Advanced manufacturing technology enables any types of manufacturing-based companies, be it for semiconductors & electronics, biomedical devices & pharmaceuticals, general & precision engineering, as well as food, to be more productive, more cost-effective, with faster time-to-market and having better product quality. Relevant Industry 4.0 technologies like robotics & automation, big data & cloud computing, internet-of-Things (IoT), 3D printing & additive manufacturing, digital twin & virtual reality, etc. can cover all aspects of the manufacturing value chain from new product conceptualization & development, production & manufacturing process, and finally to logistics for consumers & end users, thereby maximizing the organizational resources and integrating manufacturing and business activities into a seamless and more efficient operation.
Internet of Things (IoT)
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Description:
IoT, including cyber security, is a global system of interrelated computing devices that are able to sense, collect, and exchange data from manufacturing floor over the Internet. IoT collects, analyzes, and processes data streams in real-time without any delay to make control decisions in an effective manner, so as to create a smart factory environment thereby making machines smart enough to bypass human intermediaries
Robotics & Automation
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Description:
Industrial automated control machines, robotics and machine vision systems are used to replace almost all the manufacturing tasks performed by human workers, thereby improve productivity, quality, and safety within factory floor.
Big data & Cloud Computing
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Description:
Big Data, including AI, is described as large sets of data generated from a variety of sources that are so large to process using traditional techniques. The concept is to find insights in new and emerging types of data and content that lead to better decisions and strategic business moves.
3D printing & additive manufacturing
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Description:
Additive manufacturing, or 3D printing, is a process used to create a physical object by layering materials one by one based on a digital model. It is different from subtractive manufacturing, which cuts away from a block of material. Additive manufacturing has many advantages, such as design freedom, mass customization, waste minimization, and the ability to manufacture complex structures and fast prototypes
Specialist Diplomas
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Description:
NYP offers Continuing Education and Training (CET) under these divisions: the Asian Culinary Institute (ACI), the Centre for Industry & Lifelong Learning (CIL3) and Singapore Institute of Retail Studies (SIRS). In addition, we offer a wide range of SkillsFuture courses. Our quality programmes equip adult learners with the knowledge and training to contribute to the technological, economic and social development of Singapore.
