Armand Chrystel Moutchiho

Improvement of design patterns between HMI and navigation system Further development of features Analyzing and solving defects in navigation systems Hardware in the loop testing Expansion of the interfaces of the diagnostic services Requirements and feasibility analyses Conduct testing and troubleshooting Documentation of the development processes (C++/QT/QML/GIT/UBUNTU/VMWare/CMAKE/Conan/Hardware-in-the-Loop/Gmock/ASCIIDoc/Doors/polarion....)

Integrate Generated Codes in Adaptive Autosar Environment and Test Functionalities on Hardware Build Rasperry Pi Images with Yocto & Bitbake for App Integration Model & Implement SomeIP Service based Communication Assess Deployment & Integration Technology from vector for future Projects (Matlab/Simulink, Visual Studio, Jira/Confluence, Adaptive Autosar, Yocto, Some-IP, Docker)

Extension of patient safety monitoring concepts for Computer Tomography Optimization of Models validation processes Quality assurance through integration tests and MIL, SIL, PIL tests Debugging and improvement of the test IDE Defect Analyze, Develop and Test Solutions (Simulink, VS Team Foundation Server, Matlab, Java, SVN, DOORS)

Analysis of optimization Algorithms and possible implementation variants, Feasibility Analysis, Software Architecture Design, Parallel processing, Technical Requirements Specification, Implementation of Optimization Algorithms, Quality Assurance, Documentation, Defects Detection and Debugging (Linux target platform), Deployment (C++, Visual Studio, Eclipse, Gurobi solver, SonarQube, Enterprise Architect, Jira, Git, Confluence)

Modelling GPS Communication Client in Matlab\Simulink

Design and Development of Functions for Sensor Data Fusion and Environment Modeling; Contains: Features Specification and requirements Analysis -Agile and cooperative Functions Concepts Design, Implementation, Simulation and Tests - Quality Management .

Develop a compound, portable and intuitive software system allowing the business manager to administrate, organize, configure, supervise and monitor her Employees, Inventory, Customers\patients (and their payments forms), as well as to: - automate scheduled communications to customers and automate payment transactions during defined delays - warn allowed users - provide Business analysis functions - support of flexible payment methods.

- Client goal analysis and further specification - Development of a realistic driver model for audi in order to assess humain behavior in front of new advanced drive assist systems - Development of driver c++(Tool ADTF) based communication and multisensor data fusion interfaces with a 3d circulation simulator(VTD) - Mentoring of research students( example: Development of a new lateral controler)

- Development of clients specific extensions of Bosch ESP system - Module and system integration, tests as well as review and version management - Team coordination.

Optimal adaptive and predictive control of hybrid vehicles

Developed a simulation tool in Matlab/Simulink by the team for quality and hybrid concepts to determine the performance of vehicles with conventional and hybrid drive concepts

Developed parts of a test environment in Matlab / Simulink/C and Targetlink, which is being already productively used by BMW

Software-Engineering, Modeling/Simulation and optimization of mechatronic and intelligent systems, System & Control, digital image processing Robotic