Senior Software Engineering · Integration · DevOps

I design, build and operate business-critical software systems.

Custom software engineering, integration architecture, DevOps automation and production ownership—from the first architectural decision through long-term operations.

Architecture overview Stable
System operational Applications, integrations, delivery and operations are managed as one controlled system.
A connected system architecture for applications, integrations, automation and infrastructure.
Since 2006
Building and supporting production systems
End-to-end
Architecture, implementation, deployment and operations
Long-term
Maintenance, reliability and technical ownership
Munich · Remote
Across Germany and Europe, including distributed teams

Work

Selected systems and platforms

A selection of software, integration and automation projects focused on the problem, technical ownership and measurable operational outcomes.

Midleo CORE – Enterprise Middleware Governance, Monitoring and Automation

Midleo CORE is a centralized enterprise platform for governing, monitoring, automating, and managing middleware environments across distributed and hybrid infrastructures. It provides a unified operational view of business applications, middleware components, application servers, messaging platforms, configu…

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Technical ownership
Architecture, implementation and operational ownership
Architecture & scope
  • PHP
  • Javascript
  • CSS
  • BASH
  • Python
  • AngularJS
  • Flutter
  • Dart
  • Java
  • Ansible
  • Angular
  • C

WebControl – Web-Based Home Automation Platform

WebControl is an early Internet of Things (IoT) solution designed to manage and monitor household systems through a centralized web-based interface. The platform enables users to remotely control connected home components and configure automated workflows, providing secure access to their home environment vi…

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Technical ownership
Architecture, implementation and operational ownership
Architecture & scope
  • PHP
  • Javascript
  • CSS
  • Python
  • BASH
  • C++

Website of the Mathematics High School in Lovech

Design and development of the official website for the Mathematics High School in Lovech (PMG Lovech), creating a centralized and accessible online platform for students, parents, and teachers. The website provides clearly structured academic information, announcements, school programs, and details of extrac…

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Technical ownership
Architecture, implementation and operational ownership
Architecture & scope
  • PHP
  • Javascript
  • CSS
  • Jquery

zapazi.bg – Online Booking Platform

Developed more than 20 years ago, zapazi.bg was one of the first fully functional online booking platforms in Bulgaria. The system introduced digital reservations at a time when such services were not yet widely established in the local market. It enabled businesses and customers to manage bookings online in…

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Technical ownership
Architecture, implementation and operational ownership
Architecture & scope
  • PHP
  • Javascript
  • CSS

Middleware Monitoring and Operational Support Solutions

Development and support of monitoring scripts and operational solutions for middleware environments, with a focus on visibility, reliability, and proactive issue detection. These solutions collect runtime metrics, service health data, and operational signals to support daily middleware operations and provide…

Technical ownership
Architecture, implementation and operational ownership
Architecture & scope
  • .NET
  • Javascript
  • Angular
  • Bash
  • Ansible
  • Salt
  • Python
  • Jenkins
  • Docker
  • Linux

DevOps-Driven Middleware Automation and Deployment Solutions

Development of automation solutions for the deployment, operation, and maintenance of middleware services and messaging infrastructures, based on core DevOps principles. The work includes the design of reusable automation scripts and Ansible-based workflows that standardize deployment, service management, an…

Technical ownership
Architecture, implementation and operational ownership
Architecture & scope
  • Bash
  • Ansible
  • Python
  • Java
  • batch
  • puppet
  • Linux
  • Docker
  • Kubernetes
  • Splunk

Capabilities

Engineering across the whole system

Four closely connected areas of responsibility, delivered as one coherent engineering practice without unnecessary handoffs.

Custom business software

Custom web applications, internal tools, APIs and native utilities built around real business workflows.

Web and native applications · Internal tools · APIs · Business workflows

Integration and migration

Integration and migration of legacy systems, databases, messaging systems, documents, calendars and external services.

Legacy systems · Messaging · Data flows · External services

DevOps and automation

CI/CD pipelines, deployment automation, monitoring, containers, cloud infrastructure and repeatable operational processes.

CI/CD · Containers · Infrastructure automation · Observability

Support and maintenance

Long-term troubleshooting, technical improvements, security updates and reliable operational ownership.

Reliability · Security updates · Incident analysis · Long-term maintenance

Technologies used

  • Spring Boot
  • Lotus Notes
  • Photoshop
  • Mobile app dev
  • PowerShell
  • IoT Development
  • PHP scripting
  • Docker
  • Dart
  • Java
  • Node-RED
  • Azure Cloud
  • Solaris
  • GItLab
  • Tomcat AS
  • Oracle Application Server
  • IBM Bluemix
  • System Administration
  • Microsoft IIS
  • AIX administration
  • App development
  • IBM Urban Code
  • Websphere MQ
  • Jira

About

Technical ownership from idea to reliable operation

I am an independent engineer based in Munich, helping companies deliver complex technical initiatives with clarity, reliability and long-term maintainability.

Education

Automation, Information and Control Engineering

I graduated with honors from a mathematics and science high school, specializing in mathematics and computer science. I then studied Automation, Information and Control Engineering at the Technical University of Sofia, where I earned an engineering degree followed by a Master’s degree.

The interdisciplinary program combined control engineering, system modeling and analysis with electrical engineering, electronics, computer science, microprocessor systems, measurement technology and programming.

There I developed a strong foundation in analyzing and designing control and automation systems for complex technical processes—a foundation I now apply to software architecture, automation, infrastructure and reliable operations.

Start a conversation

Let us discuss the system that needs greater clarity, reliability or technical ownership.

Describe the business context, current constraints and systems involved. I will respond with a practical technical approach.

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