Shah Nejad Email & Phone Number

Las Cruces, NM, US

California, United States

Space qualified phased array antennas with beam pointing.

Las Cruces, New Mexico, United States

Drone and UAV Bus and payload design for customers with unique requirements

Las Cruces, New Mexico Area

Worked on NASA 4.5m dual S and Ku bands antenna drive system. Responsible for developing PCD (Preliminary Concept Document) which includes defining system requirements, proposing design approaches, performing design trade analysis, preparing ROM (Rough Order of Magnitude) and Bases of estimates (BOE) cost, preparing preliminary schedule, presenting at.

Las Cruces, New Mexico Area

Systems Engineering management of NASA ground antenna terminals. Responsible for NASA Guam facility 77ft dielectric antenna radome wind analysis using 3D laser scanning method and early warning wind system. Also responsible for performance analysis of the 11m antenna drive system using dual BLDC motors, drive amplifier and digital controller.

Las Cruces, New Mexico Area

Systems Engineering Management of NASA Guam TDRS ground station facility. Responsible for engineering analysis of 77ft composite radome, ECU chiller cooling system, and battery replacement trade studies.Principal Systems Engineer, responsible for Technical Management and support of the NASA Guam tracking Station from White Sand Complex. Technical lead in.

Las Cruces, New Mexico Area

Staff Sr. RF Systems Engineer responsible for planning and management of NASA next generation TDRS Satellite ground terminal and SCNS contract with operation at S and K bands.

San Antonio, Texas Area

RF consultant responsible for the design analysis of the existing high voltage HPCA (Hot Plasma Composition Analyzer) and RF Generator sub circuit assembly for the Satellite Spacecraft. Performed sub-circuit analysis using Spice, and Microwave Office design models. Optimized design performance using Agilent test equipment (NA, and Spectrum Analyzer). The.

Tucson, Arizona Area

• RF Center directorate managing department technical reviews using Raytheon IPDS process and process improvement tools, i.e., CMMI, Six Sigma and others. Responsible for Peer Review and action item management of.
• IRAD proposal work with Low Earth Orbit (LEO) and Operational Responsive Space SAR satellite imaging responsible for the modeling and analysis of a low cost deployable antenna. Performed trade analysis in S/X/Ku bands.
• RF Data Link Radio IPT Lead, working on NLOS and JSOW programs responsible for technical development of the radio systems operating at L and UHF bands. REA role in support of Link16 radio and management of the supplier.
• Senior Principal Engineer Responsible for developing MDA/Navy Standard Missile-3 communication requirements modeling and analyzing missile antennas, atmospheric losses (i.e., rain, clouds, gases, Ionosphere, and.
• Multiple KV and unitary KV relay datalink radio design responsible for RF board preliminary design (PDR/CDR) reviews. Provided design analysis of RF Tx/Rx chain loss budget, 40 W PA class-C amplifier design, LNA, two.
• Developed techniques in applying the Rotman lens feed system for high gain steered beam antennas for missile application.

Dulles Virginia Area

Scientist responsible for design and development of C/Ku/Ka satellite communication payloads supporting major programs for Intelsat managing Horizons-2, Intelsat-11, and Intelsat-16 antenna communication payloads. Designed and developed Dual Grid shaped Reflectors (DGR) managing end-to-end processes, and supporting SDR, CDR design meetings, Integration &.

Colorado Springs, Colorado Area

Principal RF/Systems Engineer responsible for providing technical direction in support of RADRS and Ka-Star Programs. Supported RADRS program providing technical lead in verifying the antenna subsystem specifications. Reviewed and verified antenna link budget analysis in UHF/C/X/Ku/Ka bands. Supported Ka-star programs providing technical analysis for the.

Ms, Electrical Engineering

Bs, Mechnical Engineering