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Kola Bay Lighthouse Viewpoint | © Alexey Arushanyan, Alexey Malenchik, Tatiana Okuneva

Kola Bay Lighthouse Viewpoint by Evgeny Makarenko Timber Architecture Workshop is a small timber observation tower positioned on a rocky hill above Kola Bay in Murmansk, Russia. Conceived as a civic lookout within walking distance of nearby housing, the structure translates the language of lighthouses, port cranes, and harbor infrastructure into a compact public platform for viewing the bay, the bridge, the city skyline, and the northern landscape.

Kola Bay Lighthouse Viewpoint Technical Information

The tower is not conceived as an object placed on the hill, but as a timber framework for everyday encounters with the northern landscape, the port, and the bay.

– Evgeny Makarenko Timber Architecture Workshop

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© Alexey Arushanyan, Alexey Malenchik, Tatiana Okuneva
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© Alexey Arushanyan, Alexey Malenchik, Tatiana Okuneva
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© Alexey Arushanyan, Alexey Malenchik, Tatiana Okuneva
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© Alexey Arushanyan, Alexey Malenchik, Tatiana Okuneva
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© Alexey Arushanyan, Alexey Malenchik, Tatiana Okuneva
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© Alexey Arushanyan, Alexey Malenchik, Tatiana Okuneva
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© Alexey Arushanyan, Alexey Malenchik, Tatiana Okuneva
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© Alexey Arushanyan, Alexey Malenchik, Tatiana Okuneva
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© Alexey Arushanyan, Alexey Malenchik, Tatiana Okuneva
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© Alexey Arushanyan, Alexey Malenchik, Tatiana Okuneva
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© Alexey Arushanyan, Alexey Malenchik, Tatiana Okuneva
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© Alexey Arushanyan, Alexey Malenchik, Tatiana Okuneva
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© Alexey Arushanyan, Alexey Malenchik, Tatiana Okuneva
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© Alexey Arushanyan, Alexey Malenchik, Tatiana Okuneva

Context, Landmark, and Industrial Reference

The Kola Bay Lighthouse Viewpoint occupies a hilltop site where the domestic edge of Murmansk meets a broad infrastructural landscape. From the approach path, the tower rises above low birch growth and arctic vegetation, while views from the structure extend toward the bridge, port facilities, apartment blocks, chimneys, and the open water of Kola Bay. Its civic role depends less on size than on position: a modest structure placed where daily walking routes, topography, and distant industrial horizons intersect.

The form draws on familiar northern and harbor typologies without directly reproducing them. The square timber frame recalls the exposed logic of cranes and service towers, while the tapering crown refers to the lantern of a lighthouse. This translation is significant because it reduces industrial scale to a pedestrian register. The language of machinery becomes a frame for inhabitation, rest, and looking, rather than a symbol of production.

As a territorial marker, the tower negotiates visibility and restraint. It is legible from nearby housing and from the hillside path, yet its open frame prevents it from becoming a solid mass on the ridge. The building establishes an identifiable point in the landscape while allowing the hill, vegetation, and skyline to remain visually continuous through its ground level and lattice walls.

Timber Tectonics and Structural Expression

The tower is organized as a square open timber frame set on a regular structural grid, with vertical posts, horizontal beams, diagonal braces, and a lantern-like crown forming a clear tectonic hierarchy. Its approximate footprint of 5.7 by 5.8 meters gives the structure a compact base, while the height of more than 11 meters produces a sectional presence visible across the slope. The architecture relies on repetition, alignment, and exposed assembly rather than surface treatment.

Close views of the structure reveal lapped, notched, and interlocking timber joints that give the tower a crafted character. These connections reduce the visual dependence on metal fasteners and make the assembly readable as a sequence of bearing, bracing, and locking elements. In a harsh northern climate, this clarity of construction also has practical implications, since exposed timber details must address movement, moisture, maintenance, and durability without concealing their logic.

The diagonal lattice panels perform several roles at once. They create a consistent visual rhythm across the elevations, act as balustrades at occupied levels, and provide partial screening from wind without closing the tower to views. Under low northern sun, the lattice casts X-shaped shadows across the deck boards, turning the structural pattern into a changing spatial register rather than a static decorative motif.

Sectional Sequence, View Framing, and Use

The project is structured as a vertical sequence beginning with an open lower terrace and rising through an internal stair to the upper observation deck. At ground level, the frame operates almost like pilotis, maintaining visual continuity between the hilltop, the city beyond, and the underside of the structure. The stair introduces a gradual separation from the terrain, transforming a short ascent into a measured architectural experience.

At the upper level, the timber frame organizes the panorama into distinct apertures. The bay and bridge appear through one set of truss openings, the residential district through another, and the green slope through a different framed alignment. This editing of the view is one of the project”s strongest spatial operations. Rather than offering a single undifferentiated lookout, the tower makes the act of observation directional, sequential, and dependent on the body”s movement through the frame.

The lower level supports a more informal pattern of use. Perimeter benches are integrated into the base and supported by angled brackets, allowing people to sit within the depth of the structure rather than beside it. The terrace wraps the foot of the tower and provides a stable platform on uneven ground, while the openness of the lower frame allows gatherings to occur without isolating visitors from the surrounding path, vegetation, and distant urban fabric.

Landscape Integration and Everyday Detail

The tower functions as a controlled access point within a fragile northern landscape of mosses, lichens, dwarf birches, and lichen-covered stone. By concentrating movement onto the terrace, stair, and observation decks, the project limits informal trampling across the slope. This approach treats the viewpoint not only as a device for seeing the landscape, but also as a means of managing how people enter and occupy it.

The contrast between the precise timber geometry and the irregular terrain is central to the project”s character. The frame stands as a measured object on a rough hilltop, but its porosity allows the topography to remain visually present. From some angles, the tower reads as a small lighthouse against the water; from others, it becomes a timber scaffold through which the industrial city, bridge, and vegetation are layered into a single field of perception.

Several details shift the project away from scenic spectacle toward everyday public use. A small pet waiting tower echoes the main structure at a reduced scale, while integrated benches acknowledge the need for pause rather than only ascent. Weathered deck boards already show the difference between exposed horizontal surfaces and more protected honey-toned members, making time visible in the material. Within the lantern crown, lighting equipment and sensors confirm that the lighthouse reference is not merely formal, but tied to a maintained and functional architectural element.

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Site Plan | © Evgeny Makarenko Timber Architecture Workshop
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Ground Level | © Evgeny Makarenko Timber Architecture Workshop
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Upper Level | © Evgeny Makarenko Timber Architecture Workshop
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© Alexey Arushanyan, Alexey Malenchik, Tatiana Okuneva
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© Alexey Arushanyan, Alexey Malenchik, Tatiana Okuneva

About Evgeny Makarenko Timber Architecture Workshop

Evgeny Makarenko Timber Architecture Workshop, also identified as Timber Architecture Studio, is a Russian timber-focused practice founded by architect Evgeny Makarenko. For over fifteen years, the practice has worked with wood as a primary building material, developing projects ranging from art installations and landscape elements to residential and hospitality complexes. Its approach emphasizes context, structural integrity, spatial usage scenarios, and the creation of healthy, ecologically sound environments that support physical and psychological well-being.

Credits and Additional Notes
  1. Structural engineers: Oleg Lelyuk, Timber Structural Engineer; Pavel Zhadinsky, Concrete Structural Engineer
  2. Client: Murmansk Regional Government, as part of the “Living in the North” program
  3. Other contributors: Evgeny Makarenko, Lead Architect; Alexey Ushakov, Architect; Sergey Serov, 3D Visualization; Alexey Arushanyan, Alexey Malenchik, and Tatiana Okuneva, Photography