During the first half of 2020 I managed to ?secure? three long-term contracts (to run during 2020 and longer) with agreed starting dates, however, due to the COVID-19 situation, a start didn?t take place, all three projects broke away one by one

·       Performing the integration of specific audio work products as part of a complex overall integration process and testing the model behavior against requirements each time. 

·       For the testing activities I initially used some of the existing test benches of the testing team. However, since our team required a dedicated test bench for the audio processing modules, I was appointed to assemble a new test bench and put this into operation.

·       Creating the documentation of all required procedures (workflows) with all those numerous details required, including alternative routes, and variants of the required ways of integration and testing.

Tools: Perforce, git, Agile, Python, Confluence, Linux systems for build, XMind

·       Analysis and improvement of requirements related processing. 

·       Analysis and improvement of stakeholder requirement documents, creating new and improving existing SW requirements of Radar development. 

·       Supporting the improvement of processing regarding ASPICE quality demands along with the migration of the environment related to ASPICE processing. 

·       Developing Python and LaTeX code for the Automation Team and improving the integration process to automate the creation of SW release notes.

Tools: PTC Integrity, ASPICE-3, E.Architect, Python, Agile SCRUM, XMind

·       Analysis and improvement of requirements related processing. 

·       Incorporating customer requirements from various document formats. 

·       Creating new and improving existing requirements in DOORS modules. 

·       Improvement of existing, and creation of new DOORS modules regarding ASPICE quality demands. 

·       Investigating into EU regulations and international standards concerning lighting related requirements.

·       Supporting the migration of the DOORS environment and participating in the development and migration of the ASPICE related processing. 

·       Python scripting for the filtering and analysis of requirements data.

Tools: DOORS, ISO 26262, ASPICE-3, E.Architect, Python, Agile SCRUM, XMind

·       Static Testing, Analysis of requirements, use cases, and HMI source code (manual analysis), static code approval (Klocwork: tool-based code analysis).

·       Creation of problem reports, reviews and improvement of involved tools and documents, and creation of Python scripts for the purpose of source code analysis. 

·       Evaluating HMI use cases against requirements, C++ source codes and other existing design specifications.

Tools: DOORS, Klocwork, Synergy, Tree mapping, VMware virtualisation, Lotus Notes, Python, HMI, Connectivity, Embedded SW, Qt, QML, Linux, E.Architect, XMind

·       Analysis of structures, linkage and consistency of test cases and system requirements (SRS). 

·       Identifying, verifying, and classifying technical content due for clarification, those were to be communicated to the respective functional owners. 

·       Documenting existing branches and inter-relationships of functional areas among Garmin's and the customer's project- and platform structures (Connecting the relevant features in lists of tree structures).

Tools: DOORS, Polarion, Confluence, E.Architect, MindManager

·       Analysing and adapting existing HMI requirements and specifications of the Car infotainment, HMI system, developed at JCI. 

·       I worked on EB Guide models delivered by the client. In particular, I frequently used EB Guide to process and adapt the delivered models to conform to the JCI internal procedures and processing. 

·       Improving, establishing and documenting the complex procedure of adapting the EB Guide models to the JCI process.

Tools: DOORS, UML, EB Guide, CANoe, some proprietary JCI internal tools, XMind

Aug 2010 to June 2011

Bosch Automotive

Position: IT Analyst, Requirements Manager, Systems Engineer (Steering)

·       Analysing and producing SW requirements specifications of steering systems. 

·       I investigated into relevant ISO standards and compiled a large documented tree of ISO standards, related to the corresponding car brands, projects, and time frames. That tree was supposed to be used among diverse projects (car brand neutral). 

·       The diversity of URS documents (User Requirements Specification) got analysed and adapted, integrated into Bosch's own SRS (System Requirements Specification), required to communicate with and understand the needs of customer teams based in the USA, India, Italy, and Japan. 

·       This included language translation and interpretation for each improvement cycle. 

·       I produced diverse requirements specifications (SRS) plus other documents.

Tools: DOORS, ISO 26262, Translation tools, MindManager

·       Analysis of diverse specifications, mainly the analysis of the existing and production of new HMI/MMI User Interface (UX) specifications of the Japanese part of the BMW HMI system. That involved creating new SRS in DOORS.

·       I modelled an analysis tree map including linkage to existing documents of the project, which provided a complete overview of that part of the HMI. This way it was possible to identify missing or redundant parts, which were otherwise hard to spot since the BMW HMI system at that time was extraordinary complex. 

·       I was involved in HMI UX related meetings with Japanese team members of BMW Japan. 

Tools: DOORS, MS Office, OmniGraffle, Visio, MindManager

(Details on request)

BA:  Besides development, I've got involved as IT Analyst for:

User interface issues, usability, analysis, proposals, design, prototyping, facing clients, traveling, trouble shooting, tool chain, configuration management, project management, requirement specifications, documentation, serving clients, support.

SW: Software development mainly included: 

- Embedded projects (C, Forth, Assembler, Electronics, Micro controller)

- PC based software applications (C, C++, Forth applications on DOS, and Windows GUI applications)