Planned on a site with stunning views of the Baltic Sea, it would’ve been a pity to sacrifice great scenery for the sake of privacy when designing a public toilet structure in Gdynia, Poland.
But Polish architect Adam Wiercinski came up with a solution: periscopes. This allows the user to observe the sea from a mirror instead of the traditional window, placed conveniently above the sinks.
“By placing the upper mirror of this periscope mechanism at a height of 4m,” the firm's website explains, “view of the water is raised above the boulevard’s level and the strolling people.”
This also ensures visitors an undisturbed view of the ever-changing Baltic Sea.
According to ArchDaily, the simple, monolithic concrete structure's graceful curve resembles the sea's breakwater. Thus, the shape seamlessly works as a transition between the building and landscape.
In the space between the men's and women's bathrooms are benches for people to sit and reflect, which the firm contends will be able to accommodate more people than a traditional bench.
Related Stories
| Apr 10, 2013
6 funding sources for charter school construction
Competition for grants, loans, and bond financing among charter schools is heating up, so make your clients aware of these potential sources.
| Apr 10, 2013
23 things you need to know about charter schools
Charter schools are growing like Topsy. But don’t jump on board unless you know what you’re getting into.
| Apr 9, 2013
FMI predicts 8% rise in construction put in place for 2013
FMI, the largest provider of management consulting and investment banking services to the engineering and construction industry released today its Q1-2013 Construction Outlook. The forecast for total construction-put-in-place for 2013 continues to show an increase of 8% over 2012 levels.
| Apr 8, 2013
Most daylight harvesting schemes fall short of performance goals, says study
Analysis of daylighting control systems in 20 office and public spaces shows that while the automatic daylighting harvesting schemes are helping to reduce lighting energy, most are not achieving optimal performance, according to a new study by the Energy Center of Wisconsin.
