Research

DNA Nanotechnology​

  • Computational Design of DNA Origami and Superstructures

  • Hybrid RNA-DNA Origami Nano-platform for Gene Therapy

  • In silico Modeling of DNA Nanoparticles

  • Synthesis and Characterization of DNA Origami

  • Applications of Functionalized DNA and RNA Nanostructures

  • DNA Nanotechnology​

  • Computational Mechanics​​

  • Medical AI

01

Research

Computational Mechanics

  • Nonlinear Partition of Unity-based Finite Elements Method

  • Develpment of Nonlinear Shell Finite Elements

  • Nonlinear Mechanics for Composite Structures

  • Phase-field Modeling of Crack Propagation

  • Personalized Virtual Heart Modeling

  • DNA Nanotechnology​

  • Computational Mechanics​​

  • Medical AI

02

Research

Medical AI

  • Data-driven Multimodal Digital Biomarkers for Neurodegenerative Disease

  • Deep Learned-enabled ECG for Prediction of Acute Myocardial Infarction

  • Mobile Incubator Platform for Telemedicine in Neonatal Emergencies

  • Carotid Vessel Wall Segmentation and Atherosclerosis Diagnosis

  • Advanced Cardiovascular Biomechanical Simulation Software

  • Weight Prediction of Broiler and Pig using 3D Computer Vision

  • DNA Nanotechnology​

  • Computational Mechanics​​

  • Medical AI

03

Research Interests

DNA Nanotechnology
Computational Mechanics
Medical AI

Software

Open-sources Frameworks for DNA Nanostructures,
Finite Element Method,
and Deep Leaning for Computer Vision.