Core courses provide a solid foundation, encompassing essential aspects of green chemistry, sustainability, and the circular economy. Complementing these courses is a specialisation section, offering students the opportunity to delve into application-oriented research topics. “Elective courses can be chosen from topics on design, synthesis, reagents and feedstocks, as well as processes and utilisation,” adds Professor Hettegger. “The entire spectrum from the design of a chemical/material/process to recycling and degradability is taught in the context of green(er) and more sustainable chemistry.”

The journey is just as holistic as it is structured. Through experiential learning, students on this route delve deeper into specific areas of green chemistry that resonate with their passions and professional goals. Laboratory exercises are frequent, as are trips to industrial plants across Austria and visits from industry experts. “There are also a variety of research internships at the three universities, where students are directly involved in current research topics,” says Professor Hettegger.

As our population grows, so does the need for more energy, food, medicine and everyday goods. The challenge lies in supplying these necessities without burdening the environment and fueling greenhouse gas emissions. A brainchild of BOKU, Vienna University of Technology (TU Wien) and the University of Vienna, the Master's Programme in Green Chemistry was designed to advance the chemistry field’s problem-solving capacities and to produce professionals who can address today’s challenges while preparing for tomorrow’s.

“The development of new chemical substances and methods can significantly contribute to solving all of these complex problems,” explains chemist, researcher and programme coordinator Hubert Hettegger. “However, it is essential to follow the principles of green chemistry while considering the broader consequences of change in their application to produce innovations for sustainable development.”