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熊猫简历Microwave RF Engineer简历模板，简约、经典、左右结构风格简历模板，支持自定义板块、自定义颜色、AI润色、技能条、荣誉墙、一键更换模板，专业AI辅助一键优化Microwave RF Engineer简历内容，仅需5分钟即可拥有一份精美的Microwave RF Engineer简历模板，助力你获得「高薪职位」。
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Leo Panda
Microwave RF Engineer
SKILLS
RF/Microwave Circuit Design
Keysight ADS
Ansys HFSS
RF Test & Measurement
PCB Layout Collaboration
Python
EDUCATION
University of California, Los Angeles
RF EngineeringMicrowave Systems
Master of Science in Electrical Engineering
Los Angeles, CASep 2016 - Jun 2018
Focus in RF, microwave circuits, antennas, and electromagnetics.
California Polytechnic State University
STEMElectronics
Bachelor of Science in Electrical Engineering
San Luis Obispo, CASep 2012 - Jun 2016
Senior design included 5.8 GHz transceiver subsystem development and test.
PROFESSIONAL SUMMARY
Microwave RF Engineer with 8+ years of experience designing, simulating, and validating high-frequency hardware for radar, satcom, and wireless systems. Strong background in RF front-end design, EM simulation, lab characterization, and cross-functional product development. Delivered performance gains in gain, noise figure, and yield while supporting fast-paced prototype-to-production programs.
PROFESSIONAL EXPERIENCE
Viasat
San Diego, CA
Satellite CommunicationsDefense Technology
Senior Microwave RF Engineer
May 2021 - Present
Ka-BandRF Front-End
- Designed and validated Ku- and Ka-band RF front-end circuits for satcom terminals, improving cascade gain by 2.8 dB while meeting noise and linearity targets.
- Created ADS and HFSS models for amplifiers, filters, and transitions, reducing prototype respins by 30 percent through tighter simulation-to-measurement correlation.
- Executed VNA, P1dB, IP3, and phase noise testing, then documented results for design reviews and customer qualification packages.
- Partnered with mechanical, layout, and manufacturing teams to resolve grounding and shielding issues, raising first-pass build yield from 84 percent to 93 percent.
- Supported root-cause analysis on field returns, identifying connector and assembly variation that lowered mismatch failures by 22 percent over two quarters.
Cobham Advanced Electronic Solutions
Irvine, CA
AerospaceMission-Critical Electronics
RF Engineer
Jul 2018 - Apr 2021
Radar SystemsMicrowave Components
- Developed microwave amplifier and filter assemblies for radar and electronic warfare applications from 2 GHz to 18 GHz, meeting gain flatness and spur requirements.
- Performed schematic capture, tolerance analysis, and lab tuning for prototype hardware, shortening average debug time by 25 percent across three active programs.
- Authored test procedures and analyzed S-parameters, compression, and environmental performance, enabling on-time qualification for two customer deliverables.
- Worked with suppliers and internal quality teams on component substitutions and failure analysis, preventing schedule slip during a constrained materials cycle.
SELECTED PROJECTS
Ka-Band Receiver Front-End Development
Jan 2024 - Apr 2024
Lead RF Design Engineer
- Led design of a 26 to 40 GHz front-end evaluation module, integrating LNA, filters, and bias network to achieve 2.1 dB lower noise figure.
- Built HFSS and ADS models, then correlated simulation to bench data within 0.8 dB across band, reducing tuning cycles and accelerating customer demos.
- Coordinated PCB layout and thermal review, enabling first-pass prototype bring-up within six weeks and successful internal design review for next-phase funding.
Automated RF Test Bench Optimization
Jul 2023 - Nov 2023
RF Engineer
- Developed an automated S-parameter and compression test workflow using Python and instrument control, cutting characterization time from 6 hours to 2 hours per unit.
- Standardized calibration, data capture, and report generation for VNA and spectrum analyzer benches, improving traceability and supporting smoother transfer to manufacturing test.
- Used trend analysis to identify fixture-related mismatch errors, improving repeatability by 18 percent across pilot builds.
Leo Panda
Microwave RF Engineer
SKILLS
RF/Microwave Circuit Design
Keysight ADS
Ansys HFSS
RF Test & Measurement
PCB Layout Collaboration
Python
EDUCATION
University of California, Los Angeles
RF EngineeringMicrowave Systems
Master of Science in Electrical Engineering
Los Angeles, CASep 2016 - Jun 2018
Focus in RF, microwave circuits, antennas, and electromagnetics.
California Polytechnic State University
STEMElectronics
Bachelor of Science in Electrical Engineering
San Luis Obispo, CASep 2012 - Jun 2016
Senior design included 5.8 GHz transceiver subsystem development and test.
PROFESSIONAL SUMMARY
Microwave RF Engineer with 8+ years of experience designing, simulating, and validating high-frequency hardware for radar, satcom, and wireless systems. Strong background in RF front-end design, EM simulation, lab characterization, and cross-functional product development. Delivered performance gains in gain, noise figure, and yield while supporting fast-paced prototype-to-production programs.
PROFESSIONAL EXPERIENCE
Viasat
San Diego, CA
Satellite CommunicationsDefense Technology
Senior Microwave RF Engineer
May 2021 - Present
Ka-BandRF Front-End
- Designed and validated Ku- and Ka-band RF front-end circuits for satcom terminals, improving cascade gain by 2.8 dB while meeting noise and linearity targets.
- Created ADS and HFSS models for amplifiers, filters, and transitions, reducing prototype respins by 30 percent through tighter simulation-to-measurement correlation.
- Executed VNA, P1dB, IP3, and phase noise testing, then documented results for design reviews and customer qualification packages.
- Partnered with mechanical, layout, and manufacturing teams to resolve grounding and shielding issues, raising first-pass build yield from 84 percent to 93 percent.
- Supported root-cause analysis on field returns, identifying connector and assembly variation that lowered mismatch failures by 22 percent over two quarters.
Cobham Advanced Electronic Solutions
Irvine, CA
AerospaceMission-Critical Electronics
RF Engineer
Jul 2018 - Apr 2021
Radar SystemsMicrowave Components
- Developed microwave amplifier and filter assemblies for radar and electronic warfare applications from 2 GHz to 18 GHz, meeting gain flatness and spur requirements.
- Performed schematic capture, tolerance analysis, and lab tuning for prototype hardware, shortening average debug time by 25 percent across three active programs.
- Authored test procedures and analyzed S-parameters, compression, and environmental performance, enabling on-time qualification for two customer deliverables.
- Worked with suppliers and internal quality teams on component substitutions and failure analysis, preventing schedule slip during a constrained materials cycle.
SELECTED PROJECTS
Ka-Band Receiver Front-End Development
Jan 2024 - Apr 2024
Lead RF Design Engineer
- Led design of a 26 to 40 GHz front-end evaluation module, integrating LNA, filters, and bias network to achieve 2.1 dB lower noise figure.
- Built HFSS and ADS models, then correlated simulation to bench data within 0.8 dB across band, reducing tuning cycles and accelerating customer demos.
- Coordinated PCB layout and thermal review, enabling first-pass prototype bring-up within six weeks and successful internal design review for next-phase funding.
Automated RF Test Bench Optimization
Jul 2023 - Nov 2023
RF Engineer
- Developed an automated S-parameter and compression test workflow using Python and instrument control, cutting characterization time from 6 hours to 2 hours per unit.
- Standardized calibration, data capture, and report generation for VNA and spectrum analyzer benches, improving traceability and supporting smoother transfer to manufacturing test.
- Used trend analysis to identify fixture-related mismatch errors, improving repeatability by 18 percent across pilot builds.
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