Electrical Engineer

Job Title: Electrical Engineer - PCB & RF SystemsLocation: HoustonJob Type: Full-TimeAbout the RoleWe're looking for a skilled Electrical Engineer with a strong background in designing, manufacturing, and sustaining low-noise PCBs that interface with RF sensors and peripherals. If you love solving tricky hardware issues, debugging circuits, and optimizing high-frequency designs, this job is for you!What You'll Do🔧PCB Debugging & Optimization (50%)Diagnose and resolve communication issues between embedded systems (e.g., Raspberry Pi failing to communicate with controllers"”voltage problems? Let's fix it!).Identify and correct common-mode noise, ground loops, and interference in complex circuits.Analyze and improve power delivery and signal integrity on PCBs.Debug PLL spurs, EMI issues, and other RF-related headaches.📡High-Frequency & Mixed-Signal Design (50%)Work with 4GHz components"”design impedance matching circuits or use spectrum analyzers to troubleshoot RF problems.Optimize DSP-based FFT processing (e.g., adding digital filters for better performance).Improve signal integrity in high-speed and low-noise environments.Handle delicate soldering"”because yes, sometimes a tiny ground wire will break and you'll need to fix it!What You Bring✅ 3-5 years of experience (or exceptional skills that make experience irrelevant).✅ Strong PCB design & debugging experience, especially with low-noise and RF systems.✅ Ability to work with embedded systems, power management, and high-frequency circuits.✅ Experience with impedance matching, spectrum analyzers, and EMI troubleshooting.✅ Hands-on skills"”whether it's fixing a bad ground connection or soldering tiny components.✅ Bonus: Familiarity with DSP, digital filters, PLLs, or advanced RF design.Why Join Us?🚀 Work on cutting-edge RF and embedded systems.🛠 Solve real-world hardware problems with direct impact.🌍 Flexible work environment"”remote or on-site options.💡 Growth opportunities based on where you excel.If you love debugging, designing, and problem-solving at the circuit level, we'd love to hear from you!

Created: 2025-02-22