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Maastricht University

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Postdoctoral Researcher in Engineered Living Materials and Programmable Hydrogels Maastricht University in Netherlands

Degree Level

Postdoc

Field of study

Chemistry

Funding

18-month postdoctoral contract with a gross monthly salary of €3,706 to €5,760 based on 38 hours per week, plus 8% holiday allowance and an 8.3% year-end bonus.

Deadline

Nov 15, 2026

Country flag

Country

Netherlands

University

Maastricht University

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Keywords

Chemistry
Microbiology
Biomedical Engineering
Materials Science
Biology
Polymer Chemistry
Synthetic Biology
Biofabrication
Biomaterials
bio engineering

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New Today

About this position

SupraValent is an ERC Consolidator project at Maastricht University that aims to create a programmable two-way interface between living cells and synthetic hydrogels. In this postdoctoral project, the successful candidate will help establish a new research line in engineered living materials by combining synthetic biology, microbial engineering, and dynamic supramolecular hydrogel platforms.

The work is centered on developing engineered microbial cells that can sense defined signals and then produce, secrete, display, or activate molecules that modify a surrounding hydrogel. The project uses existing dynamic hydrogel systems and reactive chemistries to explore how biological outputs can be coupled to changes in material structure, mechanics, and biological function over time.

You will join the BioMatt group in the Department of Instructive Biomaterials Engineering (IBE) at MERLN, Maastricht University. The group works at the interface of molecular and polymer design, cell biology, tissue engineering, and biomaterials, and is part of a broader international research environment spanning biomaterials, chemistry, mechanobiology, tissue engineering, biofabrication, microbiology, and cell biology.

This position is the lead engineered-cell and living-materials work package within SupraValent. The postdoctoral researcher will have freedom to refine the biological strategy while working within an established interdisciplinary team. The project seeks a proof of concept in which an engineered cellular output produces a measurable and programmable change in a supramolecular hydrogel, with the longer-term goal of creating adaptive materials whose biological and synthetic components cooperate to generate new functions.

The broader research environment at MERLN offers newly renovated laboratories, state-of-the-art facilities, and close scientific support from colleagues across the SupraValent team. The role also involves collaboration with synthetic chemists, polymer scientists, and bioengineers within MERLN and its network, along with opportunities to lead publications, conference contributions, and support the supervision of junior researchers.

Funding details

18-month postdoctoral contract with a gross monthly salary of €3,706 to €5,760 based on 38 hours per week, plus 8% holiday allowance and an 8.3% year-end bonus.

What's required

A PhD completed by the agreed starting date in Synthetic Biology, Molecular Microbiology, Biotechnology, Bioengineering, Chemical Biology, Biomaterials, or a closely related field; strong hands-on experience with microbial culture and genetic engineering, including independent design-build-test cycles, molecular cloning, expression-system optimization, and quantitative validation of cellular outputs; a track record of rigorous experimental design, troubleshooting, data analysis, and scientific communication; experience with inducible gene expression, genetic circuits, protein secretion or surface display, enzyme production, metabolic engineering, or biosensing; interest in connecting cell function to material properties and willingness to learn or apply hydrogel characterization methods such as rheology, microscopy, spectroscopy, diffusion or transport measurements, and chemical-conversion assays; ability to work independently while collaborating across synthetic biology, chemistry, materials science, and cell biology; experience with engineered living materials, microbial encapsulation, biocontainment, hydrogel systems, enzyme-mediated material modification, or quantitative modelling is a strong advantage; careful approach to biosafety, documentation, reproducibility, and responsible research; excellent scientific English at minimum CEFR C1; availability to start by early 2027 or earlier.

How to apply

Apply through the AcademicTransfer application link. Submit a CV, a cover letter explaining your motivation and relevant experience, and the names and contact details of two referees. The selection process consists of two interviews, one online and one on-site, and the on-site interview includes a presentation and meetings with team members.

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