Languages | Igbo (Native) | English (Proficient) | Czech (Basic) | German (Basic)
DevOps and Cloud Computing | Frontend web development | IT Support
I'm a highly enthusiastic DevOps, Cloud and frontend development professional, with hands-on expertise across the entire software delivery lifecycle. My intensive training in automation, containerization, cloud infrastructure, monitoring and cloud providers like AWS and Azure has equipped me with the skills to build, deploy, and scale applications reliably. I have had quite a dynamic career path over the years, apparent in transcending through logistics and customer advisory to IT support, DevOps and cloud practise, frontend web development which are areas that drive my passion due to my strong affinity for technology.
π§© Final Thoughts: I am excited to leverage my passion for automation, modern cloud technologies and web applications to contribute to dynamic teams and build solutions that are faster, safer, and smarter. Let's create something great together! π
I provide services in the areas of DevOps and Cloud Operations. I am available for on-premise assignments and thus open to travel with an arrangement.
As a Fulfillment Associate at Hive Technologies, I played a key role in ensuring smooth and efficient daily operations across logistics and supply chain processes. I handled critical functions such as incident resolution, inventory management, and B2B support while maintaining high standards of accuracy and delivery speed.
As a Customer Advisor at Concentrix GmbH, I delivered high-quality, multi-channel support with a strong focus on technical troubleshooting, customer satisfaction, and operational excellence. I worked across service desks, aligning with ITIL best practices, to manage complex service requests and drive resolution efficiency.
Proficiency in English | ITIL Practices | CRM (Zendesk, Agent Connect) | Technical Troubleshooting | Analytical Thinking | Customer Relationship Management | Strong Communication | Ownership & Accountability | Problem Solving
As a Business Management Intern at Dimitra International, I contributed to strategic planning and marketing efforts aimed at boosting brand presence and operational efficiency. I gained hands-on experience across business planning, financial analysis, and digital marketing, supporting both internal teams and external communications.
Business Planning | Financial Analysis | Social Media Management | Advertising Campaign Support | Document Writing | Attention to Detail | Strategic Thinking | Communication Skills | Team Collaboration | Problem Solving | Time Management | Adaptability | Customer Service | Data Analysis | Digital Marketing | Brand Awareness
As a Warehouse Employee, I played a vital role in the order fulfillment process for Breimeinster GmbHβs online grocery operations. Working in a fast-paced environment, I ensured accurate picking, maintained quality standards, and supported team efficiency to meet customer satisfaction goals.
Order Fulfillment | Workflow Optimization | Team Collaboration | Attention to Detail | Time Management | Customer Service Orientation
At Amazon.de, through Adecco GmbH, I served as a Shipping Auditor and Warehouse Employee responsible for ensuring the accuracy and efficiency of outbound logistics. I supported quality control efforts, helped maintain operational flow, and ensured that all packages met Amazonβs high standards for timely and accurate delivery.
Shipment Auditing | Attention to Detail | Problem Resolution | Proficiency in Excel | Communication Skills | Data Accuracy | Affinity for Numbers | Logistics Support | Time Management | Team Collaboration | Customer Service Orientation | Adaptability | Process Improvement
During this comprehensive and hands-on training program, I gained deep expertise in core DevOps and Cloud Engineering practices. I mastered the tools, technologies, and methodologies required to build, deploy, automate, and monitor scalable applications in real-world environments. The training covered the entire software delivery lifecycle, from Infrastructure as Code and CI/CD pipelines to container orchestration and cloud architecture across both AWS and Azure platforms.
Throughout the program, I completed numerous small-scale projects to sharpen my skills and reinforce best practices. Additionally, Iβve delivered three major microservices-based applications, featured in my portfolio, that demonstrate my ability to provision infrastructure, deploy containerized apps, implement monitoring solutions, and secure and scale cloud systems. I am confident, capable, and fully equipped with the hands-on experience and technical knowledge needed to thrive as a DevOps or Cloud Engineer in todayβs fast-paced tech industry. Letβs build something amazing!
Key Skills: DevOps | Cloud Computing | Infrastructure as Code | CI/CD Automation | Containerization | Kubernetes | AWS | Azure | Monitoring & Logging | Scripting & Automation | Agile Methodologies
As part of my journey into tech, I completed an in-depth training program in Front-End Development with Mimo, where I developed a strong foundation in building dynamic and responsive web interfaces. The program covered essential technologies such as JavaScript, HTML, and CSS, alongside tools and platforms like Git, GitHub, and Visual Studio Code. I also gained hands-on experience with React at an intermediate level for delivering interactive user experiences.
Throughout the course, I applied industry best practices in responsive design, version control, and web standards. I built couple of web solutions that demonstrate my ability to translate ideas into real, functional applications which includes this portfolio website you have visited. These projects not only reflect my growing skill set but also my attention to detail and enthusiasm for crafting clean, accessible, and user-friendly interfaces.
π‘ This training served as a crucial stepping stone in my transition into IT and Cloud Computing, giving me a solid web development foundation to complement my DevOps skill set.
This interdisciplinary program provided a solid academic foundation in the key principles of international business, combining theoretical knowledge with practical insights into the global economy. The curriculum covered critical areas such as international trade, cross-cultural management, international finance, strategic marketing, and global supply chains.
Through case studies, team projects, and real-world applications, I developed strong analytical and strategic thinking skills. The program also offered elective modules, allowing me to tailor my studies according to my career interests and broaden my global perspective.
π Studying in an international environment equipped me with the cultural awareness, communication skills, and business acumen essential for succeeding in diverse, fast-paced industries. It also laid the groundwork for my professional development and eventual career transition into the tech and cloud space.
This rigorous science-based program provided in-depth training in the biological sciences, with a particular focus on faunal studies and ecosystem dynamics. The curriculum emphasized the role of animals in the environment and their interactions with both biotic and abiotic components of ecosystems, laying a strong foundation for sustainable resource management and socio-economic development.
Throughout the program, I gained solid expertise in ecology, physiology, biodiversity, conservation, and environmental monitoring, complemented by core scientific disciplines such as biochemistry, microbiology, and applied statistics. The program also emphasized fieldwork, research methods, and data analysis, equipping me with analytical, observational, and scientific problem-solving skills.
This educational journey deepened my understanding of the natural world while strengthening my ability to approach complex systems with a holistic mindset, an asset that continues to influence my work in tech, systems thinking, and cloud-based infrastructure today.
This project is a full-stack microservices-based web application deployed on Azure Kubernetes Service (AKS) using a GitHub Actions CI/CD pipeline and Terraform infrastructure as code.
Access app here Note due to cost reasons the app may not be accessible at the time of use.
Three Node.js backend microservices:
- Auth: User authentication & JWT generation
- Discounts: Campaign and coupon management
- Items: Product catalog and order handling
React frontend:
- Acts as a single-page application (SPA) interacting with backend microservices via /api/* routes
MongoDB:
- Centralized NoSQL database for all microservices, exposed via port 27017
Ingress Controller:
- Routes traffic from a single public IP/domain to appropriate services
- NGINX Ingress on port 80
Monitoring & Logging:
- Prometheus + Grafana (monitoring namespace): Metrics scraping and visualization
- ELK Stack (Elasticsearch, Logstash, Kibana) (logging namespace): Centralized log collection and analysis
π Security:
- Ingress is the only public entrypoint.
- JWT authentication handled by the Auth service; other services validate tokens.
- Environment variables and secrets are stored securely in Kubernetes Secrets or .env (not committed).
- Network Policies restrict communication between pods where needed.
Key Skills: DevOps | Cloud Platforms (AKS) | Iac | CI/CD Automation with GitHub Action | Containerization | Kubernetes | Monitoring & Logging | Terraform | Agile Methodologies (Jira)
GitHub Repository: Here
This project is a simplified voting application deployed on Amazon EKS (Elastic Kubernetes Service). It includes a voting interface and result viewer, integrated with a backend Redis/PostgreSQL system. Deployment is fully automated using GitHub Actions CI/CD.
Cast vote here Observe real time result update by adding /result to the elb URL, Note due to cost reasons the app may not be accessible at the time of use.
Frontend Clients:
- Vote (/vote)
- Result (/result)
Backend Services:
- Redis: Acts as a temporary cache to store incoming votes
- PostgreSQL: Stores final vote counts permanently
- Worker: Background service that transfers data from Redis to PostgreSQL
Ingress Controller:
- NGINX Ingress exposes a single endpoint with routing to /, /vote and /result
- Ingress Listener on port 80 (two listener rules), two target groups attached two frontend clients at port 80 and 81
π Security Practices:
- Only Ingress Controller is publicly exposed via EKS Load Balancer
- Communication between services is handled internally within the EKS cluster
- No hardcoded credentials or sensitive data in the codebase
- Secrets are managed via Kubernetes Secrets
Key Skills: DevOps | Cloud Computing | Infrastructure as Code | CI/CD Automation with GitHub Actions | Containerization (Docker) | Kubernetes | AWS | Terraform | Agile Methodologies | AWS Load balancer for Ingress |Redis | Worker | PostgresSQL
GitHub Repository: Here
This project is a full-stack microservices-based voting application deployed on AWS infrastructure using Terraform and configuration managed with Ansible. It demonstrates best practices in infrastructure as code (IaC), network security, configuration management, and microservices orchestration using EC2 instances.
Cast vote here Observe real time result update by adding /result to the elb URL, Note due to cost reasons the app may not be accessible at the time of use.
Frontend:
- Vote App: Casts votes on specific options (accessible at /vote and /)
- Result App: Displays real-time voting results (accessible at /result)
Backend Services:
- Redis: Acts as a temporary cache to store incoming votes
- Worker Service: Consumes votes from Redis and writes to Postgres
- PostgreSQL: Stores final vote counts accessible by result
VPC with:
- 2 Public Subnets (across 2 AZs for redundancy): ALB (Application Load Balancer) for routing external requests and Bastion Host in one AZ for internal access
- 1 Private Subnet for secure app hosting: Contains 3 EC2 Instances for vote/reult (frontend), redis+worker and Postgres each
- NAT Gateway: Allows private EC2 instances internet access for package installations
- Internet Gateway (IGW): Enables external traffic routing via ALB and Bastion Host
π Security:
- Security group rules defined for tightly controlled communication for expmple, redis allows connection from vote and worker only, postgress allow connection from result and worker only
- EC2s only allow connection from Bastion host which hosts Ansible and uses ProxyJump for secure SSH access. Automates application installation and configuration across EC2 instances
Application Flow:
- User casts a vote via Vote frontend β Redis cache vote β worker read votes from redis and writes to Postgres β result reads results from Postgres
- vote port (80:80), result port (81:80), redis port (6379:6379), worker port(no port exposed and no service created because it gets no connection from anywhere), postgres port(5432:5432)
- Worker: Background service that transfers data from Redis to PostgreSQL
Key Skills: DevOps | Cloud Computing | Infrastructure as Code | Configuration management - Ansible | Containerization | AWS, EC2, VPC, Subnets, Nat, IGW and ALB | Agile Methodologies | microservice architecture | Networking - Load balancer, private/public subnet isolation, Nat configuration.
GitHub Repository: Here
This project showcases the deployment of a 3-tier application, comprising of a .NET 7 Web API, a static UI hosted via Nginx, and a PostgreSQL database on Amazon EKS using Kubernetes manifests. It demonstrates containerization, Kubernetes deployments and services, persistent storage provisioning, and exposing applications to the internet using an Ingress resource.
Backend: A .NET 7 Web API (Basic3TierAPI) that interfaces with a PostgreSQL database.
Frontend: A static HTML/CSS/JavaScript UI (Basic3TierUI) served using Nginx.Database: A PostgreSQL instance using persistent volume claims for data storage.
Each service is containerized and hosted on Docker Hub. The application is fully deployed on a Kubernetes cluster running in Amazon EKS and accessible externally through an Ingress controller.
Key Skills: DevOps | Cloud Computing | Containerization (Docker) | Kubernetes | AWS | Agile Methodologies | APIs | PostgresSQL
GitHub Repository: Here