Kpatidar - Electronics & Communication

About Me

Detail-oriented Electronics & Communication Engineering graduate and an aspiring professional dedicated to Post-Silicon Testing, Analog Layout, and Semiconductor Manufacturing. Possesses foundational knowledge of semiconductor technologies, ATE architecture, and hardware debugging methodologies. Competent in utilizing lab instruments and Python scripting for test automation and data analysis to detect manufacturing defects, verify signal integrity, and execute parametric testing.

Skills & Technologies

Post-Silicon TestingAnalog LayoutSemiconductor ManufacturingHardware DebuggingCharacterizationFault DetectionSignal IntegritySemiconductor ValidationAutomated Test Equipment (ATE) ArchitectureParametric Testing (DC/AC)Boundary Logic ValidationStructural Defect IsolationDigital Multimeters (DMM)Digital Storage Oscilloscopes (DSO)Signal / Function GeneratorsAnalog Signal Conditioning LayoutsLTspicePCB DesigningProgrammable Logic Controllers (PLC Ladder Logic)PythonLinuxRF communicationnRF24L01 transceiver modulesArduino NanoL293D driverFinite State Machine (FSM)FPGA architecturesProgrammable Logic Controllers (PLC)Linux Command LineNumPyPySerialIndo-German Tool Room

Projects

Wireless Hand Gesture Control System Embedded Validation

Conducted parametric testing for sensor calibration, verified wireless signal reliability with a 98.5% success rate in real-time packet delivery using digital oscilloscopes, and executed boundary logic validation across 50+ test iterations to ensure precise gesture-to-command mapping and isolate validation defects.

Parametric TestingDigital OscilloscopeBoundary Logic ValidationPython

Wireless Electronic Notice Board Protocol & Link Testing

Configured RF communication modules for real-time text transmission to a digital notice display matrix, tested signal reception reliability across distances, and debugged character mapping and matrix logic issues to ensure data readability.

RF CommunicationHardware DebuggingSignal IntegrityTesting Instrumentation

IoT-Based Wireless Light Controller Protocol & Fault Testing

Conducted fault detection across wireless protocols for multi-device responsiveness under load, logged and analyzed responsiveness metrics using custom Python scripts with NumPy and PySerial, maintaining command latency below 150ms during simultaneous multi-device access.

Fault DetectionWireless ProtocolsPythonNumPy+1

RC TANK (Remote Controlled Tank) Wireless Link & Hardware Testing

Configured nRF24L01 transceivers for 2.4 GHz wireless communication, utilized Arduino Nano for joystick input processing and track movement control, isolated electrical noise from heavy-duty motors using L293D driver tracing, and fabricated a mechanical stress-tested chassis.

nRF24L01Arduino NanoL293D DriverMicrocontrollers+1

Education

B.Tech

Electronics & Communication Engineering

Malwa Institute of Technology, Indore (Affiliated to RGPV) • - 2026

Diploma

Electronics & Telecommunication Engineering

Shri Vaishnav Polytechnic College, Indore (Affiliated to RGPV) • 2020 - 2023

Bachelor of Technology

Electronics & Communication Engineering

Malwa Institute of Technology • 2020 - 2026