Systems Engineering Undergraduate specializing in Enterprise Infrastructure and IBM Power Systems. Skilled in server virtualization (Proxmox VE / VMware ESXi), Linux/AIX administration, and high-availability architecture.
Systems Engineering Undergraduate specializing in Enterprise Infrastructure and IBM Power Systems. Skilled in server virtualization, Linux/AIX system administration, and high-availability architecture.
Passionate about architecting dependable enterprise solutions, managing bare-metal hypervisor clusters, configuring multi-VLAN segmentations, and deploying automated disaster recovery pipelines with zero data loss.
IBM Power5/6 & AIX Virtualization · Proxmox VE & VMware ESXi Clusters · ZFS Resilient Storage · Cisco Routing & Switching (CCNA) · MikroTik OSPF & pfSense Firewalls · Docker & LXC Microservices · Java Android & Firebase Realtime Sync.
Enterprise reliability, hypervisor virtualization, and resilient network design.
Deploy and manage IBM Power Systems with POWER5/6 architecture, configuring AIX LPARs and RHEL server environments for high availability.
Architect Proxmox VE and VMware ESXi clusters, configuring resilient ZFS storage pools, automated snapshot schedules, and disaster recovery.
Implement multi-site topologies with 5+ VLANs, strict firewall rules, WireGuard/IPsec tunnels, and OSPF dynamic routing via MikroTik and pfSense.
Engineer full-stack applications in Java (EventLK) with real-time Firebase synchronization, CI/CD automation, and hybrid cloud integrations.
Architected and managed a full enterprise-grade lab environment mimicking production standards. Deployed IBM Power Systems with POWER5/6 virtualization, hosting multiple AIX LPARs for testing HA scenarios. Engineered resilient storage using Proxmox VE clusters with ZFS, ensuring zero data loss during simulated disk failures. Configured multi-site network topologies with 5+ VLANs, strict firewall rules, and OSPF routing via MikroTik/pfSense.
Developed "EventLK," an Android application serving test users with real-time Firebase synchronization. Automated software deployment pipelines and maintained driver updates across Windows/Linux ecosystems. Collaborated with peer teams to troubleshoot C/C++ code, reducing debugging time for academic projects.
Built virtualized environments using VMware ESXi and Proxmox. Created cloud-like infrastructure with VM templates, snapshots, and backups. Configured containers (LXC, Docker) for development/testing use cases and integrated cloud services (AWS/GCP basics) for hybrid-lab experiments.
A look at hands-on enterprise systems, virtualization architectures, and applications.
What it is: A multi-node enterprise infrastructure lab environment mimicking corporate datacenter operations with UNIX workloads and redundant storage.
What I did: Virtualized IBM Power5/6 servers hosting multiple AIX LPARs for high availability testing. Configured clustered Proxmox VE nodes with ZFS mirroring, ensuring zero data loss during simulated disk failures. Established multi-VLAN segmentation with pfSense and MikroTik OSPF routing.
Outcome: Validated high-availability failovers and zero-data-loss storage recovery protocols under simulated production load.
What it is: A full-stack mobile event platform developed in Java and Android SDK with live Firebase backend synchronization.
What I did: Engineered the Android mobile application, integrated Firebase Real-Time Database for seamless multi-user synchronization, implemented user authentication, and managed automated build delivery.
Outcome: Successfully deployed to test users with real-time cloud data consistency and responsive UI performance.
What it is: A hybrid virtualization testing lab integrating VMware ESXi, Proxmox VE, and containerized microservices with cloud connections.
What I did: Configured ESXi and Proxmox hypervisors, established automated VM template deployments and snapshot schedules, and deployed Docker and LXC containers for rapid test environments.
Outcome: Established a flexible, rapid-provisioning testbed with hybrid cloud integration for AWS and GCP experiments.
Running a physical 3-node Dell PowerEdge homelab gives me hands-on experience with hardware troubleshooting, hypervisor clustering, network segmentation, and backup schedules outside of production environments.
Compute virtualization node running Proxmox VE, hosting test VMs, LXC containers, and self-hosted utilities.
Dedicated Proxmox Backup Server testing deduplication, incremental snapshot backups, and recovery testing.
Edge firewall and routing node managing multi-VLAN segmentation, WireGuard tunnels, and firewall rules.
A transparent view of tools and technologies I have worked with or am actively learning.
Chronological timeline of professional experience, university studies, and certifications.
Gaining real-world experience supporting DevOps workflows, CI/CD pipeline automation, Docker containerization, Linux systems, ThingsBoard, and Keycloak integrations.
Academic studies focused on computer networks, distributed systems, operating system concepts, and software engineering.
Training covering IP routing protocols, switching architectures, VLAN configurations, subnetting, and network security foundations.
Practical coursework covering Docker containerization, continuous integration workflows, and deployment automation concepts.
Object-oriented programming, data structures, algorithms, and application development fundamentals.
Technologies and concepts I am actively diving into as I develop my skills.
Learning Kubernetes deployments, service networking, config maps, ingress controllers, and Helm charts.
Writing Ansible playbooks and exploring GitOps patterns for repeatable infrastructure and application deployments.
Experimenting with Prometheus metric exporters, PromQL queries, and high-fidelity Grafana monitoring dashboards.
Studying site reliability engineering fundamentals, incident post-mortems, and building resilient systems.
Official documents, verified CV, and source code repositories.
Official CV detailing Enterprise Infrastructure specialization, IBM Power Systems, CCNA certification, SLIIT degree, and references.
Interactive 3-node Dell PowerEdge server rack, pfSense multi-VLAN topology map, and live CLI console.
Source code repositories for applications (EventLK), automation playbooks, and homelab configurations.
Available for Enterprise Systems, Virtualization, and Network Engineering opportunities.
Feel free to reach out regarding Enterprise Systems opportunities, collaboration, or technical discussions.
