Vu Thanh Long NGUYEN

– Analyze and verify C/C++/Rust codebases using TrustInSoft Analyzer to uncover undefined behavior and security defects for high-profile clients, including a Big Tech company. – Static analysis and verification: Configure analysis frameworks, write drivers, stubs, and automation scripts; tune analyses to reduce false positives; review findings and deliver actionable reports. – Bug classes: Integer overflows, out-of-bounds accesses, invalid memory usage, uninitialized values, pointer misuse, data races. – Analyzed code: Cryptographic libraries, operating systems, bootloaders, high-performance C++ libraries.

– Develop and integrate embedded software for Cabin Monitoring Systems (CMS), including Driver Monitoring Systems (DMS) and Occupant Monitoring Systems (OMS). – Software development: Implement brightness control algorithms, video device management, image processing, diagnostics services, data communication, and finite state machines. – Software integration: Integrate embedded tracking libraries for driver, occupant, and object tracking; configure Linux; develop camera drivers. – Tools and testing: Develop Linux and Windows software tools to control camera modules, video injection/recording boards, and test systems.

– Develop embedded software for the OUDJA POD, a contactless medical device measuring vital signs such as temperature, heart rate, blood pressure, and SpO2. – Firmware development: FreeRTOS applications for sensor data acquisition, LED and fan control, and communication with the central processor. – Embedded Linux applications: Manage RGB and thermal cameras, Wi-Fi, and communication with HTTP clients. – Tools and testing: Build systems, Linux programs and scripts for unit testing, network testing webpages (JavaScript), and thermal camera calibration on Windows.

– Develop embedded applications to test and validate Qorvo's ultra-wideband (UWB) stack on microcontrollers and real-time operating systems. – MCU firmware: nRF5 and STM32F4 microcontrollers for UWB stack testing and evaluation. – RTOS development: FreeRTOS and Zephyr applications to support real-time ranging and communication. – Ranging methods: Implement single-sided and double-sided two-way ranging (SS-TWR, DS-TWR) for precise distance measurement.

– Develop ultra low-power, high-accuracy real-time embedded software for the µMA system (Micro Modular Data Acquisition Unit for aircraft and industrial testing). – Firmware development: Bare-metal and FreeRTOS, including analog acquisition (time-synced), Ethernet (PTP), Wi-Fi (IRIG 106), and data logging (SD, FAT32). – Embedded Linux applications: Config file parser and Wi-Fi data exchange apps for the XMA system. – Tools and testing: Bash and Python scripts for Linux and Windows to automate testing and data handling.

– Develop embedded software for ANAFI and ANAFI Ai drones, including bare-metal firmware and lightweight OS drivers. – Bare-metal firmware: STM32 MCUs, motor control for gimbals and autofocus systems, bootloaders supporting SPI, I2C, and USB. – Embedded OS development: Embedded Linux and Huawei LiteOS, including SPI driver improvements, gimbal motor protocol library, and PID control library. – System integration and control: Ensure precise coordination between firmware, drivers, and control algorithms for drone subsystems.

– Design and develop high-performance real-time embedded software for low-footprint DSPs in aeronautics, automotive, medical, and security applications (2-3 projects per year). – Bare-metal firmware: AC/DC, DC/DC, inverters, motor control, and battery management systems. – Control and acquisition: ADC acquisition, PWM control, PID regulation, safety, and protection functions. – Communication and tools: Implement CAN and I2C bootloaders for TMS320 MCUs; develop Windows applications for MCU control and firmware updates.

– Study signal conditioning stages (preamplifiers) for piezoelectric and capacitive sensors

– Create a C++ module for the communication between the ultrasound scanner MyLabOne and computer via USB port

– Create a MATLAB program processing vibration signals