From the beginning I was involved in various technical and client facing roles. I had the great opportunity to be part of one of the best IT companies in the world in a team of great characters. I used this chance to grow not only technically, but also personally. The most innovative project I was involved in included a mobile robot, a lot of sensor data an enormous amount of problems to solve. I was responsible to design and implement the virtualization of several ROS applications on one single controller. Further, we managed it as a team to implement SLAM and object detection in the same fashion and deliver a robotic solution with high throughput from prototype to production.* Reference Implementations for the development of AWS strategies inside IBM* Software Engineer in several customer facing consulting projects* Integration of IoT Solutions using Azure* Cloud Native Application Development using state-of-the-art technologies and different programming languages including Java, Python and Google Go Lang* Robotic software implementation using ROS* Machine Learning model design and go-to production using TensorFlow and OpenCV* Code review, bug fixing and refactoring of production site management software

I had the responsibility to design and coordinate the implementation of a reference architecture to model virtual manufacturing process simulation and testing. Further, I was responsible for the implementation of a virtualization container to abstract manufacturing and simulation software. The results were used by the accompanying research paper of the Institute for Control Engineering of Machine Tools and Manufacturing Units (ISW) of the University of Stuttgart.* Design of a Micro Service base manufacturing process simulation platform* Coordination of 7 developers* Graph Database and parameter modelling* Virtualization of simulation tools in a generic manner* Technologies used: Spring Boot, Google Go Language, SQL, NoSQL, Docker, Kubernetes, Kafka, Google Protobuf, Netflix OSS, Consul, Vault, MicroProfile

I was able to work in the research center for autonomous driving in the field of hardware-software partitioning. Furthermore, I was significantly involved in the research of algorithms for real-time communication between processors with different ASIL levels.* Paper research and theoretical modelling of algorithms for partitioning* Implementation of a mapping generator using Open Source technologies to enable virtual performance testing of the latest algorithms* Graph theoretical research

For nearly two years I had the great opportunity to work on the modelling and implementation of a cloud manufacturing platform. The platform was implemented using Microservices, Java Spring Boot, Docker, Kubernetes, RabbitMQ and the Netflix OSS stack. The project result was used as a reference implementation of the accompanying two papers by the Institute for Control Engineering of Machine Tools and Manufacturing Units (ISW) of the University of Stuttgart.* Technological decisions for the backend implementation and technology stack used* Architecture and Interface design of all components* Modelling of Adapters to later support OPC UA* Integration of a physical machine-tool to the cloud platform using OPC UA* Operationalization of the whole architecture and shifting to real-world constraints including multi-cloud scenarios.

I was involved in the architectural and algorithmic design and implementation of a mobility cloud platform, which aggregates vehicle data and provides end users with the capability to monitor the vehicles routes, fuel consumption and further parameters.* Implementation of Cloud Native Backend Services using Spring Boot and Java* Calculation and transformation of raw vehicle data by the OBD standard* Simulation of vehicle ride performance* Data analysis and algorithmic solution of problems concerning the fuel consumption calculation

As a Software Engineering and Cloud Architect I was involved in various customer facing roles and development projects. The main technologies and solutions used in these projects were Java, Python, VMware vCenter and SharePoint as well as the Microsoft Server Infrastructure.* Modelling, planning and programming of cloud native business applications* Consulting, planning and implementation of cloud migration projects* Conceptual design and implementation of IT projects in the educational environment in cooperation with the state of Baden-Württemberg