Amirul Adam Bin Md Shah

Validation and NPI process engineering for an AI-enabled embedded vision safety platform based on Qualcomm QRB5165 / QCS6490 SoCs.

• Executed 2D/3D X-ray inspection and functional testing on PCBA assemblies to detect solder voids, bridging, and BGA misalignment.
• Performed Lens Barrel Assembly (LBA) optical calibration, including optical center alignment, focus verification, AWB calibration, and dust inspection.
• Validated Wi-Fi 6, BLE 5.x, Ethernet, LTE, PoE power architecture, current consumption, and 940nm IR illumination performance.
• Executed embedded Linux firmware flashing, configuration, and Python automated test script development for log processing and KPI tracking.

A 4G RF detector for real-time RF signal power measurement and monitoring in communication engineering applications.

• Designed an analog RF detection circuit using the ADL5902 RF Power Detector integrated with an ESP32 microcontroller.
• Designed and simulated a 2.6 GHz microstrip patch antenna in CST Microwave Studio, validated via VNA S-parameter testing.
• Fabricated FR-4 PCB prototypes, performed circuit assembly, calibration, testing, and hardware debugging.
• Integrated Blynk IoT platform for real-time visualization and analyzed measurement data using MATLAB.

Process, measurement system analysis, and hardware-software integration for an embedded drone camera delivery system.

• Conducted Gauge Repeatability & Reproducibility (GR&R) studies to evaluate measurement capability and operator/equipment consistency.
• Supported validation of FPGA platforms and NVIDIA Orin embedded systems, including firmware verification and robotic-assisted automated testing.
• Performed system testing and troubleshooting in Embedded Linux environments using log analysis.
• Authored Standard Operating Procedures (SOPs) and supported NPI builds for production readiness.

Validation and calibration of an embedded surveillance camera platform incorporating imaging, sensors, and wireless connectivity.

• Performed Lens Barrel Assembly (LBA) calibration, focus adjustment, and 3D camera alignment verification.
• Validated Real-Time Clock (RTC) timekeeping retention, IMU/gyroscope response, and BLE wireless communication.
• Executed validation firmware flashing, peripheral boot verification, and hardware failure troubleshooting.
• Created Python scripts for production log parsing, validation report generation, and defect trend tracking.

Quality engineering and multi-subsystem validation for a portable digital imaging device platform.

• Performed Optical Viewfinder (OVF) verification, AWB calibration, shading correction, and RGB color resolution testing.
• Executed functional testing for BLE pairing, SD card interfaces, LCD display, speaker audio, and battery charging circuits.
• Participated in PFMEA sessions to identify manufacturing process risks and establish preventive controls.
• Developed custom Python scripts for test log processing and automated KPI report generation.

An IoT-based water quality monitoring system for continuous pH, turbidity, and temperature tracking with real-time SMS alerts.

• Integrated Arduino Uno with pH, turbidity, and temperature sensors, alongside a SIM900A GSM module and DC-AC converter.
• Programmed threshold-triggered emergency SMS alerts for real-time risk notification.
• Performed circuit design, hardware assembly, sensor calibration, and experimental field validation.

Development of an embedded smart access control system featuring RFID/UHF, facial recognition, and IoT integration.

• Designed software logic and embedded hardware for RFID/UHF access control and facial recognition implementation.
• Handled PCB prototyping, precision soldering, hardware troubleshooting, and signal testing.
• Drafted schematic layouts, design documentation, and technical manuals using AutoCAD.