04/30/2026 updated
100 % available
Junior DevOps & Cloud Engineer | AWS, Linux, Kubernetes, CI/CD, Python | Testing
Eskisehir, Turkey
Worldwide
Bachelor of Science in Computer EngineeringAbout me
IT Engineer with software/system testing experience and DevOps training through Clarusway and BAU-Wissen. Familiar with AWS, Linux, Docker, Kubernetes, Terraform, Ansible, CI/CD and basic Python/Bash automation. Open to remote junior/support freelance work.
Atlassian JiraUnixC++ (Programming Language)LinuxDevOpsPython (Programming Language)AnsibleFlaskInfrastructure as Code (IaC)GitLabGitGitlab-ciKubernetesTerraformCisco
Cloud Platforms: AWS (EC2, S3, RDS, IAM, VPC), Azure
CI/CD & DevOps: Jenkins, GitLab CI/CD, Git, Maven
Containerization & Orchestration: Docker, Kubernetes, Helm
Infrastructure as Code & Automation: Terraform, Ansible
Monitoring & Observability: Grafana, Prometheus
Programming & Scripting: Python, Java, C++, C, Flask
Databases: MySQL, PostgreSQL, Oracle
Operating Systems: Linux, Windows, Embedded Linux, UNIX
Networking & Security: TCP/IP, VLAN, WAN, NAT, Cisco Routers, Firewall Policies, IAM, VPC
Collaboration & Agile: Jira, Scrum, Kanban, Slack
Additional Technical Background: Embedded Systems, Arduino, Digital Design, Motion Lab
Languages
GermanBasic knowledgeEnglishFluentTurkishNative speaker
Project history
Develop servo motor movement simulations using C++ programming, which enhanced system design clarity by 30%, significantly improving the debugging processes for engineering teams.
Conducted details testing of servo motor circuit voltage and current values with multimeters, ensuring electrical safety and achieving a 100% operational accuracy rate in all tested units.
Perform diagnostic testing on BeagleBoard-based embedded systems, identify and resolve circuit-level errors that improve hardware reliability by 25%, leading to reduced failure rates in production. Modeled servo motor behaviors with C++ simulations, which pinpointed and corrected a design flaw, which would have affected 20,000 units in the field.
- Spearheaded comprehensive testing of web and mobile applications using JIRA, HP, and ALM tools, identifying 23 critical defects, and preventing deployment issues before release.
- Spearheaded User Acceptance Testing (UAT) for critical system requirements, which improved system integration, leading to a 30% reduction in integration errors and enhanced user experiences.
- Conducted backend checks on 12+ Unix systems weekly, refreshed 6+ WebLogic servers monthly, and implemented performance deployments, maintaining zero user downtime for six consecutive months.
- Implemented an automated regression testing suite, which identified the root cause of critical system failures, and cut down release validation time by 18% within the first month.
- Refreshed, updated, and deployed backend software versions, resolving 12+ critical post-deployment defects weekly using Toad for Oracle and PI/SQL for fixing and running scripts.
- Developed and maintained comprehensive documentation for resolving 10+ common Nagios alerts, enabling faster response times and minimizing potential system downtime during critical incidents.
- Executed comprehensive checks on 20+ Siebel systems, identifying critical vulnerabilities and reporting findings to security team; findings resulted in zero critical incidents over 6 months.