Master’S Thesis: Universal Sw Forcentrifugal Pumps Controlled By Vfd - Xylem

Join Xylem in the global mission to #LetsSolveWater! As a leading water technology company with 23,000 employees operating in over 150 countries, Xylem is at the forefront of addressing the world's most critical water challenges. We invite passionate individuals to join our team, dedicated to exceeding customer expectations through innovative and sustainable solutions.

Xylem has over 24000 people working towards a common goal: to create innovative solutions for the world's water needs. By developing new technologies, we improve the way water is used, stored and reused now and in the future. We
transport, purify, analyze and return water to nature and help people use water efficiently – at home, at work, in industry and in agriculture.

We have more than 100 years of experience in the field of water technology and offer a portfolio of leading product brands and expertise in a wide range of applications. Our expertise has led to long-term relationships with our customers in more than 150 countries. In 2022, Xylem had a turnover of 5.5 billion dollars. One of Xylem's product categories is Flygt's dewatering pumps controlled by VFD.

Student thesis proposal

One of Xylem's new product categories is Flygt's dewatering pumps controlled by VFD.
Dewatering pumps are used in various environments by various users. This results in needs in various SW to develop and maintain.

The master thesis aims to develop a principal SW that have the potential to be the single one for all pumps. The idea is to use the strong affinity laws connected to centrifugal pumps which is believed to be able as the foundation of the universal SW, but pumps are subjected to differences and changes is in operating conditions that introduced uncertainties that must be handled.

The master thesis offers great room for creative solutions that have real-world connection. The ideas will also be directly tested on actual pump during the developing in our R&D lab.

We are searching for one or two Master program student with high interest of embedded SW.

Familiarity with software version control systems (like git). The work has, in greater extent, to be carried out on site at Xylem's office in Sundbyberg. The time period is flexible, but preferably during spring 2025.

Contact:
nenad.blanusa@xylem.com

Join the global Xylem team to be a part of innovative technology solutions transforming water usage, conservation, and re-use. Our products impact public utilities, industrial sectors, residential areas, and commercial buildings, with a commitment to providing smart metering, network technologies, and advanced analytics for water, electric, and gas utilities. Partner with us in creating a world where water challenges are met with ingenuity and dedication; where we recognize the power of diversity, equity and inclusion in driving innovation and allowing us to compete more effectively around the world.