The future is green. In both the energy and environmental engineering sectors, issues such as sustainability, resource conservation, recycling, and decentralization of energy supply and storage are of paramount importance. The master's program in Environmental, Process & Energy Engineering provides practical engineering training with excellent career opportunities in green technologies. In addition to specializing in the core areas of process engineering, students can choose from a variety of electives to specialize in their desired disciplines, such as plant engineering, chemical engineering, energy engineering, or environmental engineering.
With this promising degree program, you will be ready to face the challenges of tomorrow!
Specializations
By choosing respective areas of specialization, the students of the program can deepen their interests and obtain advanced knowledge of Plant Engineering and Operations, Chemical Engineering, Energy Engineering, or Environmental Engineering.
Specialization Plant Engineering
The Plant Engineering and Operations module represents one of the core areas of modern process engineering. Subjects to be discussed here are automation engineering, logistics, and plant design, with a particular focus on computer-aided design.
Specialization Chemical Engineering
Chemical Engineering is positioned at the intersection of chemistry and process engineering, thus, addressing central issues of industrial scale-up, chemical product design, advanced catalysis, and polymer chemistry.
Specialization Energy Engineering
The Energy Engineering module provides students with advanced knowledge of technologies for the efficient, safe, environmentally friendly, and economic conversion, storage, and utilization of all forms of energy.
Specialization Environmental Engineering
Environmental Engineering deals with technical procedures for the protection of the environment and the development of respective technological measures. The general focus is, thus, on water and air pollution control, residual waste treatment, and systems analyses.