16.07.2025 aktualisiert


Premiumkunde
100 % verfügbarFullstack & Embedded Systems Engineer | DevOps Specialist
Bamberg, Deutschland
Deutschland
ICT B.Sc. and M.Sc. in Microcontroller and Microsystems.Skills
ProxmoxJavaUser Experience (UX)TestsuiteAPIsKünstliche IntelligenzAmazon Web ServicesElektrotechnikArchitekturAutomatisierungTest AutomationMicrosoft AzureBootstrapGoogle ChromeCloud ComputingDatenbankenContinuous IntegrationDevopsWeb EntwicklungDigitalisierungE-CommerceEmbedded SystemsIngenieurwesenEnterprise Resource PlanningField Service ManagementFPGAUi-DesignJsonJoint TestPythonPostgresqlLithografieMicrosoft Sql-ServerMQTTNosqlEchtzeit-BetriebssystemeLogstashAnsibleEinzelhandelSeleniumSimulinkIntegration (Software)TypescriptUartWorkflowsExtensible Markup LanguageRust (Programming Language)TestenPostmanReactJSSpringbootCypressInternet Of ThingsBackendKotlinAngularJSGitlab-CiMaterial UIRechnerarchitekturKubernetesPlaywrightApache KafkaGraphqlFront EndTerraformDockerElixirJenkinsProgramming LanguagesMicroservices
Fullstack & Embedded Systems Engineer | DevOps Specialist | ICT Expert
Engineering Excellence at the Intersection of Software and Hardware
With a background in Information and Communication Technology (ICT) from the University of Erlangen and over a decade of hands-on experience, I bring a unique blend of electrical engineering insight and fullstack software expertise. My career spans embedded systems, high-load cloud applications, e-commerce platforms, and DevOps automation—driven by a deep-rooted passion for problem-solving and technical precision.
What Sets Me Apart
I don’t just build software—I engineer systems. From microcontrollers to containerized cloud deployments, I thrive in projects that demand a deep understanding of how hardware and software interact. Whether optimizing backend performance, designing resilient microservices, or integrating IoT workflows, I focus on scalable, maintainable solutions with strong architectural foundations.
How I Can Help Your Project
Whether your project lives in the cloud, runs on embedded hardware, or spans both, I bring the full-stack skillset and systems-level thinking needed to drive it forward. Let’s turn complex challenges into elegant, high-performance solutions.
Engineering Excellence at the Intersection of Software and Hardware
With a background in Information and Communication Technology (ICT) from the University of Erlangen and over a decade of hands-on experience, I bring a unique blend of electrical engineering insight and fullstack software expertise. My career spans embedded systems, high-load cloud applications, e-commerce platforms, and DevOps automation—driven by a deep-rooted passion for problem-solving and technical precision.
What Sets Me Apart
I don’t just build software—I engineer systems. From microcontrollers to containerized cloud deployments, I thrive in projects that demand a deep understanding of how hardware and software interact. Whether optimizing backend performance, designing resilient microservices, or integrating IoT workflows, I focus on scalable, maintainable solutions with strong architectural foundations.
How I Can Help Your Project
- End-to-End Development – Fullstack engineering from UI/UX to backend APIs, databases, and DevOps
- Embedded & IoT Systems – Microcontrollers, real-time OS, communication protocols, FPGA, and low-level optimization
- DevOps & Automation – CI/CD pipelines, infrastructure as code, container orchestration (Kubernetes, Docker), and multi-cloud deployment
- Legacy to Modern Architecture – Migrating monolithic systems to scalable microservice environments
- Cross-Domain Collaboration – Bridging electrical engineering and software disciplines, ensuring seamless system integration
- Software & DevOps: Java, Kotlin, Python, Rust, Elixir, Spring Boot, Jenkins, Docker, Kubernetes, Terraform, Ansible, GitLab CI/CD
- Embedded Engineering: ARM, AVR, RTOS, UART, SPI, CAN, MQTT, FPGA (Xilinx/Altera), JTAG, LoRa, PlatformIO, Simulink
- Frontend & UX: React, Angular, TypeScript, Material UI, Bootstrap, Responsive & Accessible Design
- Cloud & Infrastructure: AWS, Azure, GCP, Logstash, Apache Kafka, Proxmox, GitOps
- Testing & Automation: Selenium, Cypress, Postman, Playwright, Chrome Extensions, Visual Regression
- Database & API: PostgreSQL, MSSQL, NoSQL, GraphQL, REST, JSON, XML
- Monolith-to-Microservices Transformation: Refactored a legacy Java backend into distributed microservices with Docker, Kubernetes, and Terraform across major cloud providers.
- Startup Infrastructure Deployment: Designed secure, extensible backend infrastructure for a real-time event app; implemented CI/CD and API security hardening.
- AI-Driven Workflow Digitization: Developed an OCR and image recognition pipeline using Azure AI Vision to streamline retail ordering processes.
- Route Optimization Engine: Led a field service route planner project with web and backend integration, real-time metrics, and ERP interfacing.
- Test Automation Framework: Built a visual, no-code test suite for cross-browser regression and e-commerce QA as part of CI/CD pipelines.
- Custom Language Support: Developed tooling, IDE extensions, and performance enhancements for a proprietary programming language used in backend services.
Whether your project lives in the cloud, runs on embedded hardware, or spans both, I bring the full-stack skillset and systems-level thinking needed to drive it forward. Let’s turn complex challenges into elegant, high-performance solutions.
Sprachen
DeutschMutterspracheEnglischverhandlungssicher
Projekthistorie
- Support for deployment and operation of the backend for an event management app.
- Setting up a development, testing, and production environment.
- Security audit and securing the API.
- Support in API development and querying.
- Transition of an existing Java-Backend-Monolith to a scalable docker environment.
- Functionality splitting into various microservices accessible via REST-APIs.
- Ensure compatibility to common cloud providers (AWS, Azure, Google) and server OS.
- Analysis and transformation of an existing analog ordering process into a digital workflow.
- AI-based image recognition and pattern analysis.
- Implementation of a human verification process.