Student and Alumni experiences - Sustainability Science: Resources, Materials and Chemistry

24.03.26 With a background in Applied Chemistry and Environmental Engineering, Muhammad Umer came to Leuphana to deepen his understanding of sustainability challenges from different scientific perspectives. In the Master’s program Sustainability Science: Resources, Materials and Chemistry, he especially values the interdisciplinary and research-oriented approach.

Why did you choose to study Sustainability Science: Resources, Materials and Chemistry?

I chose to pursue the Master’s program in Sustainability Science: Resources, Materials and Chemistry due to its strong integration of chemical sciences with sustainability oriented resource management. With my academic background in Applied Chemistry and Chemical Technology, particularly with a specialization in Environmental Engineering, I developed a keen interest in addressing environmental challenges through scientific and technological approaches. This program offers a systems oriented perspective, combining material flow analysis, green chemistry principles, and sustainable resource utilization. It aligns closely with my goal of contributing to sustainable industrial processes, circular economy strategies, and environmentally responsible material design.

What were your expectations before you started your master’s degree at Leuphana, and what do you like most about Sustainability Science: Resources, Materials and Chemistry?

Before starting my studies, I expected the program to provide a multidisciplinary framework that bridges chemistry, environmental science, and sustainability policy. I was particularly interested in gaining exposure to advanced analytical tools, life cycle assessment methodologies, and sustainable material development. What I appreciate most about the program is its interdisciplinary structure, which allows students to explore complex environmental problems from multiple scientific and socio economic perspectives. The emphasis on real world applications, combined with research oriented teaching, has significantly enhanced my critical thinking and problem solving abilities.

What did you study before starting your master’s degree, and how were you able to build on your previous studies?

Prior to my master’s degree, I completed a Bachelor’s in Applied Chemistry and Chemical Technology, with a specialization in Environmental Engineering. My undergraduate studies provided a strong foundation in chemical processes, environmental monitoring, wastewater treatment, and pollution control technologies. This background enabled me to effectively engage with advanced topics in sustainability science, such as resource efficiency, environmental impact assessment, and sustainable material cycles. The transition was smooth, as I was able to build upon my prior knowledge and apply it within a broader sustainability framework.

How did you find adjusting to the new disciplines in the program?

Adjusting to the interdisciplinary nature of the program was initially challenging, as it required integrating knowledge from chemistry, environmental science, and socio economic disciplines. However, this challenge also proved to be highly rewarding. Through collaborative projects, seminars, and coursework, I developed the ability to approach problems from multiple perspectives. Over time, I became more comfortable with systems thinking and interdisciplinary methodologies, which are essential for addressing complex sustainability challenges.

What do you particularly like about the campus and the city of Lüneburg?

The campus environment at Leuphana is modern, well structured, and highly conducive to academic work. The availability of research facilities, study spaces, and a collaborative atmosphere greatly supports student learning. The city of Lüneburg offers a unique combination of historical charm and a peaceful environment, making it an ideal place for focused academic study. Its sustainability oriented initiatives and student-friendly atmosphere further enhance the overall experience.

What is the relationship like with other students and lecturers?

The relationship between students and lecturers is highly interactive and supportive. Lecturers are approachable and encourage open discussions, critical thinking, and active participation. Students come from diverse academic and cultural backgrounds, which fosters a collaborative learning environment. Group work and interdisciplinary projects have helped build strong professional and academic relationships among peers.

Leuphana sees itself as an inter- and transdisciplinary university. The orientation of your study program is also interdisciplinary. How do you perceive this?

The interdisciplinary and transdisciplinary approach is one of the core strengths of the program at Leuphana. It enables students to integrate scientific knowledge with societal and policy related dimensions of sustainability. I perceive this approach as highly effective in preparing students to tackle real world challenges, where solutions require collaboration across disciplines. It enhances not only technical expertise but also communication and systems thinking skills.

Are there any tips you can give new Sustainability Science: Resources, Materials and Chemistry Master’s students, that you would have loved to know at the start of your studies?

New students should be prepared for an interdisciplinary learning environment and remain open to concepts beyond their primary field of study. Developing strong time management and research skills is essential. I would also recommend actively participating in group discussions, networking with peers, and engaging with faculty members. Familiarity with tools such as life cycle assessment software and data analysis techniques can be highly beneficial from the beginning.

Who would you recommend the Sustainability Science: Resources, Materials and Chemistry Master's program to, and what difference can SRMC graduates make?

I would recommend this program to students with backgrounds in chemistry, environmental science, chemical engineering, food science or related fields who are interested in sustainability and resource management. Graduates of the SRMC program are equipped to contribute to sustainable development by designing environmentally friendly materials, improving resource efficiency, and supporting the transition towards a circular economy. They can play significant roles in academia, industry, and policy making.