Design Engineering

Approach

Together we find the appropriate solution.

When planning and designing new technology products, we prefer a holistic approach. Regardless of the industry, we provide you with our expertise in the following areas:

Software Design

We realize programming and development of software systems and create databases for you. Core competence of our project team in Darmstadt is embedded programming, software development and software implementation:

  • Requirement / test management
  • Specification and functional specification
  • Software architecture / integration
  • HiL, SiL, testing, verification, validation
  • Restbus simulation, diagnostics
  • Embedded programming
  • Real-time, microcontroller programming, driver development
  • Basic and application development
  • GUI / HMI / Web design, debugging

Take a look at the services offered by our Electronics & Software team in Aschaffenburg.

Out methods and tools PDF (1MB)

Head with binary code

Hardware design

Intelligent and innovative solutions - concept, circuit design, simulation. If required, we can also take care of prototype engineering, including the appropriate software.

  • Electronics development
    • Analog and embedded digital technology
    • Power electronicsk
    • Telecommunication engineering
  • PCB circuit design and simulation
  • Layout design
  • EMC consulting / simulation
  • Tools: Altium, Mentor Graphics, Eagle, VHDL, MATLAB/Simulink, PSpice, LTSpice
Digital technics

Mechanical design

Our team will be happy to support you in your projects on site at your company - or in-house in our company-owned technical offices in Aschaffenburg - in the areas of mechanical product development, plastics technology and in constructive mechanical engineering.

Read more about mechanical product design at WEBER

mechanical design

Functional safety

Safety functions of automated systems and new technologies such as artificial intelligence are essential to protect people from machines. Our experts work according to the principles of functional safety when assessing risks:

  • Risk analyses
  • Creation of security concepts
  • Analysis of the system architecture
  • Documentation/fault description
  • Safety requirements (SRS)
  • Safety Integrity Level (SIL or ASIL)
  • Operational measures
  • Design measures
  • Execution of FMEAs
  • Knowledge of DIN ISO 26262 standards

The aspect of functional safety is also part of system engineering as well as within IT.

Functional safety
Software design