Tracks & Topics

Biotransport

• Biotechnology applications
• Diagnostics
• Drug delivery
• Nano & microfluidics
• Therapeutics

Design, Dynamics & Rehabilitation

• Biomechanics of human motion
• Cardiovascular & musculoskeletal device design
• Design of medical technologies & global health solutions
• Design of digital health solutions
• Mechanotherapeutics
• Rehabilitative & assistive technologies

Education

• Active learning
• Best practices for teaching assistants & mentoring
• Computational tools
• Inclusive classrooms & research environments
• Instilling creativity, innovation, leadership, & entrepreneurship
• Online learning
• Outreach & community based teaching
• Teaching biomechanical design
• Teaching mechanobiology

Fluid Mechanics

• AI & machine learning
• Bioprinting & biomanufacturing
• Cardiovascular design & devices
• Emerging in vitro, experimental, computational & visualization methods
• Growth, remodeling & repair
• Heart valves & ventricular flow
• Image-based patient-specific flow and physiology
• Mechanobiology & pathology
• Thrombosis, hemolysis & mechanical circulatory support
• Translational diagnosis & treatment

Solid Mechanics

• Cardiovascular
• Growth, remodeling & repair
• Head & injury
• Joint & spine
• Lung
• Mineralized tissues
• Musculoskeletal
• Nano, micro, tissue & multiscale mechanics
• Ocular
• Other emerging topics in biomechanics & mechanobiology
• Reproductive

Tissue & Cellular Engineering

• Bioprinting & biomanufacturing
• Tissue & Cellular Engineering: Development and morphogenesis
• Tissue & Cellular Engineering: Engineering in vitro models
• Tissue & Cellular Engineering: Mechanobiology
• Tissue & Cellular Engineering: Other emerging topics in cell & tissue engineering
• Tissue & Cellular Engineering: Tissue engineering & regeneration