Max Planck Institute for Sustainable Materials
Shaping the materials that enable a climate-neutral future
The Max Planck Institute for Sustainable Materials in Düsseldorf, Germany, is a leading research institute dedicated to developing advanced materials for a more sustainable world. Its scientists investigate how the structure of materials determines their properties and how this knowledge can be used to design more efficient, durable, and environmentally friendly technologies. From energy systems to infrastructure and mobility, the institute’s research addresses some of the most pressing challenges of our time.
At a glance
- Focus: Materials science - understanding and designing advanced materials
- Mission: Enable sustainable technologies through materials innovation
- Approach: Interdisciplinary research combining physics, chemistry, metallurgy and informatics
- Location: Düsseldorf, Germany
- Organisation: Part of the Max Planck Society
What we do
At its core, the institute studies materials science — the field that explores how the internal structure of materials influences their behaviour and performance.
Researchers investigate:
- How atoms arrange themselves in metals and other materials
- How defects and interfaces affect strength, conductivity, and durability
- How materials respond to extreme conditions such as heat, stress, or corrosion
This knowledge allows scientists to design materials with tailored properties, optimised for real-world applications.
Why materials matter
Materials are at the heart of nearly every technology. They determine how efficiently energy is generated, stored, and used - and how long products and infrastructure last.
Materials production is also responsible for a significant share of global CO2 emissions. For example: the conventional nickel production emits around 20 tons of CO2 per one ton of nickel, while nickel being essential for batteries and stainless steel.
Improving materials is therefore a key lever for reducing environmental impact.
The institute’s research contributes to:
- Lower-emission industrial processes
- More efficient energy systems
- Longer-lasting and more recyclable materials
Our research approach
The institute follows a strongly interdisciplinary approach, bringing together expertise from multiple scientific fields:
- Physics: to understand fundamental mechanisms at the atomic scale
- Chemistry: to control composition and reactions
- Metallurgy: to design and process metals and alloys
- Informatics: to save time for experiments and interpret data more efficiently
Using advanced experimental techniques and computational methods, researchers connect atomic-scale insights with real-world performance.
Key research areas
The institute’s work spans a broad range of topics within sustainable materials research, including:
Structural materials
Developing strong, lightweight, and durable materials for infrastructure and transportation.
Functional materials
Designing materials with specific electrical, magnetic, or thermal properties for energy and technology applications.
Interfaces and defects
Understanding how the inner structure and imperfections influence material behaviour.
Sustainable materials design
Creating materials that reduce environmental impact across their lifecycle.
Our impact
The Max Planck Institute for Sustainable Materials bridges basic science and real-world use. The institute’s research contributes to technological advances in:
- Energy generation and storage
- Sustainable manufacturing
- Mobility and infrastructure
- Resource efficiency and circular materials
- Development of advanced microscopy and materials’ analysis methods
Our Values: Diversity, Respect, and Sustainability
At MPI-SusMat, our mission goes beyond science. We strive to create a community built on trust, respect, and inclusion, where everyone can thrive regardless of background, identity, or perspective. Diversity fuels creativity and strengthens collaboration, helping us tackle complex challenges in materials research.
We are equally committed to sustainability in everyday life. From campus operations to collaborative projects, we seek to minimise environmental impact while advancing solutions for a greener future. Initiatives like Team Green encourage sustainable practices across the institute, reflecting the same care and responsibility that guide our research. By fostering an inclusive, respectful, and sustainable environment, we aim to empower people and science alike.
Check out our open positions to join our team!
Part of the Max Planck Society
The Max Planck Institute for Sustainable Materials is part of the Max Planck Society — one of the world’s leading organisations for fundamental research.
This environment fosters scientific excellence, long-term thinking, and the freedom to pursue innovative ideas.
Our Key Research Topics
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