M.S. Candidate — Mechanical Engineering
Laser Additive Manufacturing & Biodegradable Materials Lab
Researcher at Tsinghua University (985, C9) focused on 3D-printed biodegradable metal scaffolds for bone regeneration. Work spans laser powder bed fusion (L-PBF), stress modulation, degradation behavior, and finite element simulation of biomedical materials.
A mechanical engineering graduate student at Tsinghua University specializing in laser additive manufacturing, biodegradable biomedical materials, and finite element analysis. My research focuses on 3D-printed metal scaffolds (Mg and Zn alloys) for bone regeneration, investigating how stress modulation affects biodegradation rate and biocompatibility.
With strong skills in CAD modeling, ANSYS simulation, and experimental characterization (EIS, SEM, XRD), I bridge computational and experimental approaches to optimize material and structural design for medical applications. Recognized with the Chinese Government Scholarship (CSC) and multiple academic excellence awards.
My future goal is to pursue a PhD focused on hydrogen embrittlement, corrosion resistance, and high entropy alloys (HEAs) for next-generation biodegradable implants.
3D Printed Metal Structures with Inherent Micro Pores to Enhance Biodegradability and Absorbability
Laser Applications in Oral Precise Medicine: From Excision to Restoration
An Overview of Technological Parameter Optimization in the Case of Laser Cladding
Impact of Power Modulation on Weld Appearance and Mechanical Properties During Laser Welding of AZ31B Magnesium Alloy
Visual documentation of ongoing research at Tsinghua University's Laser Additive Manufacturing & Biodegradable Materials Lab — from 3D-printed scaffold fabrication to degradation testing and microscopy characterization.
ANSYS transient thermal simulation of Gaussian-beam laser cutting through 40 mm thick plate; analyzed parameter influence and optimized settings for improved cutting quality.
Designed and evaluated mechanical components with focus on heat transfer and structural safety. Performed fracture and failure analysis to improve product durability.
Designed and developed a robotic arm using SolidWorks and Arduino; integrated sensors to improve accuracy and automation efficiency in assembly operations.
Contributed to body and suspension design for Formula Student competition, emphasizing lightweight structures and performance efficiency.
Presented research on 3D-printed micro-porous Zn-Li TPMS scaffolds to enhance biodegradability for bone regeneration. Covered patient-specific scaffold design concepts, 28-day immersion degradation results, and electrochemical impedance spectroscopy (EIS) findings on corrosion behavior.
