MNEXT > Vacatures > FungAI: Optimizing Mycelium Bio-Composites through AI Monitoring
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FungAI: Optimizing Mycelium Bio-Composites through AI Monitoring

As sustainable building methods are gaining prominence, the implementation of viable alternatives is becoming an important focus for research. Mycelium biocomposites (MBCs) serve as potential biobased alternatives to conventional insulation materials within the construction industry; however, more research and development needs to be done for better integration and acceptance in the market. Mycelium is the underground network of fungi, such as mushrooms, and for the bio-composites it acts as a binder of the incorporated biomass substrate. Mycelium grows through the fibers, which function as a growth substrate and a bio-composite matrix. Different organic residual streams from agricultural waste (straw, hemp shives, grass or pepper stems) can be used as substrate. MBCs can be divided into two main categories: board and foam materials, both of which have the potential to substitute conventional materials, i.e., medium density fireboard (MDF), as well as conventional insulation materials, i.e., EPS or PIRAs the material approaches the market, we aim to explore ways to automate the assessment of proper mycelium growth through AI-implemented monitoring systems.
Startdatum 01 September 2025
Solliciteren voor 22 August 2025
Ervaring Internship
Locatie Breda
Solliciteren

Assignment Description

As an intern at MNEXT, you will have the opportunity to participate in the project ‘FungAI’ which focuses on automating the assessment of mycelium bio-composites growth using artificial intelligence. You will be part of the team responsible for producing mycelium materials used to develop an AI-driven monitoring system, aimed at ensuring the consistent quality and scalability of mycelium bio-composites. These materials are intended for various applications, including packaging, construction, and fashion, and require rigorous quality control to meet industry standards.

The objectives of the project will be:

  • Material production and characterization: Assisting in the production and analysis of mycelium bio-composites to establish a baseline for AI training and validation.
  • Collaborating with AI specialists to create a system that distinguishes properly colonized mycelium bio-composites from those needing further growth.
  • Process optimization: Working with the team to refine production processes and improve the efficiency of the AI model.

Your main tasks include:

  • Conduct a literature review study to catalogue current knowledge on mycelium growth behavior and important parameters to be monitored.
  • Lab work: Produce mycelium bio-composite samples using standard protocols and capturing scanner images for AI training.
  • Data analysis: Perform tests to validate the AI system’s accuracy and reliability in assessing mycelium growth.
  • Optimization and Brainstorming: Collaborate with the team to identify potential improvements to the monitoring system and outline next steps for further research.

Working language: we have a multidisciplinary and international team. Therefore, the language is English. Some of the researchers also speak Dutch.

Starting Date & Compensation

  • The length of the internship graduation assignment is approximately 20 weeks.
  • The student will get an internship fee of €350, – per month.
Meer informatie? Neem contact op met:

Stefano Roccio

Mail s.roccio@avans.nl Telefoon 31885255831 Solliciteer direct

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