Projects
A grouped view of selected projects. Some entries link to short case studies; others are placeholders to be expanded over time.
Quantum Projects
Layout-driven design notes and modeling-focused exploration.
Case Study
Two-Qubit Transmon System
Designed a two-qubit transmon layout to explore coupling intuition, geometry trade-offs, and practical layout decisions.
Open →
In Progress
CMOS-Oriented Thesis Direction (Early Stage)
Coursework-based preparation and topic exploration for a potential CMOS circuit design thesis.
Planned →
RF / SDR Projects
From simulated modulation chains to real-time observation with SDR hardware.
Case Study
Modulation & Demodulation Experiments
Generated and observed real-time RF signals; evaluated FM/AM/PSK/QAM behaviors and selected suitable modulation for applied use.
Open →
Concept
Mini SDR Hardware Design (PCB Concept)
Compact SDR hardware thinking: RF front-end sensitivity, layout constraints, and system trade-offs.
Planned →
FPGA & Embedded Systems
Verification-oriented workflows, embedded integration, and applied control.
In Progress
LDPC Error-Correction Verification
MATLAB & Simulink verification and BER-focused evaluation (write-up postponed for now).
Planned →
IoT
IoT-Based Smart Home Automation
IoT-enabled control logic for smart home devices, with emphasis on integration and practical operation.
Planned →
Optoelectronics & Optical Fiber
Graduate-level topic notes and system-level understanding.
Notes
Optical Fiber Communication — Study Notes
Modulation/detection concepts, noise intuition, and end-to-end link thinking (to be published).
Planned →
Notes
Advanced Optoelectronic Applications — Notes
Device and system-level perspective: how optoelectronic building blocks map into engineering constraints.
Planned →
Hardware Projects
PCB-level design thinking: analog, power, and measurement hardware.
PCB
Op-Amp Audio Amplifier PCB
Analog amplifier design with layout considerations (noise, stability, grounding).
Planned →
PCB
DC–DC Converter PCB
Converter design with efficiency and switching behavior considerations.
Planned →
PCB
Oscilloscope Hardware Concept
Analog front-end, sampling concepts, and implementation constraints (concept stage).
Planned →