דרושים » חשמל ואלקטרוניקה » Senior RF Engineer (6044)

we are looking for a highly skilled Senior RF Engineer to lead the design and development of next-generation imaging radars operating up to 81 GHz. The ideal candidate has strong expertise in RF board design and high-frequency simulations, with a proven track record in delivering robust RF solutions for advanced RF systems
What will your job look like:
Lead the design and development of RF circuits and PCBs for mmWave applications up to 81 GHz.
Assist in the antenna design and integration
Conduct full-wave and circuit-level RF simulations (HFSS, ADS etc.) to validate design performance.
Optimize high-speed PCB layouts for minimal loss, crosstalk, and parasitics at mmWave frequencies.
Define and execute test plans, including lab measurements, characterization, and validation of RF systems.
Collaborate cross-functionally with hardware, digital, mechanical, and system engineering teams.
Document design methodologies, test results, and provide technical reports for internal and external customers.

DRS RADA is a global pioneer in active military protection, counter-drone applications, critical infrastructure protection, and border surveillance. Join Our Team as an RF Engineer at DRS RADA Technologies!
* Design, development, simulation, and integration of RF systems and subcomponents (such as transmitters, receivers, power amplifiers, filters, and frequency sources).
* Leading RF testing and measurement processes using advanced equipment such as spectrum analyzers, network analyzers, and oscilloscopes.
* Ongoing work with RF design and simulation tools: ADS, HFSS, CST, AWR, and similar.
* Multidisciplinary integration between RF, digital hardware, and software.
* Writing technical documents in English and managing development processes with various organizational interfaces.
* Integration into a professional team and leading tasks independently, alongside cross-organizational collaboration.

We are seeking an experienced and hands-on Senior RF Automation Engineer with strong, proven Python expertise to join our R&D team.
This role is focused on building and maintaining advanced automated test solutions for RF systems. You will architect, develop, and execute automation frameworks and tooling to validate complex RF designs and ensure world-class product reliability and performance.
This position is ideal for a self-driven engineer with a deep understanding of RF measurement techniques and a strong software development mindset. You will play a critical role in shaping our automation strategy and influencing next-generation RF product development.
Key Responsibilities:
Lead the development and maintenance of Python-based automated RF test frameworks, tools, and scripts.
Design, execute, and optimize RF test environments and automated test stations.
Configure, calibrate, and operate RF test equipment such as Vector Signal Generators (VSGs), Spectrum Analyzers (SAs), and related instruments.
Create and validate RF test setups for performance validation, debug, and system characterization.
Analyze complex RF datasets, generate detailed reports, and communicate results to R&D leadership and cross-functional teams.
Collaborate with hardware, firmware, and software teams to embed automated testing into the entire development lifecycle.
Continuously enhance automation efficiency, coverage, and capability-leveraging best-practice testing methodologies.
Research and introduce innovative RF automation tools, frameworks, and workflows aligned with R&D goals.

If youre looking to make an impact, come and join a team developing the next generation of space technology.
Our mission is to revolutionize the way satellites and spacecrafts communicate through deep space, in earth orbit and with ground stations. In addition, we enable advanced and new usages of SAR and RF sensors as well as on board processing of those signals.
Our technology is based on space proven state-of-the-art proprietary ManyCore architecture that enables a completely different approach to the way space communication is done.
We are looking for experienced RF engineer to lead and innovate.
What you will be doing​
Design state-of-the-art space RF frontends.
Own the RF systems design, including specifications, component selection, design implementation and verification.
Lead technical reviews with key stakeholders to analyze system and RF design approaches
Work with cross functional teams to define HW-SW interfaces and manage dependencies
Work closely with System HW and validation engineers to define analog-digital specifications, interfaces calibration, verification, and production processes
Work closely with antenna vendors to define antenna-RF specifications, interfaces, and verification process
Escort the integration and validation process and lead its RF activities
Work closely with spacecraft integrators to prove the design and its interfaces.

As an RF System Engineer, you will develop solutions for state-of-the-art RFICs in advanced 4G/5G IoT devices. Your responsibilities include designing and supporting all RF aspects of IoT technologies, from RFIC bring-up and system-level performance evaluation to calibration flows and RF measurement tools. You will also collaborate with Architecture, Firmware, Software, and Hardware teams, in addition to providing technical support and addressing customer RF issues.

Responsibilities
Define and implement the RFIC and Peripherals APIs
Development and implementation of advanced RF calibration processes
Simulation and verification of RF calibrations
Testing and analysis issues which raise during development stage
Support customer issues which related to RF

The ATE Engineer is responsible for working with engineering teams to develop the ATE testing stations. We are seeking a highly experienced ATE Hardware and SW Engineer with a strong background in RF, digital, and system-level testing. This role requires deep hands-on knowledge and the ability to design, develop, and support advanced test equipment for complex electronic systems used in production environments.
What will you do:
Design and develop Automated Test Equipment (ATE) for RF, digital, and mixed-signal products at board and system levels.
Collaborate with R&D and manufacturing teams to define and implement test strategies and solutions.
Analyze and understand system schematics, block diagrams, and interface requirements to create robust and reliable ATE.
Support production lines by troubleshooting test failures and optimizing test processes for yield and throughput improvements
Interface with software and firmware teams to integrate hardware with control and automation systems.
Evaluate and select test instruments, fixtures, and measurement techniques based on product specifications.
Maintain documentation for test systems, including design files, calibration procedures, and troubleshooting guides.
Train technicians and engineers in ATE operations and maintenance.

As an RF System Engineer, you will develop solutions for cutting-edge RFICs in advanced 4G/5G IoT devices. Your responsibilities will include designing and supporting all RF aspects of IoT technologies, from RFIC bring-up and system-level performance evaluation to calibration flows and RF measurement tools. You will collaborate closely with Architecture, Firmware, Software, and Hardware teams, while also providing technical support and resolving customer RF issues.

Responsibilities
Development and implementation of advanced RF calibration processes
Simulation and verification of RF calibrations
Testing and analysis of issues in the mass production of components
Writing requirements for software teams to configure the RF channel to comply with 3GPP standards
Solve problems at system level including complicated RF/PHY/ALGO scenarios

As a Quality and Reliability (Q&R) Engineer, you will lead the qualification and long-term reliability of advanced System-on-Chip (SoC) and RF semiconductor products for automotive applications. Youll work across digital and RF domains to ensure robust performance and compliance with industry standards.
What will your job look like:
Define and manage Quality and Reliability specifications, simulations, and qualification plans for SoC and RF die and package.
Plan and execute automotive-grade qualifications per standards such as AEC-Q100, JEDEC JESD22, and IATF 16949.
Design and implement die-level and package-level stress tests.
Select and prepare electrical, environmental, and mechanical test platforms for reliability testing.
Define requirements for Pre-Si Q&R (e.g. ESD, LU, EM, IR drop), Design-for-Test (DFT), electrical characterization, and Post-Si Q&R testing of digital, mixed-signal and RF SoCs.
Collaborate extensively with internal design teams, external subcontractors, and outsourcing partners (OSATs).
Lead failure analysis, reliability modeling, and corrective action processes (e.g., 8D, FMEA, FMEDA).
Document and certify automotive standards compliance, including PPAP/APQP deliverables.

we are a dynamic and innovative startup thats digitizing the physical world by turning passive items into active communicators. If you are passionate about building cutting-edge solutions, thrive as a key player in a growing startup thats shaping the future of retail fashion technology bringing GenAI-powered into production - join us to create something remarkable together.
We are looking for an experienced System Engineer to lead the definition and integration of our next-generation wireless IoT systems. You will possess a unique "end-to-end" perspective: understanding the physics of the RF/Analog silicon, the intricacies of the BLE protocol, and the full integration between devices to network connectivity. You will work closely with Silicon, FW, and Cloud teams to ensure robust connectivity and optimized power consumption.
Responsibilities
System Architecture: Define system-level requirements for Wireless IoT products, focusing on RF performance, power budgets, and data throughput. Faimilairy with in-door wireless including antenna design consideration is an advantage.
Silicon & RF Interface: Work with Silicon development teams to define RFIC specs and resolve integration challenges (Analog/RF mixed-signal flows).
Connectivity Pipeline: Define the HW to Firmware to Ethernet or wireless pipeline.
Integration & Debug: Hands-on bring-up of new silicon/hardware in the lab, debugging complex issues spanning from RF interference to network protocol failures.

MSD Animal Health Technology Labs specializes in the development of animal health management solutions. We are a multidisciplinary product company, a diverse team of ~450 closely collaborating scientists, AI experts, software, hardware, and mechanical engineers… working alongside veterinarians and other animal experts. Our passion? Shaping the future of animal health and well-being (for much better!). Our products and platforms identify trends and predict the likelihood of health outcomes for HUNDREDS of MILLIONS of animals each year, from pets, to poultry, farm animals, and even fish. We provide actionable insights for veterinarians, farmers, and producers, changing the way people care for animals in 150 markets. So, if you’re looking to work in a company that combines pioneering science and technology, dedicated colleagues, and animals, you’ll find it all here – come join us! As System Engineering Team Lead you will manage a team of senior system engineers. You will lead the team in working on multi-disciplinary projects in all phases: research, POC, design and support of the portfolio of products in our company. You will work closely with other teams: Product Owners, Project Managers, Hardware, Embedded, AI, Mechanics, Software, Data, Automated Test Equipment and Testing. The responsibilities will include establishing work processes, improving the quality of the team’s deliveries, meeting deadlines across multiple projects and growing the teams’ expertise and capabilities. The position requires multidisciplinary understanding, ability to quickly grasp new technological aspects as well as constraints and the capability to work in a multi-site matrix organization. You will be expected to lead the technical design of the solution as a system of systems, as well as for each sub system of the complete solution.