Program Overview

Introduction to Computational Engineering Science

Computational Engineering Science (CES) is an interdisciplinary program that aims to equip students with the skills to tackle complex engineering tasks using efficient computer applications. The program combines technical understanding with in-depth knowledge of mathematics, computer science, and simulation techniques.

Program Structure

The program is structured into seven semesters, with the first four semesters focusing on broad foundational knowledge in mathematical, computer science, physical, and engineering disciplines. From the fifth semester onwards, students choose specialization modules. The sixth semester includes a project work, and the seventh semester is dedicated to the bachelor's thesis and an internship.

Semester Overview

• Semester 1: Simulation techniques I, materials science, mechanics I, mathematical foundations I, introduction to programming, measurement technology, and data analysis
• Semester 2: Mechanics II, thermodynamics I, mathematical foundations II, data structures, and algorithms
• Semester 3: Simulation techniques II, thermodynamics II or computer-aided material simulation, mathematical foundations III, software technology, high-performance computing
• Semester 4: Fluid mechanics I, mathematical foundations IV, introduction to applied stochastic, software development practical, mechanics III
• Semester 5: Control engineering, partial differential equations, software development practical, data analysis and visualization, elective courses
• Semester 6: Model-based estimation methods, numerical flow simulation, project work, elective courses
• Semester 7: Internship, bachelor's thesis

Life Beyond Studies

The program has a relatively small student body, with about 100 new students each year, allowing for a personal learning environment. Students can interact closely with professors, and there are regular meetings where professors listen to students' experiences and opinions to address any difficulties in the program. Each year group has a WhatsApp group for communication and forming study groups. Additionally, there are regular social events, such as Stammtische, where students can mingle with peers from higher semesters.

Examination Regulations

The examination regulations provide the legally binding framework for the study program, covering all aspects of examinations, including the types of examinations, registration and deregistration, grading, and more.

Credit Points and Grading

• The standard period of study is 7 semesters.
• 210 credit points (CP) must be achieved.
• The distribution of CP is as follows:
  • Mandatory area: 154 CP
  • Elective area: 24 CP
  • Project work: 5 CP
  • Internship: 12 CP
  • Bachelor's thesis: 15 CP
• The overall grade is calculated from the grades of the examinations (weighted according to CP) and the grade of the bachelor's thesis.

Examinations

• Lectures can be offered in English.
• In addition to the subjects specified in the study plan, additional modules can be registered (see FAQ -> Additional subjects).
• These can be included in the certificate on request but do not count towards the overall grade.
• Even students on leave are entitled to take examinations or achieve performances.

Project Work and Bachelor's Thesis

• The project work should not be carried out before achieving 60 credit points and is worked on in groups of 3-5 people over 4 months.
• The bachelor's thesis can only be taken after completing the project work and achieving 168 CP (including project work, excluding internship).
• The application for admission must be submitted in writing to the ZPA.
• The processing time for the bachelor's thesis is at least 8 and a maximum of 12 weeks.

Specialization

After the fourth semester, students have the opportunity to specialize in various areas.

Specialization Modules

• Students choose modules from six catalogs (General, Energy and Process Engineering, Materials Science, Mechanical Systems, Flow and Technical Combustion, Mathematics-Computer Science) that together have a scope of 24-28 CP.
• At least 12 CP must be chosen from the engineering science catalogs (all except Mathematics-Computer Science).
• The choice of subjects must be coherent, i.e., one or two subject focuses must be recognizable.

Choosing Specialization Modules

• The list of specialization modules can be found in RWTHonline.
• Additional modules can also be chosen.
• Once a combination of modules has been decided on, the study plan form can be downloaded from the faculty's website, filled out, signed, and then submitted to the professional field supervisor for approval.

Master's Program

The master's program consists of three areas (engineering sciences, mathematics, computer science), from which a focus area is chosen.

Master's Program Structure

• The rules for choosing subjects are the same as in the bachelor's program.
• Application forms can be found on the faculty's website.

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