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What We Do

The Singapore Centre for 3D Printing (SC3DP) drives research development and industry adoption of additive manufacturing technology through collaborative projects with leading industry partners, and with schools and research centres within and beyond Nanyang Technological University, Singapore (NTU, Singapore).

Find Out More: About SC3DP

Ten years ago, in December 2014, the Singapore Centre for 3D Printing (SC3DP) was established, sowing the seeds of innovation. Funded by the National Research Foundation (NRF) and supported by the Economic Development Board (EDB), Nanyang Technological University, Singapore (NTU, Singapore), and prestigious industry partners, SC3DP set out to reshape the landscape of additive manufacturing.

Our Brochure: SC3DP at a Glance

Highlights

Highlights of SC3DP

8 Key Research Pillars

More on our Research Focus

SC3DP has identified the following 8 key research areas that would benefit from the introduction of new capabilities and know how, and works closely with the respective industry partners on their specific needs.

Aerospace & Defence

Building & Construction

Marine & Offshore

Electronics

Biomanufacturing

Future of Manufacturing

Design for Additive Manufacturing

NAMIC Hub @ NTU

Research Collaborations

NTU ExtraBold RCA

With the aim of increasing new technology adoption into industry, we work closely with local and global industrial leaders on new market opportunities and business partnerships in the rapidly advancing and transformative field of Additive Manufacturing.

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Student Engagement

SC3DP is a platform that connects students from various Schools and Institutions within the field of Additive Manufacturing. Through SC3DP, students can learn about the latest technologies and applications of 3D printing, and develop their skills and creativity for the future workforce.

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Research Highlights

4D Printing Research

Use 3D Printing to print Shape Memory Polymers (+1D) Using Vat Photopolymerization (SLA, DLP)

Guidelines to 3D Printing of Lightweight Structures through Topology Optimisation

The Guidelines to 3D Printing of Lightweight Structures through Topology Optimisations is a guide on the methods, procedures, and applications of topological optimisation.

3D Printed TO UAV

3D-Printed Micro-UAV Structural Design using Topology Optimization

Partnering ST Engineering (Aerospace), we design the structure of an ultra-lightweight micro-UAV (μUAV) with state-of-the-art functionalities such as 5G and wifi capabilities incorporated.

Research team with PBU

Full sized 3D printed concrete Prefabricated Bathroom Unit (PBU)

Researchers from the Building ​and Constru​ction programme have developed the capability to 3D print an unfurnished bathroom in about 9 hours.
SC3DP Facilities

Facilities

SC3DP has more than 1700 square metres and equipped with a range of printing technologies
Publications 1

Publications

More than 900 publications, Source: Scopus

Research Capabilities

Explore Research Capabilities
We are a central hub for additive manufacturing research and development. Together with a team of dedicated researchers and state-of-the-art facilities, SC3DP drives academic and industrial development of additive manufacturing in a range of scientific fields.

Outreach

We actively host and participate in outreach events as part of our initiatives to increase awareness of additive manufacturing, and to promote the adoption of this innovative technology by our industry partners and collaborators.

Outreach

Outreach Highlights

We host and participate in outreach events as part of our initiatives to increase awareness of additive manufacturing