Development of cloud microservices to enable the integration of the in-house ERP product with online shops such as Shopify and Shopware, as well as online platforms like Amazon. In doing so, I actively contribute to the further development of the ERP E-Commerce module, which numerous customers use to manage their products in online shops and on Amazon directly from within the ERP software.Technologies: Nest.js, TypeScript, JavaScript, Jest.js, Postgres, Redis, RabbitMQ, Docker, Kubernetes, Rancher, GitLab CI/CD Pipelines, Continuous Deployment

The vision of Ohemaa Green Housing is to be the market leader for affordable housing in Ghana and potentially Africa as a whole. We do this by building houses from bricks made from recycled plastics, which allows us to reduce the cost of construction and reduce the setup time of houses by 50%.Our goal is to give the average Ghanaian person access to affordable and beautiful homes. In effect we want to redefine how people think about affordable housing.As we have demonstrated with our prototype at our marketing event in 12/2022 people find the looks of the house aesthetically pleasing and are willing to purchase once local production capacity is setup.Our target for the next six months is to secure the financing required to produce the recycled plastic bricks locally in Ghana.My contribution==============- Writing of business and financial plan- Establishment of strategic business relationships- Development of business strategy- Development of market entry strategy- Market research- FundraisingWebsite: https://www.ohemaagreenhousing.com/

- Writing of business and financial plan- Development of business strategy- Development of market entry strategy- Market research

- Writing of business and financial plan- Development of business strategy- Development of market entry strategy- Market research- Onboarding of pilot customers (speech therapy practices)- Finding speech therapy experts for the core team- Prioritizing features for the gibbi appWebsite: https://gibbi.eu/

- Programming activities within the AI development environment at "aiXbrain KI Factory" designed to develop, operate, and scale the machine learning models needed for customer projects. The implementation was done in the Python programming language, with a specific focus on the interface between customer data and the AI system.- Supervision of two AI projects for manufacturing companies, each evaluating the possibilities of improving their plant operations with AI through a multi-month proof-of-concept phase. This involved project management, regular communication with the client, and daily interaction with the aiXbrain development team.- Establishment and maintenance of the content marketing channel for aiXbrain GmbH based on the CRM platform Hubspot. This included conceptualizing the aiXbrain blog and the workflows for efficiently preparing, publishing, and tracking the success metrics of blog articles. Independent application of established processes and the enhancement of the content marketing channel through several consecutive campaigns.- Establishment of structured sales processes for cold calling new customers and their systematic documentation in the CRM platform HubSpot. Independent application of the established processes and improvement based on several consecutive campaigns.- Supporting the management in creating sales materials, preparing and conducting customer meetings, representing the company at events such as trade shows or startup events, and assisting in the search for and acquisition of new employees.- Working in a remote work environment using tools like Google Workspace, Office 365, Jira, Git, Miro, and Hubspot.Website: https://aixbrain.de/

- Evaluation of various machine learning algorithms for state estimation in energy distribution networks.- Participation in the development of software components in Python using MQTT Message Broker, NoSQL databases, and Docker deployments.- Simplification of the software debugging process by enabling Docker deployments of selected subsystems.- Improvement of the internal software development process, such as formalizing the Git workflow and focusing on comprehensive test coverage.- Data preprocessing for customer projects.Website: https://www.gridhound.de/

### Software development to improve the efficiency of the internal department- Continuous evaluation of the benefits of new software tools.- Development of software using Python.- Document classification, automated naming, and storage of all incoming and outgoing documents.- Tools for integrating new customer data into the company's database.- High standards in code quality and documentation.### Administration of the computer network- Hardware: 2 synchronous gateways, 3 server computers, 2 WLAN access points, one printer, 5 client computers, employee laptops.- Services: Telephone server, file server, database, DNS/VPN/DHCP services, Windows and Mac clients.Website: https://assekuron.de/

Project SYNERGIEN - Simulation of New Energy Networks- Continuation of my work during the 3 year apprenticeship.- Significant performance improvement of the optimization through the implementation of the module in C++.- Implementation of a configurable C++ program that allows the development and selection of new optimization modules.

### Project WebDisk - Web 2.0 Discourses on Large-Scale Technologies: Computer-Based Data Collection, Risk Assessment, and Targeted Communication- Objective: Capture public opinion on a topic through the analysis of user comments on the internet.- Retrieval and download of media web pages with user comments using a Java-based open-source web crawler called Nutch.- Processing of user comments using Natural Language Processing methods.- Extraction of features and evaluation of the web page regarding the topic using a machine learning algorithm.### Project SYNERGIEN - Simulation of New Energy Networks- Objective: Develop software that integrates and couples simulators for energy and communication networks effectively.- Modeling the components of the energy and communication networks and their potential relationships using the UML language.- Defining concrete communication networks using the RDF modeling language.- Implementation of a C module that converts RDF files of the communication network into NED files, representing the network description language of the OMNeT++ simulator.- Simulation of the communication network in OMNeT++.- Optimization of the communication network structure through the formulation of a mathematical optimization model and simulation using the Gurobi solver in Matlab.- Significant performance improvement of optimization through the implementation of the module in C++.### Supervision of the internship "Matlab meets Lego Mindstorms"- Mandatory internship for first-semester electrical engineering students at RWTH.- Initial completion of the internship individually.- Providing support to students with questions during the internship period.### Android-App DevelopmentDevelopment of an Android app for runtime analysis of various algorithms for calculating the square root.