Selected Works

A collection of digital experiences, mainstream projects, and personal explorations.

Verilog Implementation of FIR Filter

An end-to-end signal processing demo. Python handles the math (signal generation, quantization, analysis), while Verilog handles the heavy lifting (16-tap FIR filtering).

16-bit signed fixed-point coefficients (1 sign + 15 fractional bits)
Inputs normalized to (-1,1) and stored similarly
Final output as a 36-bit signed number (1 sign, 5 integer, 30 fractional bits)

VerilogPythonSignal ProcessingDigital Filters

Texas Instruments BYTE Mentee

The BYTE program at Texas Instruments offers a structured 6-week workshop focusing on Linear Networks, including hands-on projects and engaging sessions with technical leaders.

Developed a deep, intuitive understanding of analog system dynamics, moving beyond rote formulas to visualize how poles, zeros, and buffers dictate real-world circuit behavior.
Utilized the QUCS simulator to model and analyze complex circuits, observing real-time responses to gain a practical grasp of transient and frequency domain characteristics.
Mastered foundational concepts ranging from R-C networks and Fourier transforms to Diodes and Op-Amps, bridging the gap between mathematical theory and physical implementation.

Texas InstrumentsAnalog ElectronicsSimulationLinear Networks

Info Matrix

InfoMatrix is a Wi-Fi-enabled LED matrix display built using the ESP8266. It allows you to display custom messages, colors, and temperatures through a web interface hosted directly on the microcontroller.

Control text, scroll speed, color, and modes (scroll, static, loop) from a neat web interface
Fetch and show the current temperature on demand from OpenWeatherMap
Save your API key and city using SPIFFS, so you don’t need to re-enter every time
Connect effortlessly with WiFiManager and access via infomatrix.local thanks to mDNS

ESP8266ArduinoIoTEmbedded SystemsMicrocontroller