MOVE the future with us!
Shape Tomorrow. Start Here.
At Toyota Material Handling, we don’t just move goods, we MOVE the World, building the logistics of tomorrow by combining innovation and human ingenuity, in the most sustainable way. Students’ curiosity and fresh ideas can help us get there.
About Toyota Material Handling in Europe
Every day, millions rely on the seamless flow of goods - from the food on their table to the medicines in hospitals.
Behind that flow, there's 13,500 colleagues, in Europe alone, working across 30+ countries to create smarter, safer and more sustainable logistics solutions.
But we can’t shape the future alone. That’s why we invite you, students, to challenge us, question us and create with us.
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13,500+ colleagues
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30+ countries
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Global leader in material handling
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Innovation Centre in Linköping, Sweden
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Headquarters in Mjölby, Sweden
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Largest European factory in Mjölby, Sweden
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Student thesis opportunities
Doing your thesis with us means more than writing a report. It’s your chance to tackle real challenges and make an impact in R&D, Research & Innovation, Design, Digitalisation, Legal, Finance and IT.
Sparking ideas
Building the logistics of tomorrow isn’t only about technology. It’s about having the right capabilities in every part of the organisation. It’s about thinking differently and daring to explore bold ideas that can transform how we work, how we collaborate and how we deliver value to society.
At our Innovation Centre in Vallastaden, Linköping, you will find a vibrant environment designed for students, a space to spark ideas, exchange knowledge and learn from our engineers and specialists. As part of the project, you will step into our Mjölby premises, experiencing the pulse of our factory floors, our labs and our people. That’s where theory meets practice. That’s where innovation becomes real.
What we offer
Dedicated student area
at our Innovation Centre
Cross-collaboration
with experts
Access to
factory & lab
Access to cutting-edge resources and facilities
A unique opportunity to conduct your thesis with a global leader shaping the future of material handling
Mentorship
from experts
in diverse fields
A chance to see your ideas move from concept to prototype, from prototype to practice
Compensation in line with Toyota Material Handling's student policy
Area
AI & Data Science
Machine learning for component cost estimation
Turn historical product data into a machine learning proof of concept that could help engineers estimate component costs faster and more accurately.
Estimating forklift usage from low-frequency CAN data
Extract more insight from less data by exploring how statistics and machine learning can estimate forklift travel from sparse vehicle signals.
AI for project management in product development
Explore how AI could help project managers anticipate risks and make better decisions, turning real product development challenges into practical recommendations.
AI-based troubleshooting of ECU test cases
Explore how AI can identify the root causes of failed software tests and provide developers with faster, clearer guidance for resolving the issues.
Thesis description only available in Swedish
Reinforcement learning (RL) for autonomous forklift testing
Put autonomous forklift software to the test by exploring how reinforcement learning can generate challenging scenarios and uncover failures that conventional testing may miss.
area
Automation & Robotics
Pallet perception through deep learning and sensor fusion
Combine deep learning with camera and 3D sensor data to help autonomous forklifts recognise and locate pallets more accurately in real warehouse conditions.
Thesis description only available in Swedish.
Intelligent point cloud filtering for improved pallet detection
Combine camera images and 3D data to filter out the correct measurement points and help forklifts estimate the distance to pallets more accurately.
Thesis description only available in Swedish.
Embedded software: automatic guidance toward an EU pallet
Write and test embedded software that uses camera-based position data to help a real Toyota forklift guide its forks under an EU pallet.
Thesis description only available in Swedish.
Electrification of lifting systems for autonomous low-lift trucks
Challenge the role of hydraulics by exploring electric lifting solutions that can make autonomous low-lift trucks more energy-efficient and less complex.
Thesis description only available in Swedish.
Detect and compensate for mast deflection on autonomous forklifts
Explore how autonomous forklifts can detect and compensate for mast deflection in real time for more precise load handling at high heights.
Thesis description only available in Swedish.
area
Product Development & Simulation
Improving the use of digital mock-ups in mechanical product development
Help engineers spot design challenges earlier by exploring how digital mock-ups can improve collaboration and decisions before physical prototypes are built.
Digital thread for product development: PLM & CAD
Connect engineering information across systems and teams by developing a digital thread concept that makes product data easier to access, trace and reuse.
Systematic cost reduction in product development
Combine engineering and economics by testing cost-reduction methods on an actual product and identifying smarter design solutions that enhance its competitiveness.
Simulation of hydraulic hose rupture valves
Build and validate simulation models of critical hydraulic safety components to improve valve design and reduce the need for repeated physical testing.
Mechanical design and analysis
Develop the next generation of protective canopies for forklifts by combining concept development, CAD, and simulation to achieve better performance at a lower cost.
Simulation: virtual stability test
Develop and validate virtual stability tests that help engineers optimize forklift lifting capacity earlier in the development process and reduce the need for physical testing.
area
Safety, Ergonomics & Human Interaction
Tyre–floor friction estimation for autonomous forklifts
Investigate whether vehicle signals can reveal available tyre grip and provide insights for future braking and personnel protection concepts in autonomous forklifts.
Mechanical design, vibrations
Investigate how vibrations affect forklift operators and identify improvements that can make the workday more comfortable and ergonomic.
Thesis description only available in Swedish.
Camera-based operator monitoring and support in warehouse trucks
Explore how AI and camera technology can detect distractions and provide forklift operators with support that improves safety, ergonomics, and workflow.
Thesis description only available in Swedish.
area
Digital Business & Connectivity
Improving customer onboarding for digital fleet management
Combine user research and learning design to create and test a clearer, more intuitive introduction to our digital fleet management tools.
Improving wireless communication for autonomous forklifts
Explore adaptive antenna technology to help autonomous forklifts stay connected as warehouse conditions change around them.
Sustainability & Energy
Net-zero strategy & carbon management
Turn climate ambition into practical action by tackling a focused challenge in net-zero strategy, energy-related emissions or carbon data across the value chain.
Internship opportunities
An internship with Toyota Material Handling Europe means stepping into responsibility.
Whether you join our
- Legal
- IS/IT
- Finance
- Engineering
teams, you’ll contribute to projects that impact our daily operations and our long-term strategy.
It’s not about observing. It’s all about doing.
It’s about being part of an international team, learning from experts and making your mark in a company that believes in the power of fresh perspectives.
Interested?
Location
Primarily based at our Innovation Centre in Linköping, with cross-collaboration and project work in Mjölby, when needed.
“Doing my thesis at Toyota Material Handling gave me access to real engineers and real problems. My work didn’t just sit on a shelf, it became part of a real project.”
Anna, Masters student Linköping University
Duration
Typically 20 weeks, aligned with your thesis programme.
Internship duration depends on the project.
Application
Simple and straightforward: send us your CV & motivation letter. Tell us why you’ve chosen this topic and how you’d like to approach it.
Compensation
According to our student policy
“The internship helped me develop skills in AI while contributing to real business needs. I felt like part of the team from day one.”
Markus, IS/IT Intern
Mentorship
You’ll be guided by experts who care about your growth.
Contact us now!
At Toyota Material Handling Europe, your project is not a side exercise. It’s part of our journey.
Have questions about our thesis topics, internships or the application process? Our Talent Acquisition team is here to guide you.
Reach out today and take the first step toward shaping the logistics of tomorrow.
Team acquisition specialist
Patrik Schultzén
Toyota Material Handling Europe