Cloud DevOps Engineer

Sidero

1. • Spearheaded the development of automated Python and Bash scripts, saving 20+ hours/week and boosting team efficiency by 50%.
2. • Designed and managed highly available AWS cloud infrastructure, achieving 99.99% uptime, a 40% reduction in response time, and a 70% increase in company revenue.
3. • Led a team in transitioning to AWS, saving $2M annually and increasing efficiency by 10%.
4. • Managed AWS assets and integrated multiple AWS resources into solutions appropriate for company projects.
5. • Managed a diverse technical stack, optimizing services like Ceph, Nginx Ingress Controller, HAProxy, Sentry, Harbor, and Cert-manager.
6. • Orchestrated 40+ AWS infrastructures, accelerating system scalability and reliability across various AWS services
7. • Transformed software delivery with robust CI/CD pipelines (Jenkins, Git, AWS Code Pipeline), realizing unprecedented automation and efficiency gains
8. • Maintained systems that monitored applications and infrastructure.
9. • Designed and maintained Kubernetes clusters with ArgoCD and Helm, enabling seamless deployment and scaling of containerized applications.
10. • Achieved an 80% reduction in response time by automating manual processes with nsible modules, enhancing operational efficiency.
11. • Upgraded software testing at the OS level, generating and submitting 130+ reports on upgrades and bug fixes, ensuring product stability
12. • Enhanced critical error response time by 95% through the implementation of automated alerts using Lambda functions and CloudWatch
13. • Implemented deployment strategies using container orchestration tools such as Docker Swarm, Kubernetes.

Platform DevOps Engineer

Cloud solutions Technologies Limited

1. • Developed high-quality engineering designs and plans to meet industry standards.
2. • Assisted in developing cost-effective solutions to engineering problems.
3. • Conducted technical evaluations of engineering designs and test results.
4. • Documented and developed engineering procedures and processes.
5. • Performed complex calculations to analyze and optimize engineering processes.
6. • Led engineering teams to successfully complete projects on time and within budget.
7. • Conducted research to identify and evaluate new technologies and concepts.

DevOps Engineer

Bulb

1. • Reviewed existing systems and made recommendations for improvements.
2. • Provided technical leadership and delivered innovative products and services to address customer specific requirements.
3. • Identified, analyzed and resolved infrastructure vulnerabilities and application deployment issues.
4. • Used metrics to monitor application and infrastructure performance.
5. • Worked with teams of talented software engineers to define, build and maintain cloud infrastructure.
6. • Identified gaps in market to spot opportunities to create value propositions.
7. • Partnered with infrastructure teams on evaluation and feasibility assessments of new systems and technologies.
8. • Understood client needs and objectives by conducting proactive customer and data analysis.
9. • Worked with cloud architect to generate assessments and develop and implement actionable recommendations based on results and reviews.
10. • Utilized code and modern cloud-native deployment techniques to design, plan and integrate cloud computing and virtualization systems.
11. • Wrote and maintained custom scripts to increase system efficiency and performance time.
12. • Managed and monitored installed systems for highest level of availability.
13. • Managed installation, upgrade and deployment projects and provided on-site direction for network engineers.
14. • Provided 2nd and 3rd level technical support and troubleshooting to internal and external clients.
15. • Resolved issues related to operational components for LAN, WAN and voice systems.
16. • Oversaw development and maintenance of organization computer systems and intranet.
17. • Defined enterprise processes and best practices and tailored enterprise processes for applications.
18. • Participated in system development life cycle from requirements analysis through system implementation.
19. • Managed use of various types of databases and configured, installed and upgraded new ones.
20. • Monitored and tested application performance to identify potential bottlenecks, develop solutions and collaborate with developers on solution implementation.

University of Nigeria

Physics