This interdisciplinary Master's is designed for graduates with backgrounds in chemistry, bioengineering, environmental engineering, pharmacy, biochemistry or related fields who want to place chemistry at the centre of sustainability solutions. It is the first professional programme of its kind, framing chemical knowledge within the broader social, economic and environmental challenges of the 2030 Agenda. The course equips students to understand how chemistry operates from the molecular level up to global material and product flows, and how it can actively contribute to the Sustainable Development Goals.
The curriculum goes beyond classical Green Chemistry by combining technical, regulatory and systemic perspectives: molecular design of products, life-cycle and material-flow thinking, alternative business models, sustainability assessment tools and international regulation are all covered, alongside strategies to lead and implement change. Teaching and mentoring come from a mix of international academics, governmental bodies, NGOs and industry experts, giving students direct exposure to different sectors and practical approaches.
The programme uses a blended/distance-learning format with several intensive two-week on-campus sessions at Leuphana University Lüneburg that include lectures, seminars and laboratory work. Students apply what they learn through individual project work and a Master’s thesis, and have structured opportunities to build an international professional network. If you prefer to sample the content before committing to the full degree, the university also offers two certificate courses that let you take selected modules.
Key facts and entry information (from programme description)
This programme is delivered as a blended distance-learning degree: most teaching (lectures, seminars and small-group discussions) is carried out online, while several intensive two‑week on-site blocks bring students together at Leuphana University Lüneburg for face-to-face lectures, laboratory practicals, seminars and networking. Practical laboratory work and direct interaction with faculty and peers are concentrated in these on-site weeks. Study culminates in a project in the third semester and a written Master’s thesis in the fourth semester, which is presented and discussed during the final on-site session.
The study plan comprises eleven core modules, one project module and one interdisciplinary complementary module. The project module (“Chemistry, Sustainability and the 2030 Agenda”) lets students apply theoretical knowledge to a substantive, real-world challenge; the Master’s thesis completes the curriculum and is defended or discussed in a plenary final meeting. The blended format is designed to combine the flexibility of distance learning with hands-on laboratory training and cohort-building on campus.
Graduates will acquire both conceptual and practical skills needed for sustainable chemistry: understanding core concepts of sustainable and green chemistry; assessing environmental fate, toxicology and ecotoxicology; using modelling tools to predict chemical properties; designing “benign-by-design” solutions; and evaluating resources, recycling and circular-economy strategies. The programme also equips students to perform sustainability assessments, navigate chemical law and international regulations, and consider business models and strategic implementation—preparing them to translate chemical knowledge into policy, industry or research contributions connected to the 2030 Agenda.
Requirements and key components (concise)
You should hold a first university degree (for example a Bachelor's) in chemistry, chemical engineering, bioengineering, environmental engineering, pharmacy, biochemistry or a closely related field. In addition to your academic background, the program requires at least one year of relevant professional experience and a high level of English proficiency.
When you apply, you will need to submit several documents to verify your qualifications. These include a completed and signed application form, a CV, a certified copy of your first university diploma, evidence of the required professional experience, and proof of advanced English skills. International applicants should check the program website for details on acceptable language certificates, whether translations or notarisation are needed, and the full application procedure and deadlines.
Winter Semester (International)
10 December for the following summer semester
Summer Semester (International)
10 December 2026
Summer Semester (EU/EEA)
10 December 2026
Graduates are prepared for roles where chemistry and sustainability intersect, including positions in industry (product development, green chemistry implementation, sustainability teams), regulatory bodies and chemicals management, environmental consultancies, NGOs and international organisations. The programme’s focus on sustainability assessment, regulations and circular economy equips alumni to lead implementation of sustainable practices and to advise on compliance and strategic transitions.
Additionally, graduates may pursue research or academic careers in sustainable chemistry and related fields, or work in interdisciplinary teams on policy, lifecycle assessment, and sustainable supply-chain initiatives. The project work and international network facilitated by the programme can support transitions into consultancy, corporate sustainability roles, or further doctoral studies.