• Developer experience and CI/CD standardisation: I am leading work around DevEx and delivery standardisation, building reusable GitHub workflows, shared actions, runner patterns, and governance controls so teams can ship through the same paved road instead of each team inventing its own pipeline.
• Platform management as code: I have been pushing infrastructure, configuration, and operations into versioned systems across ArgoCD, Kubernetes, Terraform, Ansible, and n8n, with the goal of reducing manual changes, improving traceability, and making platform behaviour easier to review and reproduce.
• UiPath automation beyond infrastructure: My work on UiPath has included not only deployment on Kubernetes, but also automation of robot setup and application configuration for users, groups, accounts, permissions, and related operational controls needed to run the platform properly.
• Resource governance with Goldilocks: I have also worked on resource tuning and governance so workloads run with better request and limit settings, helping teams operate services with clearer boundaries and fewer ad hoc adjustments.
• n8n as code in DevOps workflows: Another focus area has been treating n8n configuration as code, so automation flows can be managed with the same discipline as the rest of the platform stack: versioned changes, repeatable rollout, and less hidden configuration living only in the UI.

• GitHub training and adoption: Trained teams on GitHub, GitHub Actions, GitHub administration, GitHub Advanced Security, and GitHub Copilot with a strong focus on practical adoption.
• Platform and governance setup: Worked with platform, DevOps, and security teams to improve repository standards, delivery workflows, and GitHub operating models.
• Migration leadership: Led migrations from Bitbucket Server and Bitbucket Cloud to GitHub and GitHub Enterprise.
• CI/CD modernisation: Helped teams move from Bamboo and Bitbucket pipelines to GitHub Actions and reusable workflows.

• Reusable delivery foundations: Built a GitHub- and Kubernetes-based delivery platform that made product delivery faster, safer, and more consistent.
• Core tooling as code: Deployed and managed services such as Kafka, SonarQube, and Statuspage through versioned, code-based configuration.
• Operational foundations for scale: Helped define the first platform patterns, engineering processes, and operational practices as the company grew.
• Engineering velocity enablement: Designed reusable CI/CD patterns and infrastructure modules that reduced time-to-production for new services while maintaining compliance and reliability standards in regulated fintech environment.

• Infrastructure Reliability at Scale: Built and maintained infrastructure that enabled payment systems to operate reliably—designing automation and observability systems that reduced operational toil and improved mean-time-to-recovery for critical financial services.
• Infrastructure as Code Strategy: Implemented IaC practices (Terraform, Ansible) and documentation-as-code patterns, treating all infrastructure as versioned, testable systems to improve consistency, traceability, and team knowledge sharing.
• Operational Excellence: Designed monitoring and alerting strategies (Prometheus, Grafana, Elastic) that enabled teams to detect, diagnose, and resolve issues faster—improving system availability and reducing operational burden on development teams.

• Evolution from IC to Technical Lead: Started as individual contributor on satellite control systems (hifly®), progressed to leading technical roadmap and strategic initiatives for 10+ person team—coordinating development across 12+ parallel projects and 20+ mission types while managing stakeholder expectations from multiple divisions and external clients.
• Build & Deployment System Modernization – 5x Speed Improvement: Redesigned build pipeline and CI/CD infrastructure, reducing end-to-end compilation and deployment cycles from 3 hours to 30 minutes (5x improvement). Modernized build tooling integration with modern IDEs, dramatically improving developer experience and enabling 3x increase in team productivity through faster feedback loops and reduced context switching.
• Developer Experience & Team Enablement: Implemented systematic improvements to development workflows—tooling, build systems, and collaboration practices—that reduced manual toil and enabled team to deliver features 3x faster while maintaining safety-critical reliability standards.
• Cross-Functional Innovation & Research Leadership: Initiated and led research initiatives for next-generation nanosatellite systems—designing modern, event-driven architectures with microservices patterns, containerization (Docker), and enterprise observability (Prometheus, Grafana, Loki)—while coordinating across technical teams, product, and external clients to align on roadmap and strategic direction.
• Organizational Impact & Continuous Improvement Culture: Established continuous improvement practices and research initiatives at team and organizational levels—conducted cross-functional meetings with multiple departments, teams, and clients to identify pain points, propose solutions, and drive architectural evolution of critical satellite control systems in mission-focused aerospace environment.
• Cross-team technical leadership: Led several engineering initiatives across satellite control projects, helping align delivery, tooling, and technical direction without that being my formal title.
• Build and deployment modernisation: Redesigned build and CI/CD systems, reducing end-to-end cycles from 3 hours to 30 minutes and improving developer feedback loops significantly.
• Developer workflow improvements: Improved tooling, build systems, and collaboration practices so the team could deliver faster without compromising safety-critical reliability.
• Architecture and research leadership: Led work on event-driven, containerized, and observable systems while coordinating across technical teams, product, and external stakeholders.

• Automated Testing Platform: Designed and built a comprehensive testing platform that enabled Android developers to execute automated testing without needing to write test infrastructure—reducing friction and accelerating quality feedback cycles.
• Multi-tool Integration & Test Orchestration: Integrated multiple automated testing tools with different testing philosophies (unit, integration, system) and coordinated their execution against different Android versions and platform layers—enabling developers to see unified coverage insights.
• Developer Experience Design: Created actionable test reports and coverage analytics that helped developers understand which parts of their applications were tested, enabling data-driven decisions for quality improvement and risk assessment.
• Research to Product: Architected platform that became foundation for thesis work, demonstrating how testing automation at scale improves developer productivity and application quality in large organizations.

Training on AI applications for business and entrepreneurship, covering LLM usage, AI-powered product design, and startup methodologies.

Master's degree in AI Development focused on Computer Software Engineering — covering applied AI, LLM integration, and modern software development practices with AI-powered tooling.

Continuous learning platform focused on software engineering best practices: Clean Architecture, Domain-Driven Design, CQRS, Event Sourcing, and modern development techniques.

Bachelor's degree in Computer Engineering. Covered software development, distributed systems, operating systems, algorithms, databases, and software architecture.

Bachelor's thesis on automated testing infrastructure for Android applications at IMDEA Software Institute.