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14 Master's degrees offered by the university
Physics - Component in the Master of Education
Students in the Physics - Component in the Master of Education from Heidelberg University focus on natural processes that are accessible to experimental exploration, measurement, and mathematical representation, and which are subject to universal laws.
Chemistry - Component in the Master of Education
Building on the Bachelor’s degree programme 50% in Chemistry with a teaching degree option, the specialised knowledge acquired will be expanded and strengthened. Further focus is placed on specialised didactics and chemistry experiments to be used in schools. Join the Chemistry - Component in the Master of Education at Heidelberg University.
Scientific Computing
The degree programme in Scientific Computing at Heidelberg University focusses on the development of methods and algorithms in applied mathematics and the implementation of these methods, using modern computer technology to apply them to actual situations.
Molecular Biotechnology
The degree programme in Molecular Biotechnology from Heidelberg University offers students a modern, interdisciplinary education in which the primary areas of focus are substance research, bioinformatics, and biophysical chemistry.
Physics
The broad and comprehensive education obtained by graduates of a Physics from Heidelberg University degree programme leads to a high demand for their skills in a wide variety of areas.
Mathematics
Students of the Mathematics programme at the Heidelberg University acquire the skill of abstract thinking required to understand mathematical texts as well as the mathematical terminology that is necessary to ensure precise communication. On this basis, they further learn to independently acquire, apply and develop mathematical methods.
Physics
The broad and comprehensive education obtained by graduates of the Physics degree programme from Heidelberg University leads to a high demand for their skills in a wide variety of areas. Potential career options range from research and development at universities, research institutions, and in industry to positions in IT and communications firms or in management consultancy.
Biology - Component in the Master of Education
Biology considers the networked systems of the biosphere. It primarily considers human life and can therefore be considered an essential science. Join the Biology - Component in the Master of Education programme at Heidelberg University.
Medical Biometry (Biostatistics)
The Medical Biometry (Biostatistics) programme from Heidelberg University provides students with the methodical skills required to plan, conduct and evaluate clinical studies. In addition, they learn how to apply these skills in concrete research projects.
Molecular Biosciences
The Molecular Biosciences degree programme at the Heidelberg University provides students with an opportunity to continue their academic careers in their chosen field of Biosciences.
Biochemistry
The Master’s degree programme in Biochemistry at Heidelberg University considers the theoretical and practical foundations of modern biochemical research, thereby equipping students with the knowledge and skills they require to work independently in a research context.
Molecular Systems Science and Engineering
The Molecular Systems Science and Engineering at Heidelberg University aims to equip students with the knowledge and skills necessary to explore the complexities of molecular systems through the lenses of Physics, Chemistry, Materials Science and the Molecular Life Sciences.
Matter to Life
The main focus areas in the Matter to Life programme at Heidelberg University are molecular systems chemistry and engineering. The subject provides a multidisciplinary education as it comprises not only chemistry but also topics associated with physics, molecular systems, engineering and life sciences.
Data and Computer Science
Students of Data and Computer Science programme from Heidelberg University focus on the planning, modelling, design and implementation of complex software and hardware systems and processes.