לוח משרות דרושים מהנדס RF

Requirements:
Minimum Requirements: - Education: At least a B.Sc. in Electrical/Electronics Engineering (M.Sc. an advantage). - At least 5 years of hands-on experience in RF systems development, with emphasis on all stages from design to integration and testing. - Experience in design, simulation, and characterization of RF modules, such as receivers, transmitters, power amplifiers, filters, frequency sources, etc. - Proficiency in RF design and simulation tools such as: ADS, HFSS, CST, AWR, etc. - Practical experience in RF testing and measurements, using equipment such as a Spectrum Analyzer, a Network Analyzer, and an Oscilloscope. - Familiarity with integration processes between RF, digital hardware, and software. - Good English writing skills (working with documentation).
Additional Requirements (Advantages): - Experience working with communication systems and military systems. - Experience working in defense companies/military standards. - Experience in project management or technical leadership of small teams. - Troubleshooting skills and ability to work independently.
Personal Qualities: - System-level vision and creative thinking. - High self-learning ability. - Good interpersonal skills and teamwork.

Requirements:
B.Sc. or M.Sc. in Electrical Engineering, RF/Microwave Engineering, or a related field.
8+ years of experience in RF design, with at least 3 years working in mmWave (60100 GHz) domain.
Strong experience with RF PCB design tools (Cadence Allegro/OrCAD).
Proficiency with electromagnetic simulation tools (HFSS).
Hands-on lab experience with VNA, spectrum analyzer, signal generators, and probe station measurements at mmWave frequencies.
Deep knowledge of antenna theory and design, including beamforming and phased array systems.
Solid understanding of RF link budget, impedance matching, and transmission line theory.
Experience in high-volume product development is a plus (automotive radar, satellite, or similar applications).
Excellent problem-solving, communication, and leadership skills.
Experience with 81 GHz radar or communication systems - Advantage
Knowledge of system-level architecture for phased arrays and MIMO systems - Advantage
Familiarity with thermal and mechanical constraints in high-frequency designs - Advantage
Background in RF packaging and integration (flip-chip, waveguide, transitions, etc') - Advantage.

Requirements:
Education: At least a B.Sc. in Electrical/Electronics Engineering (M.Sc. an advantage).
At least 5 years of hands-on experience in RF systems development, with emphasis on all stages from design to integration and testing.
Experience in design, simulation, and characterization of RF modules, such as receivers, transmitters, power amplifiers, filters, frequency sources, etc.
Proficiency in RF design and simulation tools such as: ADS, HFSS, CST, AWR, etc.
Practical experience in RF testing and measurements, using equipment such as a Spectrum Analyzer, a Network Analyzer, and an Oscilloscope.
Familiarity with integration processes between RF, digital hardware, and software.
Good English writing skills (working with documentation).
Additional Requirements (Advantages):
Experience working with communication systems and military systems.
Experience working in defense companies/military standards.
Experience in project management or technical leadership of small teams.
Troubleshooting skills and ability to work independently.
Personal Qualities:
System-level vision and creative thinking.
High self-learning ability.
Good interpersonal skills and teamwork.

Requirements:
Bachelors or Masters degree in Electrical Engineering, Computer Science, or equivalent technical discipline.
Hands-on professional experience in RF testing and RF automation.
Expert-level Python development skills, with demonstrable experience in automation frameworks, data processing, and tool creation.
Strong understanding of RF fundamentals, calibration procedures, and test standards.
Proven capability working with RF test equipment (VSGs, Spectrum Analyzers, network analyzers, etc.).
Ability to design, build, and troubleshoot complex RF test setups including attenuators, filters, couplers, and antennas.
Strong problem-solving skills and demonstrated experience in hands-on lab environments.
Preferred Skills & Experience:
Experience in drone, aerospace, or telecom RF systems (protocols, regulations, interference environments).
Familiarity with continuous integration, automation pipelines, and tools (e.g., Jenkins, ELK stack).
Experience with Git or similar version control workflows and documentation best practices.
Experience building automated hardware test pipelines and integrating test systems into CI/CD flows.

Requirements:
BSC in Electrical engineering
2-3 years proven industry experience HW development / board design including schematics creation, stackup definition, layout guidelines.
Analog RF-circuits / Mixed signal HW design and characterization.
Hands-on experience with RF lab equipment including spectrum analyzers, oscilloscopes, signal generators, power meter
Analysis, understanding and debug abilities of electrical circuits.
Basic python knowledge
Highly motivated and proactive
Way to stand out:
Knowledge in scripting / test automation
Experience in defining test plan, test cases and test scenarios based on product requirements

Requirements:
BSc in Electrical Engineering
7+ years of experience in RF lab automation development with demonstrable sophisticated system implementations
Advanced proficiency in Python or equivalent programming languages for test automation, with a portfolio of scalable automation frameworks
Exceptional debugging skills with proven ability to troubleshoot complex RF measurement anomalies and automation failures
Deep systems-level understanding of RF signal chains and propagation effects, with expertise in characterizing complex impairments
Strong understanding of RF system parameters, measurement methodologies and wireless communications standards (5G, LTE, etc)
Extensive knowledge of RF test equipment, including spectrum analyzers, network analyzers, signal generators, power meters, and vector signal analyzers
Demonstrated proficiency in diving into extensive codebases, quickly understanding software architecture, and independently navigating through multiple layers of abstraction to diagnose and resolve subtle integration issues
Advanced debugging skills with experience using logging frameworks, profilers, and debugging tools to troubleshoot complex software behaviors in RF automation systems
Demonstrated ability to translate RF system specifications into comprehensive automated test plans that efficiently validate performance across all operating modes and environmental conditions
Experience with AI/ML tools and frameworks for predictive analytics, anomaly detection or test optimization is an advantage
Preferred Qualifications:
Proven track record of independently driving technical projects from conception to completion
Outstanding problem-solving abilities with a detailed approach to complex technical challenges
Collaborative team player with excellent cross-functional communication skills
Self-motivated with demonstrated ability to prioritize in a fast-paced environment
Accountability with consistent delivery of high-quality results on schedule