PhD Studentship - Performance optimization of thermofluidic components through low-cost and low[...]

Institut Mines-Télécom; Douai; Sur place; EUR 25 000 - 30 000; Plein temps

Résumé du poste

A prestigious technical institution in Douai is offering a PhD studentship focused on performance optimization of thermofluidic components through innovative strategies. This three-year doctoral fellowship involves both experimental and numerical research in energy systems. Ideal candidates should have a strong academic background in fluid mechanics and associated experimental techniques, with opportunities to contribute to teaching and research dissemination.

Qualifications

• Strong background in fluid mechanics required.
• Experience with experimental techniques such as velocimetry is a plus.
• Skills in programming related to computational fluid dynamics are desirable.

Responsabilités

• Conduct experimental and numerical investigations to develop design-optimization tools for vortex generators.
• Develop computational methods integrating fluid-structure coupling.
• Perform advanced experimental measurements for flow mechanism identification.
• Conduct parametric shape optimization using CFD with validation.
• Publish results and participate in conferences.
• Contribute to supervising student research projects.

Connaissances

Fluid mechanics

Computational Fluid Dynamics

Experimental techniques

Programming

Computer science

Formation

Degree in engineering or current enrollment in a Master program

Description du poste

PhD Studentship - Performance optimization of thermofluidic components through low-cost and low-tech intensification strategies

Location: On-site

Line Manager: Nadine LOCOGE

PhD Supervisors: Dr. Souria HAMIDOUCHE (IMT Nord Europe) & Dr. Khalid JAWED (UCLA)

Type of contract and duration: Doctoral fellowship, 3 years

Overview

This PhD project is offered within the Center for Energy and Environment (CERI EE) and is part of the ANR RéCLasSIF initiative, which promotes Industry 4.0 solutions. The focus is on developing low-cost, low-tech, self-adaptive vortex generators as passive flow-control devices for energy systems. The self-adapting behavior aims to improve heat transfer with minimal pressure losses. The project will combine high-resolution numerical simulations (CFD) and advanced experimental measurements (Stereoscopic PIV) to understand fluid–structure interactions, supported by a dedicated test bench for full-scale performance assessment under variable flow conditions.

Responsibilities and objectives

• Carry out experimental and numerical investigations to develop design-optimization tools for vortex generators.
• Develop a computational methodology integrating fluid–structure coupling in 2D and 3D unsteady flows.
• Perform advanced experimental measurements (Stereo-PIV, 3D LDA) to identify dominant flow mechanisms in unsteady conditions.
• Conduct parametric shape optimization using CFD with experimental validation to produce smart generators for flow control and heat/mass transfer intensification.
• Disseminate results through scientific publications and participation in international conferences.
• Contribute to teaching practical works and supervision of student research projects.

Qualifications and profile

The candidate should hold a degree in engineering or be enrolled in a Master program with a strong background in fluid mechanics. Skills in experimental techniques (e.g., velocimetry), Computational Fluid Dynamics, programming, and computer science are highly appreciated.

Affiliations and research environment

The position is offered within the Center for Energy and Environment (CERI EE) at IMT Nord Europe, collaborating with UCLA Structures-Computer Interaction Laboratory. IMT Nord Europe focuses on processes for industry and services, energy and environment, and materials and processes, with campuses in Douai and Lille. UCLA is a public engineering institution within the Samueli School of Engineering, located in Los Angeles, California, and focuses on robotics, mechanics, machine learning, and related areas. The Structures-Computer Interaction Lab works on robotics, smart structures, and physics-based modeling of flexible structures and robots.

Conditions

The job start is planned for 01/01/2026 for a period of 36 months (temporary contract). The position can be adapted for a disabled person.

How to apply

Deadline for submissions: 08/12/2025. To apply, please connect to the recruitment platform via the provided link on the job posting.

Candidate information and data privacy

Legal agreements: The information collected in the application form is processed for the Human Resources Department of Institut Mines-Télécom. If unsuccessful, your personal record is kept for 2 years. You may exercise data rights by contacting [e-mail].