guro Solberg

approx. 255 people

88 households

Total Humlegården 1, 2 og 3: ca. 775 people

264 households

Example typology Almerekkene by Guro Solberg

approx. 60 people 15 households

Example typology Svaletunet by Guro Solberg

approx. 360 people 132 households

2-room apartments

35-55 sqm

3-room apartments

60-95 sqm 4- and 5-room apartments

85-100 sqm Laks_foto_Rudolf

Photo

Mission Annex

This project I have undertaken outside of my studies.

My family owns a cabin in the beautiful Råkvåg, and we need more accommodation and storage space there. In this context, I was tasked with designing proposals for an annex to the cabin. The request included a bedroom with a loft, a view towards the bay and a storage room.

The cabin was built in the 1960s and has undergone several small additions and changes over time. This has resulted in a challenging overall shape. For instance, an extension was added to the west side, making it asymmetrical with low ceiling heights. My primary focus in resolving the design for this annex was to create an extension that could harmonize with the overall appearance of the cabin. I aimed to adhere to modern standards for ceiling heights while ensuring the new structure did not appear significantly taller than the cabin. I achieved this by lowering the floor level in most rooms to match the lowest floor level of the cabin. Additionally, to accommodate a loft in one of the bedrooms, there is a roof angle that causes the ceiling to rise towards the south.

Since no changes were to be made to the cabin itself, I did not include interior walls in the drawings of the cabin. Therefore, you can disregard the information about the interior in the cabin, as depicted in ArchiCad.

This was the first time I used ArchiCad for drawing, and as a result, there are some technical errors in the drawings.