Kyeongmun Eom
Bridging AI Technology with Real-World Infrastructure and Services
2002.03.21
I am an aspiring cloud and infrastructure engineer with strong interests in cloud architecture, containerization, deployment automation, and scalable system design. Through hands-on experience building both serverless and Kubernetes-based platforms, I have developed practical skills in designing systems that emphasize reliability, security, operational efficiency, and automation. My long-term career goal is to become an engineer who can design, automate, and operate scalable infrastructure that supports stable real-world services. I hope to continue growing into a cloud engineer who can bridge technical implementation with practical service operations and architecture design.
Dongguk University
Department of Information and Communication Engineering
Mar 2021 – Feb 2027 (Expected)
GPA 4.08 / 4.5
Major GPA 4.25 / 4.50
Cloud Wave 7th Cohort
CJ OliveNetworks
Dec 2025 – Feb 2026
Rock Korea (Intern)
Software Engineer Intern
- ·Developed an LLM- and RAG-based automation tool for internal workflow support.
- ·Participated in applied research and co-authored a paper for the Korean Society of Automotive Engineers (KSAE).
- ·Gained practical experience in connecting AI-based systems with real engineering workflows.
Mar 2026 – Jun 2026
FC TOTO (University Soccer Club)
Mar 2022 – Aug 2025
LINKERS (Career Exploration Club)
Sep 2024 – Dec 2024
TAVE (Developer Club)
Mar 2025 – Jul 2025
FC Jeongtong (Soccer Club, Captain)
Mar 2025 – Feb 2026
Republic of Korea Army (Sergeant)
Honorably Discharged
May 30, 2022 – Nov 29, 2023
Advanced Data Analytics Semi-Professional (ADsP)
Korea Data Industry Promotion Agency
Mar 2025
Linux Master Level 2
Korea Association for ICT Promotion (KAIT)
Oct 2025
SQL Developer (SQLD)
Korea Data Industry Promotion Agency
Dec 2025
AWS Certified Solutions Architect – Associate
Amazon Web Services
Mar 2026
Backend
Infra / Platform
CI/CD & GitOps
Observability
Security

Newgnal Backend
May 2025 – Jul 2025
Backend development for a community platform supporting user content and interaction features.

EKS · Central VPC Infrastructure
Feb 2026 – Mar 2026
Design and validate a scalable Kubernetes-based platform architecture with centralized network and observability design.

Personal Portfolio Website
Mar 2026 –
Build and operate a personal portfolio platform using a fully serverless architecture with automated deployment, observability, and security controls.
Multi-Layer EKS Autoscaling for 2,000 RPS
- Problem
- CPU-based HPA was too slow to reflect traffic spikes, causing unready Pods to receive requests and repeated Pending states.
- Action
- Separated startup/readiness/liveness probes and aligned ALB health check paths to block unready Pods. Supplemented with KEDA pre-scaling and Karpenter for a multi-layer autoscaling architecture.
- Result
- Sustained 2,000 RPS for 60 seconds and handled 120,000 total requests in QA — validating the multi-layer autoscaling design.
Centralized NAT via Central VPC & Transit Gateway
- Problem
- Per-environment NAT Gateways duplicated fixed costs, while distributed security and observability points increased operational overhead.
- Action
- Redesigned egress routing around a Central VPC and connected each VPC via Transit Gateway to centralize shared services and observability.
- Result
- Consolidated NAT Gateways across Dev, QA, and Prod into a single Central VPC — reducing fixed costs and establishing a unified observability layer.
Multi-Stage Docker Build for Leaner Images
- Problem
- Single-stage images bundled JDK, Gradle, and source code together, bloating image size and increasing both CI/CD time and ECR costs.
- Action
- Restructured the Dockerfile into separate build and runtime stages, ensuring only the final JAR is included in the runtime image.
- Result
- Reduced image size, shortened ECR push time, and improved both deployment reliability and storage cost efficiency.