Enhancing Customer Experience within the FPGA Programmable Solutions Group by providing Embedded support for Intel cutting-edge FPGA boards, covering Embedded Linux, Soft Processor Systems (Nios II & Nios V), Hard Processor Systems (ARM-based SoCs) and Standard Interfaces (Avalon & AXI)

Developing state-of-the-art communication protocols and technologies using C while applying air-worthiness and safety critical guidelines such as MISRA and DO-178C as part of the VNS Platform Software Team.

Electrical Power Team (Jan 2021 - July 2021): Working in the Electrical Load Management System of the Boeing 777x aircraft as a LHS (Left Hand Side) Embedded Software Developer using ADA and following DO-178C guidelines on Circuit Breaker Monitoring and Current Monitoring Logic.Connected Aircraft Team (Jan 2020 - June 2020): Developed a Data Load application capable of uploading & updating Software Components via a Web Interface for the Aviation Health Management Unit as part of the Bombardier Aerospace Connectivity Program, an avionic capable of bringing on-air internet connectivity as well as aircraft recording & diagnosting services. This was an Embedded Linux development in C, that required knowledge in POSIX and Buildroot.Controls Systems Team (July 2020 - Dec 2020) : Worked on the Engine Trim Balance & Crew Alerting System logic for the LEAP engine programs of Airbus & Comac, supporting the entry into service of the C919, as well as developing an Engine Trim Balance Decoder using pearl, that reduced the rig-testing time of Vibration logic changes.Platforms Software Team (April 2019- Dec 2020) : Implemented a networking linux device driver with a new state of the art protocol for Integrated Modular Avionics as part of my first rotation in the Platforms Software Team. Engaged myself in a cross-team development for an R&D team in US where we managed to develop a customized operating system for enabling task specific communications capabilities in an embedded hard processor on a FPGA Board. Developed trainings for the first four layers of the OSI model in ethernet networks and helped in the optimization of an embedded web server using Fast CGI. The EEDP accelerates participants professional and technical development within GE’s Advance Courses in Engineering and a variety of business-critical engineering assignments that prepare the participant for developing & supporting aerospace projects that follow the DO-178C guidelines.

Worked on the development, maintenance and automation of web applications to display data, metrics & analytics using PHP, Javascript, Python, MySQL & Plotly.js.

Applying several methodologies such as Lean Manufacturing, Design Thinking & Change Acceleration Process to define, analyze and solve a technology migration process problem via automation and programming using VBA & AutoCAD Electrical 2015.