Guidance and Control
Guidance laws and control-system design for aerospace vehicles.
I am an electrical engineering student interested in guidance and control, trajectory optimization, and nonlinear and adaptive control for aerospace systems.
02 / Research
My interests center on aerospace guidance, trajectory design, and control under nonlinear and changing flight conditions.
Guidance laws and control-system design for aerospace vehicles.
Optimal trajectory generation under vehicle dynamics and mission constraints.
Robust flight control across nonlinear dynamics and changing operating conditions.
RTL accelerators and compute-efficient architectures for embedded systems.
03 / Projects
Each entry separates implemented work from ongoing development and documented study.

Flight systems
Built telemetry ground software and developed an STM32F405 replay platform for repeatable avionics firmware validation.
Navigation
Evaluated a loosely coupled extended Kalman filter using reference position, velocity, and attitude data.
View repositoryDigital hardware
Implemented FC1-Norm-ReLU-FC2 inference with a reusable 4x4 weight-stationary systolic array.
View repositoryEmbedded optimization
Completed and benchmarked a 64-point radix-2 DIF FFT on a Zybo Z7-20, comparing direct DFT, C FFT, and ARM implementations.
View studyComputer architecture
Implemented a 16-bit pipelined CPU with arithmetic, memory, branch instructions, and multi-stage data forwarding.
View architecture
Computer vision
Demonstrated live YOLO person detection and bounding boxes on Tello video.
View prototype
Embedded vision
Developed YOLOv8 bottle-mouth detection and Arduino-driven control software for automated wine sealing and opening.
View project04 / Experience
Electronics Team Member, Konkuk University
Undergraduate Research Assistant, Konkuk University
B.S. Candidate, Electrical and Electronics Engineering
05 / Contact
For research and engineering conversations, reach me by email or through the profiles below.