Project

Marriott Kampala

Details

Kampala / Uganda

 

Model

BMU A25

Atechbcn Solution

Atechbcn has officially handed over the BMU for the project Marriott Kampala in Uganda. We’re not only proud to have contributed to the delivery of this project, our first one in Uganda, but also honored to have collaborated with a professional team on site who made this job easier.

Two units A-25 model with glass replacement unit for this new Hotel in one of the most vibrant countries in center Africa.

IMAGE GALLERY

The image shows the Marriot Hotel in Kampala, Uganda. On the left, the hotel is under construction with two tall towers and cranes. On the right, a digital rendering displays the completed hotel with two modern towers connected by a skybridge. The design features large windows and a mix of materials, with a parking area in the foreground.
The image shows industrial equipment inside a factory, featuring machinery labeled with the Atech logo. The equipment is situated in a spacious, well-lit warehouse with various tools and materials around. The scene highlights the manufacturing environment, with large mechanical arms and overhead structures visible.
The image shows a factory floor with several pieces of industrial equipment arranged neatly. The equipment consists of various mechanical structures and machines on a blue and gray floor. The spacious warehouse has high ceilings and ample lighting, creating an organized and well-maintained manufacturing environment.

OUR LATEST PROJECTS

Tour Hekla

Tour Hekla

Paris (France) – Hekla Tower at La Défense is emblematic of next-generation skyscrapers. With 220m height and 48 floors this building becomes an icon in central Europe.

Central Bank of Azerbaijan

Central Bank of Azerbaijan

Baku (Azerbaijan) – The project for the Central Bank of Azerbaijan on a site on Heydar Aliyev Prospect in Baku is based on an economical high-rise typology.

The Nexus Project

The Nexus Project

Ho Chi Minh (Vietnam) – The building is designed with 4 glass sides with anti-glare and heat-resistant functions.

Pin It on Pinterest

Share This