Aref Fouladi
Great Falls,VA
Summary
Accomplished Senior Staff Physicist specializing in superconductive circuit design and advanced quantum computing technologies. Possesses extensive expertise in advanced simulation software and circuit model development, along with a deep understanding of semiconductor device modeling at cryogenic temperatures. Proven track record of driving innovation in device physics and contributing to the advancement of next-generation technologies. Committed to leveraging technical skills and industry knowledge to deliver impactful solutions in high-stakes environments. Knowledgeable [Desired Position] with background as Subject Matter Expert. Provided valuable insights and solutions, contributing to success of various projects. Demonstrated strong analytical skills and effective communication in team settings.
Overview
13
13
years of professional experience
1
1
Certification
Work History
Senior Staff Physicist, Transformational Computing
NG
06.2021 - Current
- Conducted research on quasiparticle generating processes in superconducting electronic circuits (SC-EC) used for quantum computation technologies.
- Designed nonlinear SC-EC and experiments (DOE) for testing their applicability in quantum computing.
- Added VERILOG-A user defined modified RCSJ, and Tunneling Junction Model modules to advanced simulation software for modeling complex, nonlinear, superconductive electronic circuits.
- Analyzed experimental data to evaluate the performance yield dependency of SC-EC to statistical spread in critical current of Josephson Junctions used in the circuit.
- Developed mathematical, and SPICE models to explain the unexpected laboratory results of the DOE measurements of SC-EC.
- Reviewed scientific literature to stay updated on transition of theoretical device physics models of superconductor and semiconductor material and effects to SPICE, VERILOG-A, or other for conducting scaled simulations.
- Assisted in grant writing for funding applications to support transformational computing research initiatives in bifurcated oscillator model for quantum-inspired computing
- Developed and implemented theoretical models of semiconductor devices applicable at cryogenic temperatures.
Chief Engineer
AGS
09.2012 - 12.2022
- olocationeLed EW, EA, and SigInt engineering projects from conception to completion, ensuring design integrity.
- Managed resource allocation and scheduling to optimize project timelines effectively.
- Completed projects include the design, build, and testing of systems, modules, and components: RF and microwave WB and UWB antennas, antenna arrays, power amplifiers, switches, directional couplers, and LNAs for airborne applications.
- Developed and implemented hybrid models for geolocation of RF and microwave emitters.
- Developed geolocation algorithms utilizing an effective MLE based on information sourced from multiple sources and techniques, including AOA, TDOA, FDOA, and Doppler.
SME, Free space and fiber laser Satcom
SAIC
12.2021 - 07.2022
- Researched and conducted feasibility studies for utilizing laser devices, fiber, and free-space optical communication for space-to-space and space-to-ground satellite communication.
- Researched and assessed the viability of an existing implementation of optical Vernier frequency comb generators using a single source, pump, and non-linear fiber medium.
- Conducted studies and identified high-speed phase and amplitude optical modulators, and EDFAs for space-borne applications.
- Developed a model for link budget analysis for satellite-to-satellite communication under a LEO dynamical environment.
Education
Ph.D. - Physics, Theory
University of Maryland College Park
College Park, Maryland12.1996
Master of Science - Electrical Engineering, RF
Johns Hopkins
Baltimore, Maryland09.1990
Skills
- Superconducting circuit design
- Quantum computing expertise
- Proficient in advanced simulation software
- Proficient in high-end IDEs
- Model development expertise
- Project execution
- Data analysis programming
- Electromagnetic theory
- Experience in nuclear physics research
- Advanced computational modeling
- Fundamentals of solid state physics
- Systems analysis
- Quantum theory expertise
- Photonics technology
- Computer modeling
Accomplishments
- Developed a novel version of a superconducting flux memory.
- Built an airborne POD for EW, and SigInt missions, from concept stage to final testing.
- Built WB, and UWB antenna elements and arrays.
- Build complete systems for geolocation of RF and microwave emitters.
Certification
- 100 years of Engineering Certificate of Appreciation Johns Hopkins Whiting School f Engineering
Timeline
SME, Free space and fiber laser Satcom
SAIC
12.2021 - 07.2022
Senior Staff Physicist, Transformational Computing
NG
06.2021 - Current
Chief Engineer
AGS
09.2012 - 12.2022
Master of Science - Electrical Engineering, RF
Johns Hopkins
Ph.D. - Physics, Theory
University of Maryland College Park
NRO Technical Fellwship
A coveted and unique opportunity for skilled professionals from industry to join the National Reconnaissance Office for short-term, high-impact work on advanced R&D for developing the next-gen space technology.