Mixed Reality for Engineering Design

Center for Immersification, Singapore Institute of Technology

Mixed Reality for Design for Manufacturing and Assembly (mr4dfma) is a mouthful for encapsulating the work that goes into studying and developing a mixed reality solution intended to enhancing and improving workflows for design engineers Most of the engineering design and finite element analysis (FEA) or stress analysis is first conducted on a two-dimensional screen with computer-aided design (CAD) software, and the parts are then manufactured to assemble the prototype. Often times, the prototype reveals deficiencies not previously anticipated due to the lack of a realistic representation of the entire assembly in its designated actual site - that is sorely lacking in a 2D CAD software visualization.

• Poh, E., Liong, K., Lee, J. (2021), “Mixed Reality Interface for Load Application in Finite Element Analysis”, Innovations in Social Computing and Digital Transformation, International Conference on Human-Computer Interaction 2021 4: 513
• Poh, E., Tan, A. Balachandran, V., Lee, J., Liong, K. (2021). Designing with Holograms – A Preliminary Study On Improving Design Visualisation Through Holographic Display. In NewRIIS Research Conference (NewRIIS 2021), August 2021, Virtual Conference.
• Poh, E., Liong, K., Lee, J. (2022), “Mixed Reality for Mechanical Design and Assembly Planning”, International Conference on Human-Computer Interaction 2022
• (In Review) Poh, E., Liong, K., Lee, J. (2022), “Mixed Reality for Engineering Design Review Using Finite Element Analysis”, International Symposium on Mixed and Augmented Reality 2022
• (Special Mention) Chow, A., Liong, K. Lee, S. (2021). Investigation of Two Double Throws and Three Single Throws Square Surgical Knots – A Preliminary Experimental & Computational Study on Knot Integrity. In 7th World Congress on Electrical Engineering and Computer Systems and Science (EECSS’21), July 2021, Virtual Conference.