Master Thesis Student

BROMMA has been the leading manufacturer of crane spreaders ever since its formation in the 1960s. Today we have, by far, the highest market share of the world’s spreader suppliers. In fact, our market share is higher than all our competitors’ combined. Today, we manufacture close to 2,000 spreaders of all types every year and our spreaders are currently in use in 99 of the top-100 ports world- wide.
 
BROMMA sales and service network has a wide-reaching footprint. We are present with own sales offices on all continents, and with an extensive network of agents, we are able to support customers in every country in the world.
 
More information about BROMMA can be found on www.bromma.com

Join us and take your career to the next level

Thesis Project: Artificial Intelligence and Strength Assessment of Welded Joints in Conventional and Fossil-Free Steel

Are you interested in combining advanced AI techniques with cutting-edge materials to drive the future of mechanical design? This clearly defined master’s thesis project offers a deep dive into using machine learning for strength evaluation and optimization of welded structures - with a focus on high-strength and fossil-free steels.

While other thesis topics may still be open-ended, this project is already structured, goal-oriented, and ready for an immediate start. You’ll be working closely with experienced engineers and R&D labs at Bromma.

Our R&D presence stretches across Sweden, Malaysia, and Singapore, and our engineering teams are constantly pushing the boundaries of structural design and material science to build the next generation of high-performance, sustainable lifting equipment.

As a Thesis Student in R&D, you will:

Your work will contribute directly to improving sustainability, reducing environmental impact, and enhancing mechanical performance in Bromma’s lightweight spreader structures. The expected tasks include:

• Literature Review: Investigate the state-of-the-art in AI, machine learning, and strength assessment methods used for welded joints.
• Structural Analysis / Test Preparation: Optimize an existing test specimen OR evaluate the strength of a welded box structure made from fossil-free steel using advanced simulation methods.
• AI Integration: Apply machine learning techniques to predict, correlate, and assess strength characteristics based on simulation or test data.
• Reporting & Presentation: Present your findings and submit a detailed thesis report.

In  addition to knowledge in FEA, material science, and solid mechanics, programming and data analysis will be key components of this work - proficiency in Python, MATLAB, or similar environments is an advantage.

What we offer you:

• Work with a Global Leader: Our spreaders are used in nearly every major port worldwide.

• Real Engineering Impact: Your work will feed directly into the design and development of more sustainable spreader systems.

• Cross-Regional Collaboration: Engage with experts in Sweden, Malaysia, and Singapore.

• Future Opportunities: High-performing thesis students may be offered long-term opportunities within Bromma or Kalmar.

What you bring to the role:

We’re looking for curious, analytical, and self-driven students currently enrolled in a MSc/Civilingenjör program in one or more of the following fields:

• Engineering Mechanics
• Solid Mechanics
• Lightweight Structures / Naval Architecture
• Materials Science
• Mechanical or Welding Engineering
• Production Engineering.

If you’re passionate about AI, sustainability, real-world engineering challenges, structural strength design, and finite element analysis, this project is for you!

Ready to elevate your career? Apply today!

Send your CV, a short motivation/cover letter, transcript from studies, and any relevant project or course background.

For questions about the project or further information, feel free to contact: Mansoor Khurshid, Head of Structural Science at +46 70 620 09 14 or mansoor.khurshid@bromma.com

Applications are reviewed continuously – we encourage you to apply as soon as possible.

Bromma is part of Kalmar.

About Kalmar
Kalmar (Nasdaq Helsinki: KALMAR) is moving goods in critical supply chains around the world, with the vision to be the forerunner in sustainable material handling equipment and services. The company offers a wide range of industry shaping heavy material handling equipment and services to ports and terminals, distribution centres, manufacturing and heavy logistics. Headquartered in Helsinki, Finland, Kalmar operates globally in over 120 countries and employs approximately 5,200 people. In 2024, the company's sales totalled approximately EUR 1.7 billion. 

www.kalmarglobal.com