Conductive polymer hydrogels combining tunable electrical conductivity and biomolecular affinity for multimodal tissue interfacing

Description:

In biological systems, electrical and biomolecular signals are often interconnected. The technical implementation of this principle using a biomaterial has not been achieved so far, but could allow to transmit signals from both modalities into living tissue with unprecedented control. We are seeking an applicant who is enthusiastic about the development and application of novel material systems that have the potential to revolutionize bioelectronic devices of the future.

The aim of this DFG-funded project is to synthesize, characterize and apply a biomimetic conductive hydrogel system that is able to multimodally stimulate living matter. The candidate will work on the synthesis and characterization of conductive polymer hydrogels combining various sulfated/ sulfonated polymer hydrogels with different conductive polymers. In addition, the ability of these materials for electrical stimulation and their potential to release and sequester biomolecules in an electrically controlled way will be investigated. The research involves conductive hydrogel synthesis, comprehensive material characterization (electrical, structural, mechanical), and molecule release and sequestration studies. The candidate will be part of an interdisciplinary and international research team.

Your profile:

We are looking forward to receiving applications from highly motivated candidates with a master’s degree in material sciences, chemistry, biochemistry, physics or related fields. Applicants should have proven expertise in the synthesis and characterization of biomaterials, preferably bioelectronic materials, and have the right to work in the EU. The candidate is expected to work independently but in close collaboration with other team members and research groups. Well-developed planning and organizational skills, with the ability to prioritize multiple tasks, setting and meeting deadlines are essential. Excellent communication skills for scientific writing and discussions and proficiency in English are mandatory.

Salary: According to German pay grade TV-L EG 13

Terms: 65% of the full-time weekly hours

Starting date: April 2023

Duration: 3 years

We offer:

A position in a leading research institute, combined with a highly specialized working environment in the junior research group ‘Bioelectronic Materials and Systems’ where you can implement your own ideas and work with a diverse and inclusive team; flexible working hours.

Full applications should include a 2-page curriculum vitae, a 1-page letter of motivation, certificates, 2-3 references and expected availability date and should be emailed as a single PDF to the Human Resources Department. Please also indicate the number of the Job vacancy.