Industrial & Manufacturing
#MeinhardtintheNews Meinhardt Group Executive Chairman, Dr Shahzad Nasim shared his views on infrastructure development in Asia on Channel NewsAsia’s (leading news broadcaster in Southeast Asia) morning show, Asia Business First on 11 May 2018. He shared the vast opportunities Asia’s infrastructure sector presents and how Singapore companies can tap on it. The interview also positioned […]
Friday, 11 May 2018
Continue reading →
Photo Credit: Singapore Management University Meinhardt Group CEO Omar Shahzad participated in a panel discussion on Channel NewsAsia’s Perspectives, a highly interactive townhall style programme where 75% of the panel discussion is driven by questions from the floor. This episode involves leading thinkers and influencers from government, private sectors, think tanks, foundations and live audience […]
Tuesday, 08 May 2018
Photo Credit: Human Capital (Singapore) Since its inception, China’s Belt & Road Initiative (BRI) has opened up opportunities for Singapore companies, especially in the infrastructure and transport sector. Our Group Executive Chairman, Dr Shahzad Nasim was invited to share his experience at the HCS BRI forum on 4 May to some 400 attendees. Dr Nasim […]
Friday, 04 May 2018
Through its specialist engineering division in Singapore, Meinhardt is always seeking ways to add value to its projects through innovative engineering designs that are optimized for economy, speed of construction and increased functional efficiencies for the users. This specialist division, called Group Design Centre, supports Meinhardt’s global structural engineering and building services.
Meinhardt uses customised The optimization involves numerical techniques to efficiently optimization techniques to rapidly and efficiently establish an optimum structural design – effected through robust computational processes rather than conventional intuition.
To circumvent this, Meinhardt uses customised optimization techniques that interface directly with the structural analysis software to rapidly and efficiently establish the optimum sizes of structural elements.