PhD Position in Microclimate Adaptive Grid CFD Modeling for Greenhouse Horticulture
This PhD position at Delft University of Technology (TU Delft) offers an exciting opportunity to advance greenhouse horticulture by designing high-resolution microclimate observation networks and developing adaptive grid CFD models. The research aims to optimize energy savings and crop productivity by improving the understanding of microclimate variations and plant-climate interactions within greenhouses and vertical farms.
As a doctoral candidate, you will focus on numerical CFD modeling at multiple scales, from leaf-to-plant to canopy and full greenhouse environments. The project involves implementing geometric idealized plant models, studying turbulence and aerodynamic resistance, and analyzing heat diffusion and temperature penetration in response to radiation. You will extend the CFD models to include mass fluxes of CO2 and water vapor, investigating the impact of airflows and sensible heat fluxes on vegetation source and sink terms. Conceptual representations using resistance analogies will be developed to transfer findings to multi-layer models applicable at the greenhouse scale.
The research is highly collaborative, involving close interaction with a team of PhD researchers, postdocs, industry partners, and the horticulture sector. You will be supervised by Dr. Marie-Claire ten Veldhuis (experimental expertise) and Professor Bas van de Wiel (theoretical expertise), supported by a dedicated technician. Weekly joint whiteboard sessions and a team-oriented supervision approach ensure a stimulating and supportive environment.
You will be hosted by the Geoscience & Remote Sensing Department within the Faculty of Civil Engineering and Geosciences. TU Delft is renowned for its international research and education, focusing on societal challenges such as climate change, energy transition, and urbanisation. The faculty comprises 28 research groups and offers unique facilities for experimental research and innovation.
Employment conditions include a 4-year contract (initial 1.5 years with progress assessment, followed by 2.5 years upon satisfactory performance), a competitive salary (€3059–€3881 gross per month), 8% holiday allowance, 8.3% end-of-year bonus, and enrolment in the TU Delft Graduate School. Additional benefits include a customisable compensation package, health insurance discounts, monthly work costs contribution, and flexible work schedules. Relocation support and a Dual Career Programme are available for international candidates.
Applicants must hold an MSc in applied physics, atmospheric science, or a related field, with proven experience in complex CFD simulations. Strong communication skills, teamwork, and proficiency in English are essential. For more information, contact Professor Bas van de Wiel. Apply online by 15 July 2026 via the provided application link. Applications sent by email or post will not be processed. English proficiency is required for participation in doctoral education courses and scientific writing. TU Delft conducts a knowledge security risk assessment during recruitment.
This position is ideal for candidates seeking to contribute to innovative research in environmental science, civil engineering, agriculture, and physics, with direct impact on sustainable horticulture and energy efficiency.
