We are seeking a hybrid profile capable of leading the **architecture and design** of advanced instrumentation systems. The candidate will not only assemble prototypes but will be responsible for defining the broadband hardware topology (DC to 110 GHz), selecting the component chain and shielding strategy for high-precision **Electromagnetic Compatibility (EMC)** test environments. **Key Responsibilities** * **RF Hardware Design:** Design and prototype RF circuits (up to 50 GHz or higher), including amplifiers, filters, and broadband antennas. * **Prototype Development:** Build test benches and demonstration kits to evaluate radiated/conducted immunity and emissions. * **Electromagnetic Simulation:** Use tools such as Ansys HFSS or Keysight ADS to optimize prototype performance prior to fabrication. * **EMC Compliance Testing:** Configure equipment to conduct tests according to standards such as **IEC**, **FCC Part 15**, **MIL\-STD**, or **DO\-160**. * **Measurement Automation:** Develop scripts or software (e.g., LabView or Python) to automate data capture on spectrum analyzers and signal generators. * **Debugging and Troubleshooting:** Identify electromagnetic leakage points and propose shielding or filtering solutions. **Candidate Profile** * **Education:** Degree in Electronics Engineering, Telecommunications, or related fields (Master’s degree preferred). * **Technical Experience:** * Advanced proficiency with **Spectrum Analyzers**, VNAs, and real-time oscilloscopes. * Knowledge of **RF PCB design** and signal integrity techniques. * Familiarity with **5G NR**, mmW, and wireless standards. * **Soft Skills:** Complex problem-solving, critical thinking, and ability to work in multidisciplinary teams. **Regulatory Requirements (Mexico Context)**The developer must ensure prototypes facilitate certification under NOM\-121\-SCT1\-2009 and other applicable Mexican regulations for spread-spectrum devices and industrial equipment. Would you like me to add a specific section on required **software packages** (e.g., CST Studio or Altium) the candidate should master?How to Become a RF Test Engineer: Career Path \& Guide \| Himalayashimalayas.appMicrowave/Mm\-Wave Technology and Equipment Engineer (RT\-C/TEC\-EFE ...jobsearch.serco.euElectro Magnetic Test, Inc.Electro Magnetic Test, Inc.Show allHere is the updated description. I have integrated the **systems architecture** dimension so that the profile does not merely build, but defines the technical structure and signal flow of the equipment from scratch.**Job Title: RF/mmWave Architect and Prototype Developer for EMC TestingRole Summary**We are seeking a hybrid profile capable of leading the **architecture and design** of advanced instrumentation systems. The candidate will not only assemble prototypes but will be responsible for defining the broadband hardware topology (DC to 110 GHz), selecting the component chain and shielding strategy for high-precision **Electromagnetic Compatibility (EMC)** test environments.**Architecture and Design Responsibilities** * **Systems Architecture Definition:** Design block-level architectures for complex RF systems, including power distribution, frequency conversion schemes (up/down conversion), and low-loss signal routing. * **mmWave Layout Design:** Lead multilayer PCB design using low-loss materials (e.g., Rogers) in tools such as Altium Designer or Cadence Allegro, ensuring signal integrity at millimeter-wave frequencies. * **Strategic Component Selection:** Evaluate and specify MMICs, mixers, and waveguides, balancing system dynamic range, noise figure, and linearity. * **Mechanical and Shielding Design:** Collaborate on mechanical architecture to ensure the prototype chassis provides electromagnetic interference (EMI) shielding superior to ambient noise levels. * **System Test Planning:** Design the architectural validation workflow—from component-level testing through final integration in anechoic chambers. **Required Technical Specifications** * **System Simulation:** Proficiency in Keysight PathWave SystemDesign (SystemVue) to model system behavior prior to physical prototyping. * **Design Standards:** In-depth knowledge of architectures compliant with Mexican IFETEL safety and emissions regulations and international standards (CISPR, ANSI). * **Broadband Connectivity:** Experience designing high-speed interfaces and precision connectors (2\.4mm, 1\.85mm, or 1\.0mm). Job Type: Full-time, Part-time, Indefinite-term, Trial period Salary: $40,000\.00 \- $100,000\.00 per month Experience: * Electromagnetic testing: 2 years (Preferred) Language: * English (Preferred) Work Location: Remote/hybrid in Tijuana, B.C. (Playas de Rosarito municipality)