Smart manufacturing: transforming the workforce

3 ways smart manufacturing will transform Singapore's workforce

A new digital economy demands a new kind of workforce. Here’s how forward-looking disciplines like smart manufacturing can help accelerate skills development and boost the technological profile of local talent.

As Singapore paves its way to a truly digital economy, one of the key factors of success will be its workforce. The government is currently embarking on a transition, involving 23 sectors and covering 80 percent of the economy. This is in response to trends across the globe, where intelligent technology is already changing the nature of jobs today and creating demand for the skills of tomorrow. They include a wide spectrum of capabilities—from data analytics and cyber security to robotics.

For talent in Singapore, the good news is that they are in a prime position to capitalise on transformations in the working environment. Technological developments in areas such as smart manufacturing are opening up new horizons to explore.

For instance, Rolls-Royce recently announced a new smart manufacturing initiative—together with Agency for Science, Technology and Research (A*STAR) and Singapore Aero Engine Services Private Limited (SAESL). The collaboration aims to pioneer next-generation aerospace manufacturing and Maintenance, Repair and Overhaul (MRO) capabilities through the development of cutting-edge manufacturing technologies, such as additive layer manufacturing (3D industrial printing) of complex aero-engine components, as well as advanced robotic and automated solutions. This research could subsequently carry significant spin-off benefits to other relevant local industry sectors.

As more programmes like these take flight, smart manufacturing will continue to drive innovation across a variety of industry sectors, improving the competencies of the local workforce and empowering them to take on more high value jobs.

Here are three ways it can potentially do so:

Accelerate innovative manufacturing and digital skills

Smart manufacturing involves pioneering new capabilities via advanced processes, automation and digital technologies. Developments like Rolls-Royce’s partnership provide all parties involved with greater exposure to the latest developments in the field, providing the local talent pool with opportunities to explore new manufacturing technologies and methodologies. Some of these include smart assembly systems, advanced remanufacturing technologies, future manufacturing processes and knowledge-based manufacturing.

For instance, they will discover how intelligent automation can be applied to processes such as aero engine module assembly and fan blade manufacturing. Participants will also learn about adaptive technologies and smart inspection as well as digital technologies that can improve performance at the process, factory and enterprise levels. By encouraging early adoption of new capabilities and applications, the local workforce will benefit from accelerated skills development.

Develop a culture of innovation

Smart manufacturing is a broad field that requires expertise from various specialisms. To illustrate, the collaboration between Rolls-Royce, A*STAR and SAESL brings together experts from academia, engineering and business to solve real manufacturing problems. Collaborative approaches like these will support the upskilling of all parties involved.

Researchers, data scientists, engineers and business leaders will be exposed to the different perspectives. By encouraging people to look at a common problem from a myriad of ways, there will be greater sharing of knowledge and expertise, collaborative research and innovation and joint problem-solving. This combination of different skills is becoming immensely valuable in today’s fast-changing economy, which constantly presents whole new sets of business and technological problems to solve. For example, the roles of a design engineer and manufacturing engineer today are becoming less distinct, being integrated into that of a systems engineer in order to solve issues on a higher level.

Create more opportunities for SME players

The methodologies and innovations from smart manufacturing will also allow key SME players to contribute to the global manufacturing supply chain. By creating new ways to do more with less, smart manufacturing can enable these businesses to leapfrog limitations. Automation can help overcome manpower issues and digital technologies could allow SMEs to become more agile in designing their services and business models. These capabilities may also help them to carve a niche in their respective sectors, enabling SMEs to specialise in areas such as industrial automation, machine prototyping and additive layer manufacturing. Ultimately, all of these opportunities open up avenues for talent to play a bigger role in the entire digital and manufacturing ecosystem.

Smart manufacturing has the potential to elevate both the profile of Singapore as an innovative economy and the skills of the workforce. It has the power to offer more exposure with new innovations and methodologies, encourage a culture of innovation and level the playing field for more specialised contributors. Combined together, they will drive up the technological and digital quotients of Singapore’s workforce—and allow the country to advance into a digital future.

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