在越南Viettel集团岘港总部的建筑设计竞赛中，gmp·冯·格康，玛格及合伙人建筑师事务所的设计赢得了评委会认可，获得了建筑方案深化落地的委托。gmp设计的办公综合体由两座高层建筑组成，业主Viettel集团是越南居市场领先地位的移动网络运营商。位于越南中部的沿海城市岘港是越南重要的经济、政治和行政中心。项目选址海州郡，基地位于机场和老城区之间两条主要交通干线的交汇处。从平面看，gmp设计的两座高层塔楼都呈V形，塔楼中央设有交通核心筒。在布局上，两座建筑位置相互错开，从所有楼层都可以毫无遮挡地观赏城市风貌和汉江水景。
In the architectural competition for the new headquarters of the Viettel Group in Da Nang, the jury was impressed by the design by gmp von Gerkan, Marg and Partners Architects, who were commissioned to carry out the project. For the Viettel Group, the leading mobile telephone provider in Vietnam, gmp designed an office complex consisting of two high-rise blocks. Da Nang, the coastal city in Vietnam’s central region, is an important commercial, political, and administrative center. The site for the project in the Hai Chau district lies between the airport and the historic city center at the intersection of two main transport arteries. The design by gmp provides V-shaped floor plans with central circulation cores for the two high-rise towers. The high-rises are placed offset from each other on the site, thus allowing an unobstructed view from all stories in all directions across the city landscape and the Hàn River.
立面上开出的多层天窗使高层建筑在形态上显得别具一格：多个楼层连为一体，并以60度倾角上下叠加。在V字扇形建筑立面上规划了类似于窗户的大型凹口。从远处看，作为绿色交流空间的高层建筑极为醒目。所设计的高保温幕墙可自然通风，保证室内舒适微气候。建筑西侧将安装内部带遮阳功能的双层幕墙，以阻挡斜射阳光辐射，防止室内升温。另外项目还规划了通过启动钻孔桩利用地热这一再生能源。
The multistory “sky windows” in the facade are the prominent features of the high-rises’ succinct elevations: the windows extend over several stories and are recessed inwards with large reveals angled at 60 degrees. The openings in the V-shapes create large, loggia-like recesses in the facades that can be seen from afar; they provide space for planting and are used as communication zones. The plans provide for a highly insulated facade with natural ventilation for a good room climate. The western elevations of the buildings are to have double-skin facades with integrated solar screening that would help prevent overheating of the interior when the sun is low. Furthermore, the ground piles are activated in order to use ground heat as a source of renewable energy.
