Teaching engineering knowledge.
Bringing hands-on experience to life.
Bring recognized calculation methods, current standards, and professional verification procedures directly into courses, exercises, and research projects.
From Calculations to Informed Technical Decisions
Students should not only understand calculation methods, but also be able to evaluate and document their results and apply them to real-world design tasks. This is precisely where MDESIGN combines recognized fundamentals with a professional work environment.
Instructors incorporate standard-compliant calculations into exercises and projects; Researchers make structured use of methods, parameters, and transparent results documents.
A learning environment for transparent engineering practice
MDESIGN supports the entire process, from data entry through evaluation to documented verification.
Making Calculations Easy to Understand
Sketches, diagrams, and 3D models illustrate relationships where they are relevant to the calculation.
Work with established principles
Calculation methods are based on current standards such as DIN, ISO, and VDI, as well as established technical literature.
Document Results Accurately
Configurable result documents support exercises, exams, term papers, and research projects.
Use Parameters Directly
Material, geometric, and performance characteristics are organized and readily available—without the need for time-consuming parallel searches.
Stay in the flow of learning
Information on input parameters, effects, and calculation steps is integrated directly into the application.
From Coursework to Thesis
MDESIGN campus can be flexibly integrated into a variety of teaching and learning scenarios. Students can follow along with calculations, check their own solutions, and document their results professionally.
Courses & Exercises
Teach calculation methods directly through real-world problems and work through them together, step by step.
Self-Study & Exam Preparation
Develop calculation methods independently, explore different approaches, and verify results systematically.
Projects & Theses
Systematically design structures and prepare reliable calculation reports for term papers and theses.
Research & Laboratory
Compare calculation results with experimental data and systematically examine technical alternatives.
Calculation Problems from Key Areas of Mechanical Engineering
From connection technology to plant engineering: Students work with tools they will encounter later in their engineering careers.
Machine Components & Materials
Design and evaluate other areas of calculation—such as Springs, beams, frames, and materials— in a practical manner.
Screws & Multi-Screw Joints
Check connections, analyze forces, and perform structural analyses.
Shafts & Warehouse
Shafts Design, optimize, and select the appropriate Roller Bearings .
Gearings & Gears
Calculate load-bearing capacity and compare design options.
Welded joints
Examine welds and evaluate alternative designs.
Plant engineering
Flange, Pipelines, Sealing , and consider pressure vessels in accordance with standards.
The specific scope depends on the agreed-upon MDESIGN -campus package.
A package for collaborative use at your educational institution
The Campus Package combines software access, updates, and support for faculty.
Concurrent Accesses
Campus license for one server with up to 200 concurrent users.
Licenses for Educators
Three additional licenses for lecturers, teachers, and research assistants.
Updates include
Updates to the licensed campus version are included.
Continuing Education Programs
Free participation for two people in various professional development programs.
Please verify the price, scope of services, terms, and promotional conditions against the current offer before publication.
How exactly is MDESIGN supposed to support your teaching?
Please discuss the planned use, the appropriate number of users, and the scope of the Campus Package directly with us.
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