TOEFL iBT (101/120)

Company Program

APTIS Reading & Vocabulary (99/100)

TOEIC (990/990)

In-car BLE connectivity: 🔹 BLE key fob & CCC digital key leveraging a multi-platform BLE framework • Helped design, develop, review and maintain a multi-platform BLE framework (TI CC26x2 & NXP KW45) • Added support for the NXP KW45 series • Conducted meetings that pertain to the overall design of the BLE framework • Made crucial design choices involving pin configuration, clock management and power efficiency • Developed middleware to manage a GATT client's GATT database • Implemented a GAP device manager to handle BLE pairing, bonding and manage device bond records • Crafted a keyfob button signal filtering module to distinguish between different types of button pushes (short, long, extended, stuck, double) and handle their competing priority levels • Led efforts to enhance code modularity by introducing abstraction to middleware components and hardware peripheral drivers (Uart, Spi, Timer, Adc, Crypto, Wdg) 🔹 Activities • Software Requirements Specification review • Probing hardwar

Lead Firmware Consultant

Cross-platform IoT framework: • Helped design, develop and maintain a stand-alone framework for event-driven IoT applications • Added support for the Nordic nRF5 series SoCs • Integrated Nordic's BLE protocol stack (Softdevice) • Developed middleware to handle BLE events, manage connections and customize advertisements • Developed full-featured drivers for upwards of 10 sensors, step-down battery chargers... • Added the framework to PlatformIO • Ensured the framework's support by the ST STM32, Atmel SAM & Nordic nRF52 PlatformIO platforms Low-cost oxygen concentrator: • Designed and developed an application to control the valves of an oxygen concentrator, capture a GPS position, collect sensor data, print it to an LCD screen and send it to ThingsBoard over GPRS Cattle tracking device: • Designed and developed an application to collect sensor data and communicate with a constellation of 8 Astrocast nanosatellites • Conceptualized and implemented a sophisticated algorithm to optimize pow

Embedded Software Engineer

LoRa mesh network as an alternative to traditional LoRaWAN deployments: • Designed a transport layer for a LoRa mesh network • Put in place a dynamic Join/Leave mechanism allowing for a self-sustaining network of up to 15 nodes • Implemented a 4-layer packet transmission scheme to ensure reliable data transfer and avoid common network pitfalls (collisions, congestion, bottlenecks...) • Performed stress tests to challenge the network's reliability • Applied 3+ optimization techniques to reduce memory footprint by 8%

Embedded Software Engineering Internship

I am a Software Engineer specializing in Systems Programming, Embedded Linux, and Networking applications. I thrive at t

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