Stephan Morgenstern

Development of SW requirements for the Boot-loader SW and the application SW of Power Drive Units of the Beluga MDCLS. Development of start-up code and low level driver SW for the various HW interfaces of Microcontroller MPC5607B, Development of resident Boot-loader SW which starts application SW and allows SW update of Boot-loader SW itself and application SW by means of CAN-bus interface. Development of driver SW for the LED matrix and the VFD graphics display of the Control Panel of the MDCLS.

Project: A400M 'Door Control and Management System' (DCMS): Concept for automated testing of BITE monitors by means of BDM-debugger; update of software requirement specification; device drivers for HW-interfaces, start-up code, POST, various BITE monitors, cyclic test sequence, interactive BITE mode (ABD100); Data loading software (device drivers, data transmission protocol, flash programming); analysis of problem reports (resident and operational SW) of the DCMS; engineering tests in Python

Resident software for 'Mission Management Computer' (MMC) and 'Defense Aid Computer' (DAC) of the A400M. Adaptation and integration of resident software to HW modifications (Ansi-C; SW based on Green Hills RTOS INTEGRITY). Update of software requirement specification, performance analysis of functionality of the resident SW. Optimization of HW adjustments (caches, alignment, usage of HW functionality of Marvell PCI-bridge/system controller). Engineering tests of the resident software of the DAC in Python.

Project: A400M 'Door Control and Management System' (DCMS) Software development of device drivers for target HW-interfaces, start-up code and POST (project A400M DCMS was suspended by Diehl Aerospace GmbH)

Development of resident software for 'Mission Management Computer' (MMC) and 'Defense Aid Computer' (DAC) of the A400M. Requirements engineering, design, implementation and integration of proprietary device drivers and POST for MMC and DAC in C (partly assembly for PowerPC Architecture), engineering tests in Perl.

Development of target self-test functions for MPC565 (CPU core, exceptions, MIOS, QSMCM, TPU, TOUCAN, intrusive RAM test) and proprietary devices: AFDX, PLDs, discrete I/O, sensor interface modules (ELDEC). Development of new test concept for Basic PC-Software aimed to perform automated test sequences for Acceptance Test and Burn-In Test.

Electrical installations, fault clearing service of cranes and lifting equipment