Doha, Qatar, October 22, 2019: Qatar Industrial Manufacturing Company (QIMC) has announced yesterday the launch of its new state-of-the art project: ‘Corniche Park Towers’, managed by its subsidiary Tarweej investment company (TIC) during its participation in the 8th edition of Cityscape Qatar.
Commenting on this announcement, H.E Sheikh Abdulrahman Bin Mohammad Bin Jabor Al-Thani, Chairman said:
“Having launched the highly-anticipated project during the prestigious Cityscape Qatar exhibition was a pivotal moment for QIMC. We have eagerly awaited the official unveiling of the Corniche Park Towers project through which we strive to cater for the commercial, hospitality and tourism increasing needs in the West Bay area in particular.”
“We are certain that this flagship property will not only enhance our contribution towards Qatar 2030 vision but will also place us within the global real estate landscape, especially as the country is witnessing a remarkable development in the field, towards the 2022 World Cup preparations.” His excellency added.
From an exclusive address on the north side of the Doha Corniche waterfront, ‘Corniche Park Towers’, the latest mixed-use development ascends at the heart of the West Bay district. Sprawling across 10,435 square meters of land, the development enjoys expansive views of the adjacent waterfront.
‘Corniche Park Towers’ boasts a 24-floor office tower; a 29-floor residential tower; a 38-floor 5-star hotel and serviced apartments both operated by a renowned operator. Bustling with a variety of shopping, leisure and fine dining experiences, the development offers its residents and visitors the pleasure of expansive views, luxury leisure amenities, state-of-the art technology and unparalleled hospitality.
Taking place from 22 – 24 October 2019, Cityscape Qatar, is the only property event of its kind in the country. The 3-day exhibition offers promising opportunities for investment within local and international real estate market and showcases a wide range of real estate projects from across the property spectrum.