What is Luleå University of Technology all about?
Luleå University of Technology is on a strong growth path, boasting world-leading expertise across several research fields. It’s not just any university—it’s a hub where innovation meets real-world challenges. With an annual turnover of 2.1 billion kronor, around 1,900 employees, and 18,700 students, this place is buzzing with activity and ambition. The university is deeply involved in cutting-edge research and industrial RDI projects that push boundaries and create solutions that matter.
Main benefits and key figures
Here’s a quick snapshot of what makes Luleå University of Technology stand out:
- Annual turnover: 2.1 billion kronor
- Employees: Approximately 1,900
- Students: Around 18,700
- Research areas: Space technology, sustainable energy, digitalization, health, learning, and societal development
- Focus: Solutions that make a difference in everyday life
Research that truly makes a difference
At the heart of Luleå University of Technology’s mission is research that impacts the world. From exploring space technology to advancing sustainable energy, the university tackles some of the most pressing challenges of our time. Digitalization, health, learning, and societal development are also key areas where the university’s work shines. The focus? Always on practical solutions that improve everyday life for people everywhere.
Innovative carbon dioxide storage research
One fascinating project involves investigating carbon dioxide storage in Swedish bedrock. Emelie Crafoord, one of the leading researchers, is digging deep—literally—to understand where CO2 can be stored underground. What’s more, she’s now moving forward to see how quickly the carbon dioxide actually turns into stone. This is groundbreaking stuff, marking the first time researchers have examined the potential for CO2 storage on Swedish land. The implications for climate change mitigation? Huge.
Resource-efficient wood sawing project
Another exciting initiative at Luleå University of Technology focuses on reducing sawdust during wood sawing. Researchers are demonstrating how to make the process more resource-efficient, which could mean less waste and better use of raw materials. It’s a smart approach that aligns with sustainability goals and shows how even traditional industries can benefit from innovative research.
Project impact aligned with Sustainable Development Goals (SDGs)
- SDG 7: Affordable and Clean Energy – through sustainable energy research
- SDG 9: Industry, Innovation, and Infrastructure – via industrial RDI projects
- SDG 13: Climate Action – with carbon dioxide storage studies
- SDG 15: Life on Land – by promoting sustainable forestry practices
- SDG 4: Quality Education – through high-quality research and learning environments
Celebrating academic excellence
Every year, Luleå University of Technology hosts an academic celebration that’s a big deal on campus. It’s when doctors and honorary doctors are promoted, and professors are officially installed. This tradition highlights the university’s commitment to academic excellence and recognizes the hard work and achievements of its scholars. It’s a moment of pride and inspiration for the whole community.
