{"data":{"projects":{"edges":[{"node":{"frontmatter":{"title":"Adaptive Home Safety Monitoring System","tech":["ESP32","Python","Embedded C/C++","Sensors"]},"html":"<p>Team project: assistive door monitoring for children with special needs, with family-guided requirements. Multi-sensor design (reed switches, accelerometers) for reliability; ESP32-based notifications via email; planning for tamper resistance, dual power, and offline operation.</p>"}},{"node":{"frontmatter":{"title":"Custom ECG with Signal Processing","tech":["Analog design","MATLAB","NI DAQ"]},"html":"<p>Built a custom ECG using op-amp high-pass and low-pass stages; digitized with NI DAQ and processed in MATLAB (60 Hz noise removal via Parks-McClellan and notch filters); heart rate via Fourier analysis, tying analog front-end to DSP.</p>"}},{"node":{"frontmatter":{"title":"Accelerometer-Based Tilt Measurement","tech":["C++","FPGA"]},"html":"<p>C++ on DE1-SoC to sample an accelerometer; FPGA logic converted readings to tilt angle on a 7-segment display, integrating HPS software with programmable hardware for real-time behavior.</p>"}}]}}}