Singapore
To create significant impacts through cutting-edge research in additive manufacturing, artificial intelligence, robotics, and education. As a passionate researcher and innovator, my focus is on advancing the field of additive manufacturing, particularly in 3D printed electronics and multifunctional structures. This includes studying the printing processes, material characterizations, and novel structural design Besides, I am keen on developing technologies to meet industry needs. My work is characterized by a strong interdisciplinary approach, combining elements of mechanical engineering, material science, and electronics. I graduated from Nanyang Technological University for my Bachelor and PhD degrees and joined as a Research Fellow in 2020, where I have been deeply involved in various high-impact projects, securing funding and leading collaborations with notable industrial partners. My academic journey started with a Ph.D. in Mechanical Engineering from Nanyang Technological University, Singapore, in 2020, specializing in Aerosol Jet Printing for Flexible Electronics. This was preceded by a B.Eng. in Aerospace Engineering (Honours) in 2015 from the same university, focusing on Unmanned Aerial Vehicles. I am driven by the desire to contribute to innovative research and education, making a tangible difference in the field of advanced manufacturing, artificial intelligence, and robotics.
•Lead researcher of joint collaboration research project with Schaeffler on the design and fabrication smart gripper (From Jan2022-present). •Lead researcher of PUB funded CRP research project on the development of 3D printed sensor for membrane fouling detection in RO desalination process (March 2020-Jan2022). • Member of a research project funded by Singapore defense agency, DSO lab working on 3D printed electromagnetic interference (EMI) shielding structure for printed circuit board (PCB). • Work on various 3D printed electronics applications. • Member of a collaborative research project with SGH and IMCB working on the development of 3D printed bioartificial pancreas.
Taught about 3D printed electronics and sensors in a PACE@NTU short course
Prepared course content (Badminton clinic, UAV & 3D printing workshop), Taught and managed a class size of 20 people.
Guided 7 FYP students and 1 URECA students, taught 3 lab modules
Helped find literatures and cost analysis on 3D printed implants
-Worked at National Metrology Centre, A*STAR -Did research on transient analysis of thermal imaging for porosity detection in carbon reinforced fibre polymer. -Experienced in using infrared camera for temperature measurement -Experienced in using Matlab for data analysis -Report writing
Gave study tips, answered questions, and helped solve tutorial problems