Professional Experience
A timeline of industry, research, thesis, internship, and technical development experience across RF measurements, device characterization, load-pull systems, bench automation, data analysis, and semiconductor engineering.
Experience Timeline
A structured overview of roles that built my foundation in RF measurements, device engineering, lab automation, characterization, and engineering execution.
- Working on 22FDX technology - RF devices engineering activities.
- Drive device characterization and data analysis to improve device performance and technology development.
- Perform on-wafer RF, large-signal, and DC measurements, while contributing to the automation of measurement benches to improve efficiency and repeatability.
- Support device layout activities and help connect layout, measurement, and analysis results within the device engineering flow.
- Worked on PCB layout of RF Matrix Board using ADS.
- Released active and hybrid load & source pull measurement bench work.
Title: Developing an Active Load Pull Measurement Bench to Characterize RF Switch Devices and a Hybrid Load & Source Pull Measurement Bench to Characterize RF Power Devices for 5G Applications.
- Implemented pulse-modulated hybrid load-pull system with programmable impedance tuners and active injection, including harmonic frequencies.
- Implemented RF switch device’s harmonics measurement bench under VSWR 10:1 load condition by applying active LP method.
- Automated the measurement benches using FDCS and MATLAB.
- Analyzed results using TIBCO Spotfire and Python.
Topic: Investigation of Load Pull Setup for VSWR 10:1 Measurement for 5G Application
- Implemented vector-receiver load-pull system with programmable impedance tuners.
- Investigated the maximum possible VSWR limit.
- Examined possibilities for different measurements, including harmonics.
- Performed S-Parameters, NF, P1dB, IIP3, and Switching time measurements of different LNA.
- Worked on input and output matching using ADS.
- Supported debugging and SMD soldering.
- Contributed to development of measurement bench.
- Worked on off grid solar panel system setup.
- Performed analysis and development of tracking system.
- Gained hands-on exposure to renewable energy implementation.
Project: SOLAROS – Renewable Energy & Environmental Sustainability
- Participated in an international volunteering program in Egypt.
- Contributed to a project focused on renewable energy and environmental sustainability.
- Gained cross-cultural teamwork and field-level social engagement experience.
Core themes across these roles
Across these experiences, a consistent pattern emerges: RF measurements, device characterization, lab bench development, automation, technical analysis, and hands-on engineering execution. Together, these roles built a strong bridge between academic learning and applied semiconductor device engineering.
Key strengths developed through experience
This timeline reflects technical depth, research experience, and progressive growth through internships, working student roles, thesis work, and full-time engineering.