The BBT Group is looking for a highly motivated and creative PhD candidate to work in the field of plasma medicine and investigate the synthesis of biocompatible hydrogels, and the effects of atmospheric plasmas on them and on liquids. The ultimate goal of the research line is to gain fundamental understanding on the lethal effects of atmospheric pressure plasmas and plasma-treated liquids and hydrogels on cancer cells, and being able to implement new strategies for local and minimally invasive cancer therapy.

The BBT Group is looking for a Postdoctoral researcher to work in the field of scaffolding materials for bone tissue engineering. Specifically, the candidate will focus on the development of biofunctionalized hydrogels with  cell-loading capabilities. The goal of the research is to develop hydrogels with specific rheological and mechanical properties and  functionalized with biochemical cues allowing cell infusion and injection of the hydrogel within a  biodegradable scaffold for bone tissue engineering. 

The BBT Group is looking for a highly motivated and creative postdoctoral researcher to work in the field of 3D printing of flexible electronic devices (sensors, actuators) and biomaterials for tissue engineering under the research project “3D (bio)printing for integrating biomimetic electronics into engineered tissues: A giant leap in regenerative medicine” funded by the Spanish Research State Agency (AEI).  

The aim of ABLE DailyExo is to develop and clinically validate the next generation of smart robotic exoskeletons to assist people with disabilities in everyday life activities. A breakthrough technology that will help them to regain mobility and independence in their daily lives, performing on their own activities such as walking indoors and outdoors, climbing stairs, opening a door, and enjoying conversations with friends and family at an eye-level again.

The aim of ABLE DailyExo is to develop and clinically validate the next generation of smart robotic exoskeletons to assist people with disabilities in everyday life activities. A breakthrough technology that will help them to regain mobility and independence in their daily lives, performing on their own activities such as walking indoors and outdoors, climbing stairs, opening a door, and enjoying conversations with friends and family at an eye-level again.