Master Thesis - Modeling and heat transfer in R&D Brazed and Fusion Bonded Heat Exchangers
Every day, we get opportunities to make a positive impact – on our colleagues, partners, customers and society. Together, we’re pioneering the solutions of the future and unlocking the full potential of precious resources. Trusted to act on initiative, we challenge conventional thinking to develop world-leading technologies that inspire progress in vital areas, including energy, food, water and shipping.
As we push forward, the innovative, open spirit that fuels our 140-year-old start-up culture and rapid growth also drives our personal growth. So, as we shape a more resourceful, less wasteful world, we build our careers too.
We create better everyday conditions for people. We do this by contributing to a more sustainable future through engineering innovation. We love what we do and we’re good at it. But now we want to be even better! We are looking for an M.Sc. thesis student to our Materials Technology and Chemistry department, R&D. So, what are you going to do today?
Alfa Laval is a global company with three key product areas: heat transfer, separation, and fluid handling. We have sales in more than 100 countries and in 2022 the order intake was about 5 500 million euro. The number of employees is about 23 000. The head office is in Lund, Sweden, where a major part of the research and development of plate heat exchangers reside.
About the master thesis projects
The research and development group in Business Unit Brazed and Fusion Bonded heat exchangers is looking for one or two master thesis students to carry on one of the following projects for the spring semester 2026:
Use of Machine Learning (ML) for heat transfer prediction and analysis.
In this project, the candidate will tackle the important steps of data mining such as business understanding, data understanding, data preparation, choice of models and evaluation. Machine learning models will be applied to both numerical and experimental data. This project will be performed in Python.
The aim of this project is to assess the data mining process and methodology.
The candidate should have an interest in machine learning, data processing, programming, fluid mechanics and heat transfer.
Computational fluid mechanics (CFD) modeling of plate heat exchangers using OpenFOAM.
In this project, the candidate will explore the modeling capability of OpenFOAM for plate heat exchangers. The focus will be on modeling methodology and model validation covering both iso-thermal and conjugate heat transfer of various geometries.
The aim of this project is to assess the capability of OpenFOAM for engineering simulation of plate heat exchangers.
The candidate should have an interest in method development, CFD, programming, fluid mechanics and heat transfer
Computational fluid mechanics (CFD) modeling of flow across expansion valve.
In this project, the candidate will investigate the flow behavior across an expansion valve. In a heat pump system, the expansion valve is located between the condenser and the evaporator. When the liquid leaving the condenser flows through the expansion valve and subsequent piping, it undergoes phase changes and disturbance that can affect the performance of the evaporator. The focus will be on the two-phase and flow modeling of the physics involved. The project will be performed with ANSYS Fluent.
The aim of this project is to provide insight into the fluid composition and flow characteristics at the inlet of an evaporator.
The candidate should have an interest in CFD, fluid mechanics, thermodynamics and heat transfer.
Who are you?
We are looking for curious and driven mechanical engineering students with an interest in numerical analysis, fluid mechanics and heat transfer who want to contribute to a sustainable future. All these projects are important to us therefore the right candidate should choose the subject that inspires him/her the most.
For more information about the project, contact:
Eric Baudoin, Technology Core Competence Specialist, R&D BFB BU.
Princess Jeremy Bondoc, Talent Acquisition Coordinator
For union information, please contact:
Johan Ranhög, Akademikerna, +46 46 2891664
Stefan Sandell, Ledarna, +46 46 367364
Monica Anderberg, Unionen, +46 709623811
The master thesis are planned to start no later than January 2026.
We are looking forward to hearing from you soon so send your application without delay, and no later than 12th of December.
Please note, due to GDPR applications sent directly via email will be disregarded without notice.
Top Skills
What We Do
Pioneering positive impact!
Our pioneering 140-year-old start-up culture is built on the idea that partnership is the key to solving complex problems and unlocking the full potential of resources. So we collaborate closely with our partners, customers, and thought leaders to create game-changing solutions that challenge conventional thinking on quality, efficiency, and innovation. United by a shared commitment to creating positive impact we’re reshaping vital industries, like energy, food, water, and shipping, to optimize efficiency, reduce emissions, and increase yields. Together, we’re building business success, elevating the quality of life across society, and driving progress towards a more sustainable world.
Alfa Laval is a leading global provider of first-rate heat transfer, separation, fluid handling products separation, and fluid handling products. With these as its base, Alfa Laval aims to help enhance the productivity and competitiveness of its customers in various industries throughout the world. We define their challenges and deliver sustainable products and solutions that meet their requirements – in energy, the environment, food, and the marine industry.
Alfa Laval today has customers in some 100 countries, employs more than 21,300 people, and annual sales were SEK 63.6 billion (5.5 BEUR) in 2023. The company is listed on Nasdaq Stockholm. Alfa Laval contributes to 15 of the 17 UN Sustainable Development Goals. Our solutions make a difference in daily life. You can learn more on our website about how our products work, and how they are used in industries worldwide.
We welcome your engagement, comments and questions - our guidelines and moderation policy for Alfa Laval channels on social media can be found here: https://www.alfalaval.com/legal/community-guidelines/
Personal data will be handled in accordance with the Alfa Laval Privacy Policy. https://www.alfalaval.com/privacy
