Team

Chi-Wen Lung

PhD
Professor & Chair, Department of Creative Product Design
Director, BioDesign Laboratory
Affiliate, Department of Bioinformatics and Medical Engineering
Asia University, Taichung, Taiwan
Email: cwlung@asia.edu.tw
Chi-Wen Lung - Google Scholar

Wei-Cheng Shen

PhD, Bioengineering
Email: swc1017612@gmail.com
Projects: Soft tissue stiffness test, Plantar microcirculation, Muscle EMG, Negative pressure therapy, Scar treatment, Meta-analysis, Equipment development
Current Projects: Optical Coherence Tomography
Google Scholar

Yori Pusparani

Ph.D student
Assistant Professor
Visual Communication Design, Artificial Intelligence, Deep Learning, Medical Images
Email: yori.pusparani@budiluhur.ac.id
Projects: Deep Learning Applications in MRI-Based Detection of the Hippocampal Region for Alzheimer’s Diagnosis. Diagnosis of Alzheimer’s disease using convolutional neural network with select slices by landmark on Hippocampus in MRI images. Plantar Soft Tissue Stiffness Automatic Estimation in Ultrasound Imaging using Deep Learning
Current Projects: Alzheimer Disease and Segmentation to obtain the hippocampal volume
Google Scholar

Ardha Ardea Prisilla

Ph.D student
Lecturer
Fashion Design, Smart Textile
Email: ardha.ardeaprisilla@lasallecollege.ac.id
Projects: An approach to the diagnosis of Lumbar Disc Herniation Using Deep Learning Models. Automatic Detection of Lumbar Disc Herniation Using YOLOv7. Classification of coastal batik and inland batik using machine learning. Using Machine Learning to Classify Art Style in Naturalism and Realism. The effect of different inflated air insole in the foot plantar pressure
Current Projects: Assessing Changes in Epidermal Skin Layer Thickness and Stiffness Following Walking Interventions Using Optical Coherence Tomography
Google Scholar

Bayu Widiantoro

PhD student
Lecturer
Visual Communication Design, Visual Culture, Spatial Design
Email: widiantoro@unika.ac.id
Google Scholar

Gilang Titah Ramadhan

Researcher
Email: gilangtrh@gmail.com
Projects: Pressure Time Integral Plantar, Microcirculation Plantar, EMG plantar, Deep Learning OCT skin
Current Projects: Deep Learning OCT images with Wound
Google Scholar

Rifki Ramadan

Masters Student
Email: Rifkiramadan73@gmail.com
Projects: Negative Pressure Treatment, Pulsating Cupping
Current Projects: Pulsating Cupping In Wound Healing
Google Scholar

Ella Shih

Masters Student
Product design, Visual Communication Design, rhino 3D
Email: ella323299@gmail.com
Projects: Vibrator design benefits for skin
Current Projects: Observation of the vibrator intervention on skin

Ann

Masters Student
Product design ,rhino 3D
Email: yuanhung0928@gmail.com
Current Projects: The application of Optical Coherence Tomography (OCT) in observing changes in plantar thickness during walking with air cushioned insoles.

Mariya Nissar

Research Intern (Under TEEP Exchange Program)
Mtech in Computational Mathematics
Electrical Engineering, Machine Learning, Deep Learning, Python, SQL, AutoCAD
Email: mariyanissar1@gmail.com
Projects: Covid Protective Gear; An embedded uniform
Current Projects: Assessing Changes in Epidermal Skin Layer Thickness and Stiffness Following Walking Interventions Using Optical Coherence Tomography

Maria Qubtia

Research Intern (Under TEEP Exchange Program)
Biomedical Scientist
Prosthetist,Orthotist, Rehabiliation
Email: Mariaqubtia237@gmail.com

Muhammad Talal

Research Intern (Under TEEP Exchange Program)
AI & Biomedical Research Engineer
Biosignal Processing, AI in Healthcare, Machine/Deep Learning, Intelligent Diagnostic System Design, Computer Aided Diagnosis, Image Processing, Computer Vision
Email: talal.farhan.561@gmail.com
Projects: Machine learning-based classification of multiple heart disorders from PCG signals', 'IPDDS: Intelligent Pulmonary Disease Diagnosis System featuring a novel Energy-based Reconstruction of EMD, MFCC, and SVM', ‘Diagnosis of Cardiac Disorders from Phonocardiograms using Relative Energy based Empirical Mode Selection (REEMS)', 'Predictive Modeling for Prosthetic Gait and Surface Recognition Using sEMG Data for Amputees', ‘Transfer Learning versus Deep Feature Learning Techniques for Automated Diagnosis of Lung Diseases from Chest CT Scans: A Comparative Analysis’
Current Projects: Implementing AI and Computer Vision techniques on MRI Images to detect changes in Hippocampus Volume for Alzheimer's Disease Monitoring

Copyright © BioDesign Lab