Engineering on Telecommunications and SatCom

I work in the field of telecommunications, specializing in Antenna Design, RF System Design, Digital Communications, Digital Signal Processing, and Software Development. My professional experience includes designing and testing Earth ground station antenna systems, developing RF and microwave components, conducting RF system analysis and simulations, performing modem validation and verification testing, and building digital communication system simulations. With a solid background in software development, I contribute effectively to both the hardware and software aspects of telecommunications projects.

I hold a Ph.D. in Electrical Engineering from the University of Maryland, College Park, where I gained a strong foundation in communication technologies as well as RF and microwave component and system design.

I am proficient in a wide range of computer-aided engineering tools, including:

Outside of work, I have a strong interest in web and software application development. I am experienced in several programming languages, including Python, C++, MATLAB, VBA, JavaScript, HTML, and CSS. In my free time, I enjoy hiking, playing pickleball, and watching sports. Whether I’m working on cutting-edge telecommunications technology or exploring personal projects, I’m always eager to find innovative solutions and stay current with the latest industry trends.

Online Profile

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Notes and Posts

I write posts about the small challenges I encounter and solve, so I can refer back to them in the future.

I also create technical notes, articles, and tutorials on topics that interest me, as a way to deepen my own understanding.

These notes and posts may also be helpful to others who come across them while searching the web

Related Projects

  • Jitter Analyzer Jitter Analyzer can perform jitter measurement, jitter trend, jitter decomposition, histogram, spectrum display, eye diagram analysis, etc. on clock or symbol signals. Jitter Analyzer is developed in Python language.
  • fecPy fecPy is a Python library for Forward Error Correction (FEC) codes. It provides implementations of various FEC codes, including Reed-Solomon, LDPC, and Turbo codes.