Computational Chemistry, Master of Science

Who is the Master's in Computational Chemistry suitable for? – Target group and requirements at a glance

With the Master's program in Computational Chemistry at Wilhelm Büchner University, you are addressing everyone who wants to apply innovative methods of computer chemistry in research or industry. The program offers a profound understanding of quantum chemical simulations, organic and inorganic chemistry, as well as computer science-related applications. The target group primarily consists of graduates of a related undergraduate degree who want to expand their knowledge - such as natural scientists, chemical engineers, and professionals from laboratories, development, and applications who wish to qualify for computer-aided analysis and simulation methods. Also, individuals working in automotive engineering, the energy industry, or the aerospace sector who want to complement their skills with computer-based methods benefit from the practice-oriented profile of this distance learning program.

What are the formal admission requirements for distance learning?

• Successful completion of a Bachelor's degree (minimum of 6 semesters of regular study time) in the field of chemistry or an equivalent engineering or scientific program that imparts comparable skills.
• Graduates of relevant Bachelor's programs with 7 semesters may be able to have up to 30 ECTS credits recognized, thus shortening the course of study.
• There is no NC (numerus clausus); access is granted without selection processes and regardless of the grade of the initial degree.
• Professional experience in the relevant field is explicitly welcomed and can be positively considered in the assessment of admission requirements.
• Prior academic or extracurricular achievements can be credited upon request, reducing study costs and time.

What personal requirements and skills should interested individuals bring?

• Solid basic knowledge in fundamental areas of chemistry (inorganic, organic, physical) and basic knowledge in adjacent natural sciences or engineering.
• Interest in complex relationships and enjoyment in analytical, systematic work with scientific issues.
• Affinity for working with digital tools, software for chemical simulations, and willingness to engage with basic informatics.
• Independence, discipline, and the ability for self-study: Distance learning demands organizational talent and self-responsibility, as the pace and workload can be individually determined.
• Ability to work in a team and communication skills, especially in the context of online projects, research activities, or virtual laboratory phases.
• Good English skills are advantageous as specialized literature is often available in English.

Computational Chemistry in Distance Learning: Content and Focus

The Master's programme in Computational Chemistry at Wilhelm Büchner University provides you with a solid understanding of computer-aided chemical research and analysis. The focus is on the application of modern simulation and computational methods to investigate chemical processes and structures.

What will you learn specifically?

• Foundations of Quantum Chemistry: You gain deep insights into quantum mechanical methods and their significance for modern chemistry.
• Numerical Methods: You learn to apply software tools and mathematical methods for simulating molecules.
• Organic, Inorganic, and Organometallic Chemistry: In-depth modules with additional lab components prepare you for practical requirements.
• Kinetics and Catalysis: You analyze reaction mechanisms and deal with modeling reactive systems.
• Statistical Thermodynamics and Molecular Dynamics: Statistical models are used to capture thermodynamic properties and understand processes at the molecular level.
• Chemical Energy Storage and Electromobility: You engage with innovative storage technologies and their chemical fundamentals.
• Research Project and Master's Thesis: Independent scientific work in which you practically apply your knowledge in a research-oriented manner.
• Elective Module: You can choose individually from areas such as toxicology, bionics, raw material chemistry, quality management, project management, or technological business start-ups to specialize systematically.

Through the use of Monte Carlo and other simulation methods, you can analyze chemical processes in a virtual laboratory and explore the diverse possibilities of digitized chemistry.

How is the Computational Chemistry Distance Learning Programme structured?

The Master's programme is modular and designed to last for 3 semesters (18 months). You determine your individual learning pace and can flexibly take the modules according to your level of knowledge. You work on the study materials through self-study, supported by digital tools, instructional videos, webinars, and a modern online campus with a personalized AI learning assistant (KILEA).

• 1st Semester:
  • Operating Systems and Computer Architecture
  • Structures in Complexes and Solid State
  • Computational Inorganic Chemistry with Lab
  • Chemistry of Energy Storage in Electromobility
  • Numerical Methods in Quantum Chemistry
• 2nd Semester:
  • Organometallic Chemistry
  • Kinetics and Catalysis
  • Computational Organic Chemistry with Lab
  • Research Project
  • Elective Subject
• 3rd Semester:
  • Master's Thesis

Each module concludes with an examination (written exam, essay, or oral exam). Many exams can be taken online. Especially flexible: You can extend the study duration by up to 9 months free of charge.

Your Prospects after Completing Computational Chemistry Studies

With a Master of Science in Computational Chemistry, you are qualified for challenging activities at the interface of chemistry and IT. Your expertise is in demand in research, development, and industry.

• Chemical Companies: Development and analysis of new compounds, computer-aided reaction mechanisms.
• Automotive, Aerospace and Space Industry: Material development, surface analysis, simulation of chemical processes.
• Energy Industry: Research on innovative storage technologies and energy materials.
• Academic or Industrial Research: You work on current issues and contribute to the development of new technological solutions.
• Consulting, Project Management, and Quality Assurance: With a possible specialization in management elective modules, you can also pursue a path into cross-cutting coordination or leadership roles.

Study Flexibly: Your Study Location is Online

The study is entirely conducted in distance learning - you are not bound to a fixed location and can work on the modules at your own pace. Thanks to the digital campus and online exams, you can participate worldwide. On-site presence is minimal and can be easily combined with work or other commitments.

Costs and Financing of Your Distance Learning Programme

There are various payment models: The monthly fee starts from 693 EUR (depending on the selected model). An advantage: For recognized previous achievements, approximately one monthly rate of the tuition fee is waived for every 5 ECTS credits.

• Flexible Payment Options: Choose between installment payments or a one-time payment.
• Shorter Study Time: Recognized previous achievements reduce the overall costs and study time.
• Support and Tax Benefits: Professional development costs are generally tax-deductible. Additionally, you can find out about funding opportunities such as the Aufstiegs-BAföG.
• 4 Weeks of Free Trial Studies: Test the study risk-free.