Program Overview

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Program Overview

The Chemistry master's program at Technische Universität Berlin is designed to provide students with advanced, specialized knowledge in experimental and theoretical chemistry. Building on the skills and knowledge acquired in their undergraduate program, students gain a comprehensive understanding of chemical processes, including areas where chemistry intersects with other scientific disciplines. The program also offers an overview of the application of computers in chemistry.

Program Details

• Degree: Master of Science
• Standard period of study: 4 semesters
• Credit points: 120
• Program start: Summer and winter semester
• Admission: Open admission
• Language of instruction: German

Admission Requirements

Applicants must provide proof of a first university degree qualifying them for professional work in chemistry or an equivalent natural science discipline. For applicants with a foreign school-leaving certificate, proof of German skills at a specific level is required. Knowledge of English is useful, as some courses may be offered in English and professional literature in chemistry is often published in English, but it is not a condition for admission.

Program Structure

The program includes a proposed course schedule that serves as a recommendation for completing the degree within the standard period of study. This schedule is not mandatory but provides an example of how to successfully plan studies. The most current version of the study and examination regulations applies to applicants.

Study and Examination Regulations

The regulations outline the structure and requirements of the program. Current and older versions of the regulations are available, with the current version applying to university applicants.

Content and Modules

The Chemistry master's degree program consists of modules that combine curriculum content on specific topics, often including various study and teaching formats. A module list offers a current overview of all modules, detailing which are mandatory and which are elective. Detailed module descriptions provide information about content, learning objectives, participation requirements, workload, type of assessment, and more.

Internships

A non-university internship is not required for the program.

Stays Abroad

The proposed course structure allows for the opportunity to complete a study-related stay abroad within the standard period of study. The Faculty provides assistance with selecting a university and scheduling.

Acquired Skills

Graduates possess advanced scientific training and practical skills in chemistry, with a comprehensive understanding of various fields, including organometallic and complex chemistry, synthesis chemistry, and physical chemistry. The program emphasizes the acquisition of transferable key skills, such as social skills, critical thinking, and the ability to conduct independent scientific work responsibly.

After Graduation

The master's program qualifies graduates for professional work in chemistry and related fields, such as basic and industry research, technical operations, or roles in industry and administration. Completion of the program also qualifies graduates to pursue a doctoral degree, particularly in natural science or technical disciplines. Many graduates choose to pursue a doctoral degree, with 80-85% acquiring a doctorate.