Application Engineer building LabVIEW test & measurement systems for aerospace, nuclear, power and space clients, and bringing in Python, ROS and computer vision on top of them.
I'm a Mechatronics engineer with 5+ years of experience designing, developing and deploying LabVIEW-based solutions. I've delivered automated test systems for organisations such as ISRO (SAC), NPCIL, Tata Power and LG India.
At Ducom Aerospace I build tribology test & measurement software that captures force, temperature, humidity, vibration and acoustic emission data. I also work on computer vision pipelines for human tracking and on ROS-based robotic mapping.
I like problems where real hardware meets software: controlling instruments over SCPI/GPIB, streaming sensor data over Modbus/CAN, and adding AI on top.
All-in-one open-source hardware engineering console & Python SDK supporting SCPI/VISA, RS-232/UART, Modbus RTU (RS-485), Modbus TCP, TCP/IP, UDP, Telnet, CAN Bus 2.0A/B, and USB / DirectShow / TCP Camera frame inspection — complete with direct browser WebSerial/WebRTC hardware access, live CRC-16 calculator, register map, and instant Read / Write / Query execution.
Simulated 1000 Hz 4-channel edge telemetry. Toggle machine operating states to observe impulsive bearing shockwaves, Kurtosis spikes, and automated safety trip interlocks:
Simulated 8-step PDU DC-DC Converter qualification run using Keysight SCPI HAL drivers, dynamic limits, and SQLite datalogging.
100% mathematical vector graphics (QPainter & WinAPI Ctypes). Switch crew members to trigger live procedural animations, speech, and health reminders:
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Automating optical wear scar measurement on test specimens using custom YOLOv5 models, background PyQt5 camera daemons, and LabVIEW binary TCP sequencing — replacing subjective manual optical measurements with a repeatable sub-micrometre machine vision pipeline.
How to eliminate vendor lock-in and instrument obsolescence by decoupling test sequences from Keysight, Keithley, and Modbus hardware through abstract base interfaces, dynamic dependency injection, and zero-hardware simulation.
Looking for a LabVIEW, test automation or robotics engineer? My inbox is open.
| STEP NAME | MEASURED | LIMIT TOLERANCES | STATUS |
|---|---|---|---|
| Ground_Bonding_Resistance | 0.1798 Ω | >= 0.0 & <= 0.5 Ω | PASS |
| Input_Rail_Voltage_Setup | 11.9548 V | >= 11.8 & <= 12.2 V | PASS |
| Standby_Quiescent_Current | 19.1001 mA | >= 5.0 & <= 35.0 mA | PASS |
| Regulated_5V_Logic_Rail | 5.0183 V | >= 4.9 & <= 5.1 V | PASS |
| Regulated_3.3V_MCU_Rail | 3.3090 V | >= 3.25 & <= 3.35 V | PASS |
| 5V_Rail_Ripple_Noise_Vpp | 37.3537 mV | >= 0.0 & <= 60.0 mV | PASS |
| Switching_Frequency_PWM | 500.2436 kHz | >= 485.0 & <= 515.0 kHz | PASS |
| Power_Conversion_Efficiency | 90.5374 % | >= 85.0 & <= 98.0 % | PASS |
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