Smart Data Acquisition System (DAQ) using LabVIEW
Designed a real-time NI LabVIEW data acquisition system with temperature and light sensor interfacing, live waveform visualization, threshold-based alerts, and automated CSV/Excel data logging.
Electronics and Communication Engineering student
Electronics and Communication Engineering student with hands-on project experience in IoT, embedded systems, VLSI design, real-time data acquisition, and smart automation.
B.Tech, Electronics & Communication Engineering
2024-2027
Pursuing
Diploma, Civil Engineering
2023
Secondary School Certificate (Class X)
2020
Middle School Diploma, Class X
Master's Degree, Civil Engineering
Designed a real-time NI LabVIEW data acquisition system with temperature and light sensor interfacing, live waveform visualization, threshold-based alerts, and automated CSV/Excel data logging.
Developed an ultrasonic-sensor-based dustbin monitoring system that sends fill-level data to a cloud dashboard via MQTT and includes Python visualization for real-time and historical tracking.
Designed an HC-SR04 ultrasonic sensor and servo motor radar system for 180-degree scanning, with embedded firmware for sweep control and a real-time Python GUI for object detection and distance visualization.
Designed an NI LabVIEW traffic light control system with timed multi-lane signal sequencing, state machine logic, a virtual front panel, and digital I/O hardware-interfacing simulation.
Built an NI LabVIEW smart home automation system for remote appliance control, sensor-based temperature and ambient-light triggers, real-time monitoring, and appliance-usage data logging.
Designed CMOS combinational and sequential digital circuits in Cadence Virtuoso, including schematic capture, layout generation, DRC/LVS verification, and area and power optimization.