The new corporate headquarters for Berlin Hyp is intended to showcase the bank's sustainable vision while at the same time contributing to the urban development of the surrounding area. Planted terraces, a roof garden and a newly designed inner courtyard bring the greenery of the surrounding streets up to the roof. Photovoltaic modules are integrated into the natural stone façade grid to produce the bank's own electricity. The aim is to achieve DGNB Platinum certification.

The building offers various zones for a wide range of activities, from active exchange in a team, with customers or in large groups, to concentrated work at individual workstations. Our lighting design includes the public areas such as entrances and atrium, the office floors and the outdoor areas. Workplace lighting controlled by smart technology with the help of sensors not only meets sustainability requirements, but also offers a high degree of individualisation.

A world-ranking educational institution came into being in Hamburg. In eight buildings near the Außenalster internationally renowned scientists will do research on current topics and continue to learn together. Their findings will be shared with the public in an auditorium.
Haller House was the first of these buildings to be completed and already houses scientists and researchers. We illuminated this heritage building with great restraint yet strong accentuation of its architectural structure. One special feature is the staircase lighting. It consists of an arrangement of simple balls of light that are fitted with special LED boards to deliver long-term, high-quality light. Close cooperation with the aspiring and detail-oriented interior designer, Ms. Klatten, made this degree of quality possible.

The multistorey administrative building completed in 1959 underwent thorough refurbishment to meet contemporary expectations of a corporate headquarters. The building received two new entrances with flying roofs that noticeably complement the older building.
The office lighting design has linear lighting fixtures integrated into the ceiling. The arrangement of luminaires underscores the lightness and refinement of the building in its nocturnal effect. At our suggestion, the luminaires are placed in a channel custom designed by us to include all of the building automation: sprinklers, loudspeakers, ventilation outlets, etc. The space in which to position all of these elements was very constricted, making their placement in the channel a particular challenge that had to be closely coordinated with the architects and building technicians. As a result, the ceiling is now extremely clear in its structure and remains free of any other fixtures or installations.

We designed a solar reflecting system for the narrow lighted courtyard (5 x 5 m) in the residential building in the Friedrich-Carré. The rays of sun are reflected all the way down to the bottom of the courtyard. The mirrors are set at steep angles and provide for minimal shadowing of the direct incident light.

The structure of the "MY.B" facade, with the building's striking soffits and length, led to the idea of illuminating the facade using laser projection.
The soffits stick out as the prominent structural feature of the building's form and serve as the perfect backdrop for the glancing views along the front. The dynamic of the commuters coming into the city in the morning and leaving in the evenings going northward can be experienced in the similar movement of the light.
The newest generation of laser technology and automation are used on the "MY.B" building.
Depending on the situation, the lighting can vary between restrained static motifs and very dynamic geometries with long-distance effects.
The system consists of two laser projectors that are integrated into bespoke outdoor cases that have been mounted on the upper section of the columns.
Power consumption is about 90 to 150 Watts max. per projector, which is, for this specific use, about 50% below the requirements for LEED Gold or Platinum Certification and can therefore be considered as the most energy-efficient facade lighting.