Professor Duncan McFarlane reflects on four years of Digital Manufacturing on a Shoestring, including how he first realised the potential of the approach, and how Shoestring is spreading across Britain and further afield.
Cost-effective, off-the-shelf technologies are helping manufacturing SMEs to transform into highly efficient, digitally enabled businesses.
Nicky Athanassopoulou, Head of Solution Development at IfM Education and Consultancy Services, offers insights into how companies can make the most out of new and emerging technologies.
This study aims to promote better knowledge of the safety and security risks and requirements deriving from the Fourth Industrial Revolution (4IR) in order to design concrete implementation plans for industry stakeholders to adopt 4IR technologies confidently through pilot studies.
Professor Duncan McFarlane provides an update on the progress of this high-profile project, developing low-cost digital solutions for SME manufacturers, with examples of some of the components developed so far.
This webinar introduces Digital Manufacturing on a Shoestring, an EPSRC-funded project, that aims to demonstrate how low-cost commercially available technologies can be exploited in SMEs.
In this article, Professor Duncan McFarlane introduces a new research project into low-cost digital solutions for manufacturing SMEs.
As part of the Pitch-In project, we are creating a platform that allows systems to 'talk' autonomously through the use of IoT and agent technology.
Professor McFarlane talks about the next stage in the IoT evolution and its expansion into industry (IIoT).
This report, commissioned by BSI (British Standards Institute), looks at how standards and good practice can help the UK benefit from the 'digital revolution'.
This report by Policy Links for Innovate UK analyses evidence on potential benefits derived from the adoption of digital technologies in the manufacturing sector.
Dr Jag Srai, Head of the IfM's Centre for International Manufacturing (CIM), and his team have developed a new way to help companies embrace the challenges and opportunities of digitalising the extended supply chain.
The speed at which technologies are now evolving and computational power is increasing means that digital manufacturing is now coming of age and with it widespread innovation and disruption.
Most of you have probably heard the Internet of Things, or the IoT, mentioned but have you ever wondered what it means and where it all began?
Professor Andy Neely, Head of the IfM and the Cambridge Service Alliance, on how industry leaders should focus on five key areas if they want to survive the journey to a digital future.
New digital technologies are radically changing the ways firms manufacture products, the business models they adopt, and even how they innovate. At a national level, digital technologies promise to reshape national manufacturing systems and redefine sources of competitive advantage.
Digitalisation - everyone is talking about it but what does it mean in practice for industry and government. On 12 May, the IfM held its annual Briefing Day, attended by more than 150 senior industrialists and policymakers.
I've been struck recently by the range of people talking about new digital and data developments in manufacturing.
- 3D printing
- Advanced manufacturing
- Big Data and the new analytics
- Business model innovation
- Business strategy & performance
- Business tools
- Design for transformation
- Developing people
- Digital manufacturing
- Ecosystem mapping
- Global supply chains
- Innovation and IP management
- Managing risk
- Manufacturing a better world
- Manufacturing matters
- Open Innovation
- Strategic asset management
- Technology and innovation policy
- Technology management