Welcome Incoming Students

Solution methods for ordinary differential equations. First order equations, linear equations, and constant coefficient equations. Eigenvalue methods for systems of first order linear equations. Introduction to stability and phase plane analysis. Laplace transforms and series solutions to ordinary differential equations.

> Minimum number of 3 participants required.<

module description DE
 

Students will know the challenges and fields of action for designing global production and value-add-ing networks and will have knowledge of common methods and approaches for planning and control-ling these strategically and operationally.

Summer School students will be tasked with lecture specific project work.

module description GOP
 

Discrete event simulation of production systems is used to measure system performance based on process models. Topics include model formulation, performance evaluation, and data collection.

module description SPL
 

Fundamentals of Product Management, Methods of finding, analyzing and evaluation of industrial goods markets.

Summer School students enter this course for the pratical part and will solve case studies and industry projects in working groups.

module description TPM1
 

Students learn to understand the background of globalization, the interrelationships and characteristics of international management, and the opportunities and risks of internationalization for companies.

They are able to explain and analyze and compare the particular fundamentals of the corporate strategy of various globally operating companies in the past.Students get familiar with the specific challenges of international business development relevant for product development, techniques for  successful planning, implementation and control.

Summer School students will take part in lectures and project work (case studies).

module description IMA
 

Have fun in learning fundamentals of the German language for speaking skills, comprehension, pronunciation, and understanding the culture. You will join practical exercises i.e. in how to use public transport, order in a shop or restaurant.

Cultural programme or company tour included. Mandatory for all participants. 

module description CG

Learn differences in element types and choose right element for calculations. Understand procedures in a finite element software and be able to verify and interpret results.

module description FEA

Learn methods of computer based materials design and develp material databases. Simulate materials properties and design manufacturing processes.

module description MD

Learn about characteristics of laser beams, laser light and safety. Get to know machine tolls for laser processing (drilling, cutting, welding, heat treatment an gernative processes).

module description MPV 

Get capable to set up Python programs from given model equations. Learn about numerical libraries and their application on simple numerical tasks to overcome important mathematical obstacles in mechanical engineering problems. Verify calculations, solve mathematical models and simulate technical problems. 

module description ANM

Gain expertise in the field of computational fluid dynamics: setting up simulations, performing computations, post-processing of results and adaption of the simulation sotware to requirements. Learn to use open-source software OpenFOAM. 

module description CFD

Visit German course according the result of you placement test with language center of Hochschule Mannheim.

Module Code: Deu1 (B1) beginner,  Deu2 (B2,1) intermediate, DeuV (A1.2-A2.1) basics

• Faculty of Engineering & Management (WBI) - please note that CIC2 audit will not take place until 2025
• Faculty of Process Engineering: Process Simulation with Proii, Process Development in Chemical Industries, Phython, Quality Management in Plant Engineering