How design will change the world of business

Changes to the world of design are going to have an effect on all businesses

“I always believe small companies usually illustrate big shifts faster than larger companies. In many ways big companies are responding to the shifts being driven by smaller businesses,” says Andrew Anagnost, the Senior Vice President of Industry Strategy and Marketing at Autodesk.

Anagnost was talking the Dreamforce media contingent after a tour of his company’s San Francisco Gallery where possibilities of today’s design and manufacturing tools are displayed.

Those possibilities are changing business, not just in design but across most industries as the means of financing and building new projects changes along with consumer demand as production methods change.

Anagnost breaks these changes into four major trends – the way things are designed, how they are produced, the nature of demand in a world where things can personalised and the very notion of what a product is.

“What people expect in from products today is very different.”

A supercomputer at your fingertips

“Every generation brings something new to design,” says Anagnost. “Imagine the generation that grew up with social media, online gaming, all the things that previous generations did not grow up with.”

This generation will be more collaborative and the idea of working in fluid, unstructured groups where many of the members will never physically meet anywhere.

Cloud computing is the other factor Anagnost sees as changing design as “it puts a supercomputer behind every screen”, which brings to the desktop great power in testing designs. “The designer gets a chance to explore options they couldn’t access before.”

That supercomputer at your fingertips changes all businesses, giving them processing power to carry out complex analytical tasks and modelling in all industries.

Financing the change

Another change to the production process is how people are financing their products. Increasingly platforms like Kickstarter are creating new ways for entrepreneurs to raise funds and also to test the market for a product before investing money and time.

“Before people would have to pitch their ideas to a larger manufacturer, an investor or a VC but now they can pitch it to anyone,” says Anagnost. “The means of financing products is now changing.”

The new means of production

‘Fabless manufacturing’ promises to change manufacturing by reducing the need for massive factories as micr0-factories start to change the economics of making products. These miniaturised robot factories are easily configurable and can be located locally rather than across the country of oceans.

Coupled with 3D printing, again it becomes cheaper and quicker to bring products to market and changes the dynamics of getting goods to market. “When it gets cheaper to deliver a complex product, the field gets levelled and more people can deliver innovative products to market,” says Anagnost.

The other trend within manufacturing is prefabricated assembly. While nothing new, improved design tools and manufacturing methods are making it easier and more efficient to assemble things like buildings onsite, coupled with 3D printing this is going to see massive changes in sectors like the construction industry.

Generational changes

Changing manufacturing and designs creates changed consumer expectations, as design becomes more accessible and personalisations easier customers are increasingly going to want products that meet their specific tastes and needs.

Another aspect to this is generational change, where younger consumers expect personalised products and don’t identify the same way with major brands as their grandparents and parents did.

“We’re going to see a move from rampant consumerism to a more selective consumerism,” says Anagnost.

This means markets are going to be far more volatile as the brand loyalty erodes in the face of a demanding customer. You’re only as good as the last conversation you had with your customer and if they aren’t happy they’ll go elsewhere.

Connected devices

The final factor Anagnost sees is the world of connected devices, increasingly consumers will demand products that have online functionality built in.

Increasingly we’re seeing this with motor cars and in the near future we’ll be seeing devices as diverse as motorcycle helmets and light bulbs being shipped with networked capabilities.

“Everything in your home is going to be connected in some way and people are going to have that expectation they will be,” says Anagnost. “Sensors are getting cheaper and cheaper and cheaper. There’s an assumption of connectivity.”

What Anagnost and Autodesk are flagging is business is changing, barriers we thought were unsurmountable are increasingly falling. For every industry, easily accessible computing and manufacturing power is changing the competitive landscape.

Paul travelled to San Francisco as guest of Salesforce.

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Zooming ahead of the supply chain

China’s control of the supply chain gives its manufacturers a powerful advantage

One of the least understood, but most important factors in modern industry is the logistics of moving supplies to manufacturers and goods to market.

Mastery of the supply chain is one of the key advantages Chinese manufacturers have says PCH Industries’ CEO Liam Casey in an interview with Fortune Magazine.

Fortune describes how Casey has become the ‘go-to’ man for companies wanting to outsource their manufacturing to China, a process that can be steep learning curve for an inexperienced startup team.

Since first travelling to China twenty years ago, Casey has been studying how the country’s manufacturers operate and he believes they are “light-years ahead when it comes to the supply chain.” 

That strength is something that shouldn’t be underestimated by China’s competitors and western countries hoping to rekindle their manufacturing industries as Chinese costs increase, getting goods to market is as much an value add as making the products.

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When the machines come to town

A US radio documentary describes the costs of technological change

What happens when the robots come to take our jobs? To find out, the US National Public Radio program Planet Money went to Greenville, South Carolina to find out.

As expected there’s a shift in the skills needed and jobs that were once assumed to be safe no longer exist. It’s worth a listen if only to understand the costs of an economy and industries in transition.

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The engineer’s return – GE heads back to its roots

GE group’s aim to see engineering products make up almost all its earnings by 2018 shows a shift in the economy and business

In his mission to refocus GE on its engineering roots, CEO Jeff Immelt last week announced a restructuring plan that will see the company divest most of its real estate portfolio and shrink its finance arm faster than expected.

Bloomberg News reports the stock market took the announcement very well with the shares jumping 8.7% on the news.

GE now expects “high-value industrials” such as jet engines, oilfield equipment and diesel locomotives to generate more than 90 percent of earnings by 2018, up from just over half in 2014.

That the company’s announcement has been taken so well by the market shows how the US economy is slowly shifting from financial engineering and debt driven spending to building real products.

For the rest of the world there’s a clear message – the 1980s era of Gordon Gekko is coming to a close. It’s time to start figuring out where the real growth is going to come from rather than just goosing household spending with easy credit.

Where companies like GE are going today is where governments will be looking in five to ten years time. Some will find they are further behind than others when the shift becomes apparent.

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Apple Watch shows us the limits of 3D printing and crowdfunding

Apple Watch shows us the limits of 3D printing and crowdfunding

Ahead of its launch the Apple watch has been criticised for its price and upmarket focus but the product shows what it costs to manufacture high quality goods along with the limitations of both 3D printing and crowdfunding.

In its Watch Craftsmanship videos Apple shows off some of the workmanship that goes into manufacturing the device and the Atomic Delights blog has a deep look at the processes and the design decisions behind the company’s choice of techniques.

What Apple’s series shows is that making top end devices is capital intensive and very, very hard. It also puts lie to the idea that raising a few thousand, or even million, dollars on Kickstarter will get a luxury item to market.

Greg Koenigin, the author of the Atomic Delights blog, gushes about Apple’s attention to detail and high quality manufacturing.

I see these videos and I see a process that could only have been created by a team looking to execute on a level far beyond what was necessary or what will be noticed. This isn’t a supply chain, it is a ritual Apple is performing to bring themselves up to the standards necessary to compete against companies with centuries of experience.

It’s clear Apple isn’t stepping back or making any compromises in making its mark on the watch industry, even though the entire global market for timepieces is less than one quarter’s income from the iPhone.

At the other end of the market the 3D printing revolution continues with Feetz raising $3 million for its customised shoemaking operation.

While Feetz is an impressive and quirky business with great promise it shows the rough-and-ready face of the makers’ movement and the businesses relying on 3D printing services, it’s a world away from the Apple Watch.

While both crowdfunding and 3D printing are going to have a massive effect on business and manufacturing, the truth is that other manufacturing methods are still going to be used by deep pocketed companies. Nothing is ever as simple as we think.

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Formulas for successful crowdfunding

Crowd funding is proving to be a great way to raise funds for projects, but it isn’t without its risks

Pebble have achieved the biggest Kickstarter fund raising in the service’s history with a $14 million fundraising for its latest smartwatch.

Over at competing crowdfunding service Indiegogo Flow Hives, a Tasmanian beekeeping invention, has raised nearly five million dollars for its innovative beehives that put honey on tap.

Crowdfunding is fast becoming the way for smaller manufacturers to secure preorders from the market and secure scarce capital for the business.

Pebble and Flow follow the success of Ninja Blocks who have had two successful crowdfunding ventures and their CEO Daniel Friedman spoke to Decoding The New Economy last year about raising money for hardware projects.


Not every hardware crowdfunding project works out well though as Mark Pesce described in relating his experience with the failed Moore’s Cloud fundraising. Mark said he’d “rather eat a bullet” than engage in another crowdsourcing campaign given the pressures upon manufacturers to deliver.


As Moore’s Cloud shows there are risks and complexities in looking to the crowd to raise project capital. Even a successful campaign faces potential problems in completing the project and delivering a product that meets the expectations of those who’ve contributed.

Crowdfunding has opened a new way for artists and entrepreneurs to raise funds for their projects, like all tools though it does have it’s risks and isn’t for everyone.

 

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Navigating a platform shift

Technology had dramatically changed the design industry, how does a company like Autodesk adapt?

One of the companies that defined the desktop computing revolution in the 1990s was Autodesk.

The company’s AutoCAD program bought Computer Aided Design to the masses and probably was the single main reason for the extinction of the drawing board in design offices.

In the post-PC world Autodesk itself is having to deal with a dramatically changed market as software moves onto the cloud, workplaces become more collaborative and the computing world becomes based upon mobile devices rather than static desktop computers.

As Autodesk’s Asia Pacific Senior Vice President, Pat Williams, described at the Autodesk University Extension in Sydney today there are three major disruptions happening to industry in general; to production, consumption and connections.

Disrupting design

“Technology and expectations are empowering users and disrupting how things are made,” Williams told the audience as he demonstrated Autodesk’s range of design, simulation and rendering tools that the company hopes will keep it ahead of a rapidly changing marketplace.

“How we make things and bring them to market is changing,” says Williams. “We simply don’t design, manufacture or even imagine the as-built environment as we have in the past.”

“The other thing that’s changing is how we connect and share ideas, which changes the way we create. No longer is the lone designer a reality we can live with any more.”

Along with connections between workers changing production and consumers sharing their experiences creating new consumption patterns, Williams also sees the connectivity between devices and materials as changing the way things are designed and manufactured.

“The way things connect with each other interconnect and relate is deeper than ever before. It’s getting easier to create complex systems that talk to each other and the design and physical use depends upon their interconnectivity.”

Williams echoes the ideas of designer Gadi Amit and materials engineer Skylar Tibbits on how smart materials are going to change manufacturing and design.

3D printing drives change

One of the big drivers of change in the design industry is 3D printing that allows both more complex components to be manufactured and will change some industries — most notably the construction industry as bricklaying, concrete pouring and formwork can be done by large scale printing.

Given the influence of the 3D printing, it’s not surprising that Autodesk have launched a hundred million dollar investment fund to help startups leverage the new technologies.

As one of the companies that benefited from the desktop PC revolution, Autodesk are finding themselves having to adapt to a very different marketplace. Their cloud based products will need to be nimble to succeed to in a very demanding and volatile marketplace.

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