Additively fabricated on-skin sensors for mechanical and thermal bio-signal monitoring

Thermal and mechanical skin injuries

BioConstructs - Methods for Bio - Inspired and Bio - Fabricated Design

Acknowledgements Chapter 1: Introduction 1.1 1.2 1.3 1.4 1.5 BioConstructs Innovation in the use of computation and digital fabrication methods Collaboration with scientific community Bio-inspired design and biofabrication Thesis structure Chapter 2: The Polypterus study 2.

Environmental Monitoring by Eco-Friendly-Fabricated Carbon-Modified Electrode Sensors

Environmental monitoring is necessary to understand and evaluate the extent of pollution and eco-system disturbances and to work out remedial strategies. Electrochemical methods are attractive for environmental monitoring due to their capability for remote and in situ applications. The electrode-based sensors are prone to fine-tuning and modification to improve the selectivity and sensitivity f...

Bio-Electronics and Bio-sensors

Tunability and enhancement of mechanical behavior with additively manufactured bio-inspired hierarchical suture interfaces

In nature, biological structures often exhibit complex geometries that serve a wide range of specific mechanical functions. One such example are the ammonites, a large group of extinct mollusks, which produced elaborate, fractal-like hierarchical suture interface patterns. This report experimentally explores the influence of hierarchical suture interface designs on mechanical behavior by taking...