Based on the ROS communications framework a higly automated (self-) driving car was being developed from scratch to pre-production.
Set up and maintenance of the internal/external network for a personnel of 15 people. Set up and maintenance of all participating hardware (computers, servers) and software, including 25 schooling computers.
Following the DO 178 B / DO 254 standards, managing and calibrating software, software and hardware test tools,and adapter firmware have to be designed, developed and/or customized.
The existing maintenance management system AW-RS has been ported to a new system,
and expanded with new functionality.
Software library for automatic power engine adapter tests. Development follows the DO 178 B / DO 254 standard.
Event-based simulation software core. Design and implementation of all different parts of the software, as well as tools for test and implementation.
Maintenance of the radiography digitizers CR25.0 and CR75.0 and development of CR35.0 and CR85.0
Design, implementation and documentation of firmware including user and web interface for a new generation of radiography digitizers (CR25.0); extension and redesign of the expert system for diagnosis.
Evaluation of changes on the target system of a software installation, especially changes in the environment of already installed software.
Extension with context help, a central framework control center for colors, sizes, labels, fonts, and new wrappers for non Unicode systems.