• Develop high performance, multi-threaded spectrum estimation and visualization tools (Time Scope, Spectrum Analyzer) using MATLAB, C++, and JavaScript• Develop multi-rate filtering algorithms, FFT based filter banks using polyphase structures (Channelizer, Channel Synthesizer)• Develop high-performance filter bank based spectral analysis algorithms• Conduct usability studies with customers, gather and incorporate feedback in the design• Gather requirements and develop specification documents describing feature functional requirements, design and architecture, and review them with stakeholders

• Gather requirements and review them with stakeholder• Develop specification documents describing new feature’s functional requirements and architecture• Design solutions from a requirements document, discussed code changes, system integration concerns, technologies to use with justifications and infrastructural concerns• Use TDD approach during the implementation phase• Collaborate with subject matter experts and development staff throughout all phases of the software development life cycle• Creates new features in the area visualization and spectral content of signals• Develop High performance spectrum estimation and visualization applications using MATLAB, C++ and JavaScript• Ensures high performance by optimizing code and algorithms as needed• Implements modern algorithms related to statistical signal processing and spectral estimation• Contributes to the development of MathWorks’ world-class software tools for visualization and analysis of spectral content of signals and related statistical signal information• Enhances the existing user interfaces and develops the next-generation interfaces• Assists in the growth of the company by targeting new platforms including the web by implementing mechanisms for efficient logging of spectral data

• Assisted the Company’s customers and developers in areas of scientific, mathematical, and engineering computing such as neural networks, control systems, signal processing, real-time applications, and statisticsProvided technical analysis and support for MATLAB and Simulink Engineering Software product lines• Contributed to the design, development, and delivery of technical training sessions for the Company’s modeling and simulation Engineering products to other Engineers.• Designed visualization tools for signal processing. Applied signal processing techniques for efficient computation of high resolution spectral estimates of audio and wireless communications • Designed tools for visualization of spectral content of signals• Built tools for digital filter design, including multirate and multistage filters• Performed object oriented design and analysis using MATLAB, C, and C++, including analyzing, re-architecting and refactoring a large legacy code base.• Performed visualization and UI development in MATLAB, HTML5, and JavaScript

• Researched target detection and localization in urban radar applications using traditional time domain • Designed visualization tools for signal processing• Applied signal processing techniques for efficient computation of high resolution spectral estimates of audio and wireless communications and designed tools for visualization of spectral content of signals• Researched target detection and localization in urban radar applications using traditional time domain techniques, sparse reconstruction and compressive sensing• Researched moving target localization and motion parameter estimation using traditional signal processing techniques, different sparse reconstruction and compressive sensing techniques for carrier diverse radars• Studied through the wall radar imaging using various compressive sensing techniques• Submitted weekly reports to reflect work progress• Presented work progress to the center director on weekly basis• Published peer reviewed conference papers

• Served as a teaching assistant and grader for Electrical Engineering I courses and labs, and for Digital Signal Processing labs.• Advised Multiple undergraduate student design teams• Built tools for digital filter design, including multirate and multistage filters

• Planned and prepared the installation of gas station automation system developed by Gilbarco Veeder-Root for 100 stations in Lebanon• Trained technical teams for the installation procedure• Planned and designed the communication network between the 100 sites for fleet management purposes• Managed the network monitoring, remote sites access, users’ access, and fleet management application

• Served as a teaching assistant and grader for Circuit Analysis, Electronics, Control Systems courses and labs.• Advised Multiple undergraduate design teams

• Covered topics including digital and analog transmission, microwave transmission concept and its techniques, wave propagation, antenna design, terrain profiles, flat and selective fading, frequency planning, power budgeting, interference and performance prediction, cell planning and traffic analysis.• Simulated microwave links and evaluated their performance

• Served as a teaching assistant and grader for Circuit Analysis, Electronics, Control Systems courses and labs.• Advised Multiple undergraduate design teams