This website features an OS inspired navigation that directs the viewer to their impressive web based projects.
Lucas Fayolle is a French web developer based in Berlin, Germany. His website features a clean interface with smooth transitions that follow the grid-based design.
Alireza Ravanipour is an Iranian-based graphic designer who is currently completing his studies communication design and graphic at Academy of art in Hamburg, Germany. His website features overlayed screens that pay homage to a print-based portfolio.
Julian’s website is a clean typographic grid with a preview image upon hovering over the project’s title.
Kettle is a design studio based in NYC. This colorful website features an animated navigation and a changing background that gives the viewer a playful and engaging experience.
Plus Mûrs is a design studio based in Nantes, France. This website features a draggable slideshow with a neat index of projects and a sliding overlay navigation.
The Berlin Biennale is a contemporary art exhibition based in Berlin, Germany. The website of its 8th edition from 2014 features a print inspired navigation that scrolls down to reveal information.
The Independent Research Agency is a research organisation specialising in social research and urban interventions. This all text website features a clever italian and english version that flips according to the language the viewer chooses.
Resn is a creative agency based in Wellington, New Zealand. This website features various web-based experiments as the viewer clicks and holds the 3D drop.
Irradié is a multidisciplinary creative studio founded in 2016. This website features colorful gradients and graphical elements that subtly react to the viewer’s mouse movement.
Damian Skotzke is a graphic designer based in Poznań, Poland. This website features well laid out images and typography that puts the display of his work first.
Ronny & Johny is a design studio based in Ghent, Belgium. This website features overlaid images followed by a neat slideshow that displays their work.