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INDUSTRYfocus<br />
A new remotely-operated bridge building<br />
machine in China, the SLJ900/32, operates<br />
without conventional crane technology. It<br />
travels across the bridge constructing a<br />
temporary track as it goes, and tows each<br />
new segment with it - extending between<br />
the bridge's columns and dropping the<br />
segment into place. Bridge building is<br />
dangerous, time consuming work with high<br />
insurance premiums. An automated<br />
solution may already be with us.<br />
Engineers are now exploring solutions for<br />
high-skilled, precision crafts in construction<br />
too. US firm Construction Robotics'<br />
SAM100 bricklaying robot is currently being<br />
marketed as "Assisting the mason with the<br />
repetitive and strenuous task of lifting and<br />
placing each brick," but as the system gets<br />
more sophisticated, how long will it be<br />
before the mason disappears and the<br />
robot remains?<br />
Similarly, construction professionals are<br />
recognising the benefits that drones can<br />
bring to the sector, including improved site<br />
survey efficiency using real-time imagery,<br />
and rapid data collection using GPS<br />
recording and aerial imagery. Again, how<br />
long will it be until drones surpass mere<br />
surveillance duties and begin construction<br />
and repair works?<br />
The University of Leeds is already<br />
pioneering a £4.2m national infrastructure<br />
research project into creating miniature<br />
drones that perform complex tasks, in<br />
essence helping cities to 'self-repair.'<br />
How can companies leverage this?<br />
Perhaps the most urgent action is to<br />
recognise the change and start<br />
establishing a strategy for digital<br />
transformation. Again, reskilling recruitment<br />
of tech-savvy younger professionals will<br />
pay dividends. Graphic design,<br />
Augmented Reality (AR) and Virtual Reality<br />
(VR) will be hugely important in keeping<br />
companies competitive as clients become<br />
more immersed in the digital world. The<br />
ability to construct buildings in digital form,<br />
and explore them using VR, will become<br />
especially key for architects. BIM is of<br />
course the first step along that journey, but<br />
company requirements will quickly evolve.<br />
As VR continues to immerse itself in the<br />
construction space companies will also be<br />
able to take trainees outside of a<br />
pressurised working environment and<br />
visually walk them through the correct<br />
training processes. Companies can invest<br />
in AR technologies to better improve health<br />
and safety practices and training. For<br />
example, computer-generated images,<br />
information and visual data can be<br />
superimposed over an employee's<br />
physical surroundings to help guide them<br />
with technical tasks - helping to safely and<br />
visually teach them on the ground.<br />
Opportunity #3: Smart building market to<br />
be worth $36bn by 2020 - IoT security to<br />
be heavily scrutinised and debated in 2017<br />
There is no doubt that the Industrial<br />
Internet of Things (IIoT) market is evolving<br />
rapidly. In the report 'Digital Transformation<br />
- an Internet of Things perspective', IDC<br />
predicts that the installed base of IoT<br />
endpoints will grow to 30 billion by 2020.<br />
For industries wishing to pursue IIoT it is<br />
key to accept that for the foreseeable<br />
future there will probably not be any<br />
underlying standard on how to connect up<br />
devices safely and securely. Instead,<br />
industries should expect and plan for doing<br />
bespoke integration development, or even<br />
retrofitting of other sensors and<br />
communications capabilities to equipment<br />
and assets in order to get them connected.<br />
We are at the very beginning of<br />
understanding what the IoT is capable of in<br />
terms of connecting building solutions.<br />
Whether it is environmental controls,<br />
communications interfaces, video<br />
surveillance or energy conservation, the<br />
potential to benefit from significant cost,<br />
time and energy savings - as well as<br />
optimal space allocation and improved<br />
occupant comfort when building<br />
automation and smart sensors are in place<br />
- is clear. However, all buildings are<br />
different, and it's not a simple solution by<br />
any stretch.<br />
How can companies leverage this?<br />
Perhaps the biggest opportunity, and one<br />
that is often overlooked when we talk about<br />
Smart Buildings, is with existing structures.<br />
How do we make sure these structures<br />
don't fall behind the curve; how do we<br />
make them more efficient and compatible<br />
with IoT? The answer begins with having<br />
an automated system that manages all of<br />
the sensors, data and assets in a simple,<br />
effective and holistic manner. Company IT<br />
systems should include functionality for<br />
contract and project management, risk<br />
management, project budget and cost<br />
control, forecasting and accounting,<br />
mobile solutions for site work, and call and<br />
case management.<br />
Asset management software can also<br />
help organisations transition from<br />
calendar-based maintenance to ongoing,<br />
automated predictive maintenance, so that<br />
any piece of underperforming or damaged<br />
kit connected to the database - whether it<br />
be the boiler, A/C system, pipework or<br />
lighting - is flagged for immediate<br />
inspection before it has ever caused a<br />
problem, saving valuable time, money and<br />
resources.<br />
There are, of course, serious concerns<br />
with new and existing structures<br />
incorporating IoT technology - and the<br />
concerns are justified. If people with the<br />
wrong motives access design information<br />
in BIM models, they can infiltrate a<br />
building's system and control assets such<br />
as ducts and air flow - cutting off air supply<br />
- or set off a fire alarm or sprinkler system.<br />
The more we automate, the bigger the<br />
risk. So how do we police every single<br />
person who has access to this<br />
information? There is plenty of debate<br />
happening on this topic, and it is<br />
fantastically exciting, but clear work needs<br />
to be done by manufacturers on designing<br />
each of their IoT devices to be optimally<br />
secure, as well as building managers to<br />
ensure they are prioritising infrastructure<br />
and cyber security.<br />
For construction companies, daring to<br />
experiment is vital. Prototyping and trying<br />
out solutions on a small scale will enable<br />
companies to be ready to seize the<br />
opportunity. Digital transformation is going<br />
to be an enormous game changer. Its<br />
effects will be as powerful and epochdefining<br />
as the invention of mass<br />
production at the beginning of the<br />
twentieth century. Since time immemorial<br />
construction has always been about men<br />
and machines. With cybernetics, IoT, Smart<br />
Buildings and speed of construction to the<br />
fore that is soon set to change - so start<br />
preparing now.<br />
www.ifsworld.com<br />
10<br />
January/February 2017