Computer Engineering Student
Satellite Data Β· GIS Β· Embedded Systems Β· UAV / UAM Β· Platform Engineering
GitHub is where I organize my engineering process:
from problem discovery, field research, system design, prototyping, documentation, and presentation.
I am interested in building systems that connect software, hardware, data, and people.
My background includes hardware manufacturing experience such as circuit design, BOM, SMT process, Gerber data, basic firmware workflow, and customer communication.
After entering university, I have been working on embedded telemetry tools, UAV systems, disaster response platforms, satellite ground-control style prototypes, AI platforms, and smart campus services.
Recently, I have become particularly interested in how satellite imagery, GIS analysis, telemetry systems, and AI can support decision-making for disaster response, infrastructure monitoring, aerospace operations, and public-sector intelligence.
I do not define myself only as a programmer.
My strength is understanding technical structures, explaining them to non-technical people, and turning ideas into working systems.
- Satellite Data & GIS
- SAR / EO Analytics
- Telemetry & Diagnostics
- Embedded Systems
- UAV / UAM
- Disaster Response Systems
- Engineering Operations
- SAT-GCS Defense Space Plus10: Satellite telemetry and ground-control prototype
- SkyEdge VTOL: ROS2/PX4-oriented UAV mission stack
- RescueMap OS: GIS-based disaster response platform
- Ghost Ant Handover: UAM communication handover optimization research
- Mission State Machine C++: Autonomous mission logic and failsafe flow
- FieldOps Embedded Diagnostic Suite: Embedded field diagnostics and telemetry tools
- Grand Prize, Future Government Innovation Idea Contest
- Encouragement Award, Intelligent Innovation Idea Contest
- KRAC 24th Robot Aircraft Competition, SW Team, Passed 1st Preliminary
- Open Source Software Developer Contest, RescueMap OS
- UAM communication handover research
Satellite Data / GIS / Remote Sensing
+
Telemetry Infrastructure
+
VTOL / Mission Systems / ROS2-PX4 Style Flow
+
Embedded Diagnostics / Field Operations
+
Disaster Response / Spatial Intelligence
+
Backend & Decision Support Dashboards
Not just UI. Not just ideas. Build the flow. Show the evidence. Document the constraints.
- SAR Imagery
- EO Imagery
- GIS Analysis
- Remote Sensing
- Geospatial Intelligence
- Telemetry Infrastructure
- UAV Mission Systems
- Embedded Diagnostics
- Spatial Decision Support
- Disaster Response Technology
flowchart LR
A[Hardware-Adjacent Experience] --> B[Embedded Diagnostics]
B --> C[Telemetry Pipeline]
C --> D[Backend / API]
D --> E[Dashboard / Decision Support]
C --> F[Satellite / GCS Style Systems]
C --> G[VTOL Mission Stack]
G --> H[Telemetry Safety / Failsafe]
G --> I[PX4 Bridge / Guidance]
G --> J[Vision Assist / Hardware Prototype]
E --> K[GIS / Disaster Response]
K --> L[Spatial Intelligence]
D --> M[Research Software / AI Platforms]
| Category | Repository | Focus |
|---|---|---|
| π°οΈ Satellite / GCS | sat-gcs-defense-space-plus10 |
Satellite ground-control style telemetry pipeline with C++ packet handling, Java mission server concepts, Python tools, and React dashboard flow |
| π©οΈ VTOL Mission Stack | skyedge_vtol |
ROS2/PX4-oriented VTOL mission stack with telemetry safety checks, PX4 bridge scaffold, waypoint guidance, vision-assisted logic, smoke tests, and CI |
| π GIS / Disaster Response | rescuemap-os |
GIS-based disaster response platform with local data layers, vulnerable-user check-ins, map-layer logic, and failure-map reporting |
| π‘ UAM Communication | ghost-ant-handover |
UAM handover optimization research with reward modeling, predictive Ghost Ant logic, simulation logs, and quantitative evaluation |
| βοΈ Mission Logic / C++ | mission-state-machine-cpp |
C++ mission state machine for autonomous systems, telemetry health checks, failsafe transitions, and mission-control flow |
| π οΈ Embedded Diagnostics | fieldops-embedded-diagnostic-suite |
Embedded field diagnostics toolkit with serial parsing, GNSS tracking, telemetry monitoring, C scheduler logic, log analysis, and dashboard prototype |
| 𧬠Bio AI / Research Software | BioDockLab |
Bio AI research platform connecting experiment data, backend API, dashboard, Python analysis, digital twin simulation, and report automation |
| π« Campus Product | paejae-pick-2-app |
Campus life platform for Paejae University students with Flutter app structure, student services, and operation-oriented product flow |
| Repository | Role |
|---|---|
telemetry-packet-parser-c |
C-based telemetry packet parser and UDP mission diagnostics toolkit |
embedded-telemetry-lab-c |
C-based telemetry parsing and embedded diagnostics lab focused on anomaly detection, CRC validation, and mission-session reporting |
uart-diagnostic-cli-c |
C-based UART log parser and embedded diagnostic CLI for field operation systems |
binary-packet-inspector-c |
C-based binary packet inspector for embedded telemetry and mission diagnostics |
twinflight-mission-v2 |
ROS2 / PX4 mission simulation with YAML mission config, offboard control flow, and PX4 SITL workflow |
ros2-px4-yaml-param-debug |
ROS2/PX4 debugging notes focused on YAML parameter validation and mission configuration checks |
Memory-Twin |
AI memory agent platform focused on personal memory preservation, ethical data design, product planning, and long-term AI interaction |
Cs_Resources |
CS study archive covering C, C++, Java, Python, Linux, networking, embedded basics, and interview preparation |
- π§ Helping peers understand CS courses, projects, and career direction
- π οΈ Leading small student projects from idea to prototype
- π« Building campus-oriented service prototypes based on real student problems
- π€ Communicating with professors, university staff, and industry contacts
- π’ Preparing presentations, project documents, and competition materials
- π Turning vague ideas into runnable structures, roadmaps, and demos
- π§ͺ Connecting research ideas with software architecture and implementation evidence
I try to build projects with:
- clear system boundaries
- realistic constraints
- runnable or inspectable structure
- backend + dashboard + operation flow
- documentation that explains why the system exists
- implementation evidence beyond screenshots
- honest limitations and future work
- hardware-adjacent or operations-oriented thinking
- research software structure for data, analysis, simulation, and reports
| C++ Mission Logic Β· VTOL Β· Systems |
C Telemetry Β· Packet Parser Β· Embedded |
Python Simulation Β· AI Β· Data Analysis |
TypeScript Dashboard Β· Web UI |
| Java Backend Concepts |
JavaScript Web Prototypes |
Shell Automation Β· DevOps |
HTML/CSS Frontend Support |