Technology: Construction Delays In Transformative Technologies

It has been reported from Sourceable, that there has been a powerful wave of new technologies said to be sweeping across the AEC sector. Along with the traditional industrial tools and machinery available, there are new devices which have impacted upon the way firms are involved in the development of built environments and do business.

According to Marc Howe, “These technologies cover a range of different areas and functions, including unmanned drones, building information modelling (BIM), reality capture, big data, as well as augmented and virtual reality platforms.

Mobile data in particular is having a highly “disruptive” impact on the AEC sector, with workers carrying levels of computing power on their person that were all but inconceivable for even the largest mainframe devices only one or two generations ago.

It’s this extraordinary level of mobile computing power in tandem with surging levels of connectivity that underlies the ability of other disruptive technologies to make critical contributions to the AEC sector.

Mobile technology means that drones, embedded sensors and portable smart devices can channel vast amounts of data from building sites or built assets to cloud computing hubs, supplying them with all the information they need to fuel or enhance other key technological processes such as BIM, augmented and virtual reality, or predictive analytics that rely upon the accumulation of big data lakes.

A recent white paper published by Viewpoint Construction Software on mobile technology and data notes that this ongoing trend is set to accumulate momentum, leading to further profound changes in the development and operation of built environments.

The white paper foresees the development of “better telecommunications, more connected mobile devices, increased integration of enterprise and project-based software, growing reliance on data-rich BIM(M) approaches and the explosion of data-emitting, interactive systems in and around our built assets.”

The authors of the paper further observe that “the successful construction business of the future will be one that can harness the power of this data, working with its supply chain partners and its customers to extract intelligence from its processes and from the assets it helps deliver so that it can add real value.”

If the effective adoption of new paradigm-changing technologies is essential to the success of construction companies in future, Australian firms will need to overcome prevailing levels of trepidation and conservatism about these shifts in order to flourish in years to come.

According to Lynne Edwards, ANZ marketing manager, Viewpoint Construction Software, many in the construction sector remain laggards when it comes to the adoption of new technologies.

“The construction sector isn’t making the most yet of the new technologies that are now on offer,” said Edwards. “There’s the technology out there, yet many people remain nervous about using it and making it work for them, because they either don’t like change, or they don’t want to disrupt the status quo.”

Firms at the mid-market level can often feel that they’re not large enough or sufficiently prepared to embrace new technologies.

Edwards notes, however, that it’s often the size of construction projects rather than the companies themselves that should determine the types of tools or technologies that are adopted.

“The products that can really help construction companies are designed to foster collaboration in larger and often complex projects ,” she said.

“While a company might feel a bit overwhelmed by having to deal with a huge project, the only way they’re going to grow is by enlisting the help of those technologically based resources.”

Another issue impeding the use of key emerging technologies by the construction sector is the Catch 22 dilemma of companies never having an appropriate time or situation to forge ahead with their adoption.

“Companies feel they’re either too busy at the moment to think about it, and so they say to themselves they’ll do this when we’re less busy,” said Edwards. “When they’re less busy however their conservatism creeps back in and they say they don’t want to make an investment now that they have the time because of the risks involved.”

Technology: Blackhole Discovered in Markarian 1018 Galaxy

An international team of astronomers has found a black hole in the Markarian 1018 galaxy, cracking the code behind the galaxy’s changing brightness throughout the decades.

Markarian 1018, located 555 million light-years away from Earth, was first discovered in the 1980s emitting little light. A few years after, it became categorized as a Seyfert type, a galaxy with very high brightness.

However, the astronomers found that the galaxy once again dimmed in 2015 using the European Southern Observatory’s Very Large Telescope along with the NASA/ESA Hubble Space Telescope and NASA’s Chandra X-ray Observatory.

“When we re-observed [Markarian 1018] last year we found that it had returned to this dimmer state that it was in when it was first observed in the 1980s,” said study lead author Rebecca McElroy, a Ph.D. student at the University of Sydney and the ARC Centre of Excellence for All-Sky Astrophysics.

McElroy said this decline in brightness was because the black hole was starved of fuel or accretion material. “It’s possible that this starvation is because the inflow of fuel is being disrupted,” Ms. McElroy said. “This could be because of interactions with a second supermassive black hole.”

McElroy said the findings provide new knowledge on active galaxies. Previously, active galaxies have been categorized into two static types: obscured and unobscured. However, Markarian 1018 challenged this classification.

“Future research on the galaxy will allow us to explore the exciting world of starving black holes and changing active galaxies in more detail,” Fellow at the European Southern Observatory, Bernd Husemann said.

Technology: Space Tour Guide and Other Jobs in 2025

In 2025, you can apply for the job of space tour guide, according to a report released in August by The Future Laboratory and Microsoft.

The report claims that 65 percent of today’s students will be doing jobs that don’t exist yet at the moment due to “technological change, economic turbulence, and societal transformations”.

“A new wave of automation, with the advent of true artificial intelligence, robots, and driverless cars, threatens the future of traditional jobs, from truck drivers to lawyers and bankers,” the report reads. “But, by 2025, this same technological revolution will open up inspiring and exciting new career opportunities in sectors that are only in their infancy today.”

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The report predicts that space tour guides, among other jobs, would be needed in 2025 as earth orbit trip will become a popular choice for “intrepid travellers”.

Other jobs that the report predicts will employ current students include virtual habitat designer, ethical technology advocate, digital cultural commentator, sustainable power innovator, and more.