• Provide technical direction to future airplane programs development and research teams, focusing on MBD and MBSE approaches for validating system-level requirements through virtual integration in Digital Twins.• Present findings and recommendations to key decision-makers on future airplane programs.• Lead the identification, prototyping, demonstration, and advocacy of technologies for exchanging models in open standard tool-neutral format to create airplane Digital Twins with high-fidelity physics-based models.• Utilize MATLAB, Simulink, Python, C, and Java for data analysis, including large-scale simulations and flight test-related activities.• Own the development of flight-critical GNC software functions for Flight Controls, such as the design, modeling, and validation of fly-by-wire systems like the 777X Trailing Edge Variable Camber function control laws (CLAWS).• Represent Boeing as the Subject Matter Expert (SME) in technical discussions with tool vendors, evaluating and proposing new features, and validating the implementation of the FMI open standard.

• Led groups and teams in defining, validating, and specifying features and requirements, designing flight-controls computers, and implementing fly-by-wire systems on various new and derivative airplane models (787, 747, 767, 737, 777).• Coordinated multi-functional, multi-discipline, and dispersed teams of internal and external/supplier groups on multiple projects, ranging from advanced development to design and product support.• Managed the group's statement of work (SOW) to ensure effective workload distribution and prioritize internal and external customer commitments.• Worked from concept to certification on electronics and software, adhering to RTCA standards such as DO-254 for development processes, DO-160 for design and testing, and DO-178 for software development.• Contributed to systems and sub-systems work including Functional Hazard Assessment (FHA), Failure Mode and Effects Analysis (FMEA), and Fault Tree Analysis (FTA).• Wrote detailed flight control fly-by-wire (FBW) requirements, including architectural definition, allocation of higher-level requirements to hardware and software, and participated in requirements reviews, design reviews, system integration, and issue resolution.• Developed requirements and managed the implementation of electronics by suppliers, providing indirect effects of lightning and HIRF protection for flight control systems.• Supported RFIs, RFPs, technical and schedule reviews, and participated in supplier selection processes.

• Oversaw the development and verification of pilot controls actuation sim models by suppliers.• Responsible for coordinating the Pilot Controls sim model for integrated airplane simulations, ensuring the delivery of Simulink verified models aligned with hardware requirements.• Developed requirements and Control Laws (CLAWS) for the industry's novel 787 variable camber function, contributing as the first author of an awarded patent.• Conducted prototyping and implementation of new features and functions for the flight control system, utilizing C, MATLAB, and Simulink for requirements validation and implementation testing within the integrated UNIX simulation environment.

• Joined the Strategic Technologies Advanced Development group, focusing on prototyping innovative software approaches and architectures to enhance existing hardware and software test instrumentation platforms.• Led proof of concept evaluations, followed by prototype development and product-level implementations using Java, MATLAB, and C.• Prepared reports and presentations on emerging technologies and identified opportunities for product development.• Developed intellectual property (IP) and obtained multiple patents as the sole author.• Authored specifications for cross-team and cross-project hardware and software design groups.• Developed DSP back-end components in Java and C, providing signal analysis for digital communications channels.• Wrote software/firmware code with advanced knowledge of digital signal processing (DSP) for embedded applications on Motorola DSP processors in RF Wireless Field Test Instruments, targeting broadband wireless CDMA technologies for monitoring and troubleshooting purposes, including data (EV-DO) and related physical channel measurements.• Conducted research and prototyping of software radios.

• Conducted MSc thesis research on equalizer/detector design for digital communications channels.• Worked on dynamic system modeling and analysis of large-scale systems using C, MATLAB, and Simulink.• Engaged in research on active control of distributed-parameter systems and collaborated with an interdisciplinary team on robust control of flexible structures. Authored and presented a paper at a conference in the United States.• Taught classes on electrical engineering.

• Taught seminars and laboratory classes on numerical analysis, real-time control programming (C, MATLAB, Simulink, FORTRAN), mathematical models, and simulations of complex systems.• Conducted research in the area of adaptive control of dynamical systems using neural networks and published papers on systems control and identification.