Search for RF Engineer positions in Fullerton, CA. I am specifically looking for roles that involve antenna design and simulation, require a Bachelor's degree in Electrical Engineering, offer full-time employment, and require experience with Vector Network Analyzers.

Okay, I've searched for RF Engineer positions in Fullerton, CA, focusing on roles that involve antenna design and simulation, require a Bachelor's degree in Electrical Engineering, are full-time, and require experience with Vector Network Analyzers. I have found 12 positions for you.

RF Engineer

Fullerton, CA

Electrical Engineering

Full Time

Vector Network Analyzer

Can you help me to analyze the job description and company culture?

Sure. Here's the analysis:

Job Analysis:

The RF Engineer role at Thales Aerospace Communications is fundamentally about designing, simulating, testing, and qualifying antennas for aviation applications. This position is essential for ensuring the reliability and efficiency of airborne communication and navigation systems. Key responsibilities include working with advanced RF simulation tools (like ADS and CST Microwave Design Studio) and various test setups (such as anechoic chambers) to assess antenna performance. Problem-solving in this role involves addressing the complexities of antenna design, tuning, and compliance with FAA standards, which requires a deep understanding of RF principles and the ability to navigate potential technical hurdles. Success in this role means producing innovative, high-quality designs that meet strict regulatory requirements while delivering reliable performance in diverse aviation environments. A proactive approach in documentation and environment qualification testing will also be necessary to support production and airworthiness, ensuring that every product meets Thales's rigorous standards.

Company Analysis:

Thales Aerospace Communications occupies a critical niche within the aviation industry as a leading supplier of sophisticated avionics systems. Being part of a global business unit, this position benefits from a strong international presence, which enhances its collaborative opportunities with major aircraft manufacturers. The company’s focus on innovation and key partnerships aligns with the RF Engineer role’s expectations—developing and implementing advanced antenna technologies that contribute to safer and more efficient aviation. The culture at Thales is likely fast-paced and innovation-driven, emphasizing cutting-edge technology and customer partnerships. The RF Engineer, therefore, would need to thrive in a dynamic environment that values technical expertise and collaboration across teams. With leadership accessible to engineering contributions, there is ample opportunity for visibility and involvement in larger strategic projects, particularly those aligned with the company's mission to enhance aviation technologies.

Mock up some interview questions based on the job description.

Absolutely. Here are some mock interview questions that could come up:

Behavioral Questions:
1. Tell me about a time when you faced a significant challenge in an antenna design project. What was your approach and the outcome?
1. Can you describe a situation where you had to collaborate with a cross-functional team to meet a deadline? What role did you play, and how did you ensure effective communication?
1. Give me an example of how you’ve handled the documentation for a technical project. What steps did you take to ensure clarity and compliance with regulatory standards?
1. Tell me about a time when you had to adapt your plans or designs based on unexpected test results. How did you proceed?
Technical/Role-Specific Questions:
1. How would you approach the design and simulation of a new VHF antenna? What factors would you consider?
1. What is your experience with Vector Network Analyzers, and how do you use them in the context of antenna testing?
1. Describe your process for laying out a PCB for an RF project. What tools do you prefer and why?
1. Can you explain the importance of impedance matching networks in antenna design? How do you approach designing one?
Situational Questions:
1. Imagine you are tasked with qualifying a new commercial antenna for FAA TSO approval. What steps would you take to ensure compliance?
1. If you were working with a simulation tool that yielded inconsistent results, how would you troubleshoot the issue?
Company Fit/Motivation Questions:
1. Why are you particularly interested in joining Thales Aerospace Communications, and how do you see your skills aligning with our mission?
1. What draws you to work in the avionics sector, and how do you think the role of RF Engineer can contribute to making aviation safer and more efficient?
Questions for the Candidate to Ask the Interviewer:
1. What are the key challenges currently faced by the engineering team, and how can the RF Engineer position help address those?
1. How does Thales measure success for the RF Engineer role within the first year?
1. Can you provide insights into the team I would be working with and the collaboration expectations?

Job Details

Overview Company

RF Engineer

Thales Aerospace Communications

6 days ago

Highlight

OnsiteFull-timeEntry

Summary

Thales Aerospace Communications is seeking an RF Engineer to join their team in Fullerton, CA. The role involves designing, simulating, testing, and qualifying passive VHF, UHF, and active L-, S-, and C-band antennas.

About the Role

As an RF Engineer, you will be responsible for designing, developing, and simulating airborne Communication and Navigation antennas using RF Circuit and EM Simulation tools such as ADS and CST Microwave Design Studio. You will also layout P.C. Boards using Plimus Dip Trace, E-CAM 350, or other P.C.B. layout software packages, and assist with environmental qualification planning and testing of aviation antennas for FAA TSO/PMA approval. Additional responsibilities include designing and implementing impedance matching networks, amplifiers, filters, power dividers, and baluns.

About You

Required:

Bachelor’s Degree in Electrical Engineering (BSEE, B. Eng.) or a related field.
U.S. Citizen or Permanent Resident.
Analog RF Circuit design and simulation experience.
Vector Network Analyzer experience.
Proficiency in Microsoft Office.

Preferred:

Familiarity with Vector Network Analyzers, Noise Figure Meters, basic antenna types and their electrical characteristics.
Experience with anechoic chamber test set-ups, calibration, digital pattern file recording and post-processing.
Related antenna and LNA design and simulation work experience.
Proficiency in MATLAB for mathematical modeling, data presentation, etc.

Thales Aerospace Communications

Thales Aerospace communications (ex Cobham Aerospace Communications)

The business line Thales Aerospace communications, part of the Thales Global Business Unit Avionics, is a leading supplier of airborne avionics systems in the fields of satellite communications, audio/radio management, antennas, lights, clocks, and man-machine interfaces. We are an international company with headquarters in Rungis (Paris), France, and operate multiple sites in France, the United States, Canada, South Africa, and Denmark, with sales offices in Singapore, China and India. Through its unique technologies, we have established strong and long-standing partnerships with many of the world’s leading manufacturers of commercial and regional aircraft; business jets; general aviation aircraft; military trainer, transport, and fighter aircraft; helicopters; and UAVs.

Our mission is to deliver reliable, versatile, innovative and advanced audio/radio management, satellite communication, antennas and lights to our military and commercial customers.

Our vision is to be the preferred partner for cutting-edge technologies enabling flexible, integrated and more-autonomous avionics systems to make aviation safer, greener & more efficient.

Fullerton, CA