MNEXT > Vacatures > BBF – Biobased Materials and Coatings Investigation and Criteria Analysis
Stage

BBF – Biobased Materials and Coatings Investigation and Criteria Analysis

Investigating and characterizing biobased materials and coatings as an alternative to concrete upright extensions in foundation piles, including performing criteria analyses and laboratory tests to evaluate their durability and suitability.
Startdatum 03 February 2025
Solliciteren voor 20 January 2025
Ervaring Internship
Locatie Breda
Solliciteren
mnext-biobased-technologie

Background

As sustainable building methods are gaining prominence, the implementation of viable alternatives is becoming an important focus for research. One overlooked, but very important, aspect for buildings are the upright extensions (oplangers in Dutch) for timber foundational pilings. These components of the foundation piles are typically made of concrete and are subject to fluctuating groundwater levels. Sustainable alternatives for concrete is an extensively researched topic; however, concrete for upright extensions have different criteria regarding properties and parameters. Since these components are underground, the durability and environmental impact(s) are of great importance. The objective of this project is to investigate feasible biobased materials and biobased coatings for timber pile upright extensions.

Assignment Description

As an intern at MNEXT, you will have the opportunity to participate with a multidisciplinary team of researchers in the project ‘BBF,’ which focuses on investigating the diverse possibilities to replace concrete upright extensions. You will be part of compiling a database of potential biobased materials and coatings, as well as a criteria analysis to determine the most promising options. These options can then be fabricated and tested in our laboratory facilities.

Your main tasks include:

  • Literature review study: benchmark the conventional material and catalogue currently available biobased materials and coatings which fit this application
  • Database: compile property lists which are designed to analyze and store relevant properties for a material and coating in this application, and include a quantitative criteria analysis to evaluate based on requirements and defined boundaries
  • Experimental: conduct property tests based on the material(s) and coating(s) which are the most promising

Starting Date

February 2025. The length of the internship graduation assignment is approximately 20 weeks. The student will get an internship fee of €350- per month.

Desirable Skills/Qualities of the Student

The student should be able to work independently and carry out independent laboratory research (after an introduction). HBO or university students are welcome.

Meer informatie? Neem contact op met:

Werner Muller

Mail ww.muller@avans.nl Telefoon 0683624220 Solliciteer direct

Meer vacatures

MycEoLA – Lifespan of Mycelium Materials
Middelburg
Stage
BBF – Mechanical behaviour of biobased materials for upright extension
Vlissingen
Stage
Bioinformatics: Analyzing Bacterial Communities; Comparing Full Metagenomic and 16S from Nanopore Sequencing
Breda
Stage
Bioinformatics: Comparative genomics of exotic ethanol-tolerant yeast strain
Breda
Stage
The Development and Optimization of Extraction Methods for Plastic Decolorization
Breda
Stage
Development and Testing of Masterbatches with Sustainable, Curcumin-Based Dyes
Breda
Stage
Improving the Stability and Applications of Natural Dyes through Chemical Modification
Breda
Stage
Conversion of residual streams into VFAs for PHA production
Breda
Stage
Biobased Transitions: What can data tell us
Breda
Stage
Data acquisition, analysis and predictive modeling of VFA fermentation
Breda
Stage
Decolorization of Jeans with SuperCritical CO2 for Recycling
Breda
Stage
Enzymatic preparation of epoxidized cardanol and thermosets
Breda
Stage
Chemical recycling of thermosets
Breda
Stage
Preparation of recyclable cardanol based epoxy thermosets
Breda
Stage
Researcher Biomass and Plastic Pyrolysis
Breda
Professioneel
Junior Researcher Biorefinery & Resource Recovery
Breda
Professioneel
Seeing Seaweed Colours: Identifying colour compounds in seaweed-based textile dyes
Bergen op Zoom
Stage
Sustainable Seaweed Dyes: Optimizing the production process of textile dyes from seaweed
Bergen op Zoom
Stage
Environmental impact of chemical recycling
Breda
Stage
Development of Carboxymethyl Kaumera (CMK): A new biobased material
Breda
Stage
MycEoLA – End-of-Life and Remanufacturing of mycelium materials
Breda
Stage
Circular sandwichpanels – Mycelium bio-composite composition
Breda
Stage
Development of biobased polymer materials and additives using lignin
Bergen op Zoom
Stage
The engineering of biobased Epoxy Resin
Breda
Stage
Researcher Polymer Science and Applications
Breda
Professioneel