Giuseppe Abrignani-Software, AI & Automation Architect

• Architecture & Hardware Integration: Design of modular libraries for real-time access to CAN bus systems using CANape to monitor fuel cell control units.
• AI Analysis: Integration of an ML.NET system for real-time analysis and anomaly detection of fuel cell data in the production process.
• DevOps & Automation: Build of an automated DevOps pipeline to run xUnit tests for continuous code quality assurance.

Label: C#, .NET, ML.NET, WPF, Python, LangChain, EF Core, CANape, CAN bus, Scrum, xUnit, PowerShell, Azure DevOps

• AI & ML Pipelines: Development of a Python-based preprocessing pipeline for normalizing sensor data and implementation of PyTorch models for automated defect detection.
• Agentic AI Architecture: Integration of advanced LLM applications using LangChain, LangGraph, and Langfuse for workflow control.
• Interfaces & UI: Design and implementation of a WPF control interface for ML training workflows as well as development of C#/.NET interfaces (REST APIs) for seamless system integration.

Label: C#, .NET 9, WPF, Python, PyTorch, MVTec HALCON, MQTT, LangChain, LangGraph, Langfuse, Avalonia, MVVM, CI/CD, SQL Server, Blazor, EF Core, Azure DevOps

In my role as software architect at DTS-Net, I was responsible for designing the control software for the production of electric motors. As Lead Developer, I led a team of ten specialists and drove the development forward. One of my main tasks was also setting up and configuring a Jenkins server, which made it possible to automatically check the application for correctness after every commit and build artifacts. This strategic implementation played a key role in ensuring software quality within the production chain.

As part of this project, I also developed the user interface (GUI) for the application using the cross-platform Maui framework. This enabled a consistent and efficient design of the GUI that works seamlessly across different platforms such as Windows, Android, and Linux. This cross-platform capability significantly increased the flexibility and accessibility of the software.

Label: C# / Visual Studio 2022, Entity Framework Core, MS SQL Server 2016, Newtonsoft.Json, AutoMapper, Xunit, NSubstitute, Shouldly, WPF, SOLID, Blazor, Jenkins, Docker Container, RabbitMQ, Entity Framework-Core, Swagger, .NET Core, CI/CD with Jenkins, REST API, T-SQL, Blazor, .NET Maui, cross-platform development, Git

Design and implementation of a modern Angular dashboard for real-time visualization of warehouse movements and system status

• Connection of the Angular interface to .NET Core microservices via REST and SignalR
• Introduction of unit tests with xUnit for the backend and structured quality assurance in the frontend
• Analysis of performance bottlenecks in the legacy code and migration of critical logic into a scalable microservice structure
• Implementation of loosely coupled services and components using SOLID principles
• Creation of technical documentation for API interfaces and frontend architecture

Label: C#, .NET Core 7, GitLab, RabbitMQ, Microservices, Apache Kafka, WPF, MS SQL, Scrum, SAP-Integration, Angular, Angular Material, Entity Framework Core, FluentValidation, xUnit, Visual Studio 2022

As a software architect, I designed the control software for the production of electric motors and significantly drove development forward as Lead Developer in a team of ten. In addition to the architecture and development work, I set up and configured an automated CI/CD pipeline via Jenkins. By continuously checking every commit and automatically creating artifacts, software quality within the production chain could be secured in the long term and release cycles could be accelerated.

• Modernization of the UI architecture: Successful migration of an existing legacy MFC application (Microsoft Foundation Classes) into a modern, future-proof user interface.
• Frontend innovation with Blazor: Design and implementation of modern web UIs based on Blazor.
• Database engineering: Responsibility for database design and the high-performance implementation of data structures.

Label: C# / Visual Studio 2019, Unity IOC, Entity Framework Core, MS SQL, Server 2016, NewtonSoft.Json, AutoMapper, MSTest, NSubstitute, Shouldly, Wpf, Solid, Blazer, Jenkins, Docker Container, RabbitMQ, Swagger, Net.Core, CI/CD Jenkins, Rest Api, T-Sql, Git, GitLab

The goal of this project at Tecan was to modernize an existing COBOL infrastructure by migrating it to a modern, high-performance web architecture.

• System migration: Successful transfer of a COBOL legacy application into a modern ASP.NET Web API environment.
• Frontend architecture: Design and structuring of the frontend based on SOLID principles and clear separation of concerns.
• Quality assurance: Implementation of automated unit tests with xUnit for .NET components to secure the backend logic.
• DevOps & CI/CD: Support for deployment processes and version control via Azure DevOps.
• Processes for private health insurance and claims settlement

Label: COBOL, .NET, ASP.NET Web API, xUnit, Azure DevOps, REST APIs, Git

In the "IoT Van" project, we implemented an agile microservice architecture for vehicle control based on Azure Service Fabric. As Lead Developer, I was responsible for the full lifecycle of the services - from design and development to integration and deployment. With my focus on performance and reliability, the project was completed successfully and ensured smooth, customer-oriented control of the vans.

Label: Visual Studio 2017, C#, Entity Framework, MsSql Server, Azure, Micro service, XML, Web Services, Net Core , Devops, Asp.Net, Telerik Kendo, AutoMapper, NewtonSoft.Json , MSTest , NSubstitute , Shouldly, Micro service architecture, Xamarin

As part of the new development and further development of a business-critical tool for analyzing nationwide train data, I was responsible for the entire chain from planning to implementation. My focus was on expanding the Wicket web interface and ensuring smooth integration into the internal database systems. I also optimized the system landscape by expanding the web service interfaces. The project was implemented in equal parts in a hybrid tech stack of Java (Wicket) and C# (.NET Framework), and I also designed the C#-based analysis tool on my own. Thanks to this flexible approach, the project was successfully completed and received consistently positive feedback from users.

Label: Visual Studio 2012, Ninject, C#, Linq, WPF, Asp.net WCF, TFS 2010, Scrum, Log4net, Xsd, XML, MS-SqlServer 2008-2012, SSIS SSRS SSAS Big Data, Data Mining, Data-Processing, Entity Framework, Azure, Visual Studio 2012

As part of the major redesign of the globally used ISAR authoring system for workshop documentation and vehicle diagnostics, I managed the design and development of key components. As the responsible software architect, I designed the future-proof system architecture and led the technical implementation in the development team. Thanks to this modernization of the software architecture, the business-critical system was successfully scaled to the latest technological standard. This ensures the smooth global use of the aftersales platform by workshops and service technicians in the long term.

Label: C#, WCF, Linq To XML, Linq To SQL , WPF, Asp.net, Oracle 11G, ODP.net, Nhibernate, Scrum. Teamfondation, Visual Studio 2012

As Lead Developer, I played a key role in shaping the software architecture and development of an innovative information system for the industrial environment. The system brings together data from production lines, robots, and the Soflex server to provide a complete real-time view of production processes. I was responsible for designing the system architecture and successfully guided the development team through implementation. Thanks to the intelligent use of real-time data to identify bottlenecks, productivity in production could be increased significantly and the response time to problems reduced drastically.

Label: Java 6, Spring, Firebird, GWT, EXT GWT, Smart-Gwt, Tomcat, Scrum, JEE 6, Tomcat, Oracle PL/SQL