RF Test engineer

The RF Test Engineer at Destinus plays a critical role by scouting, evaluating, and benchmarking radio connectivity and radar technologies. They develop comprehensive evaluation and test plans for RF systems and components, perform RF measurements, collaborate cross-functionally, and maintain documentation on testing outcomes, ensuring that the UAV technologies are optimized and perform effectively.

Candidates interested in the RF Test Engineer role at Destinus should hold a Bachelor's or Master's degree in Electrical Engineering, Communications Engineering, or a related field. Additionally, they should have a minimum of 3 years of experience in RF systems design, testing, or integration, along with proficiency in measuring antenna gain and familiarity with modern wireless communication standards such as LTE and 5G.

To thrive as an RF Test Engineer at Destinus, important skills include problem-solving abilities, excellent communication, and collaboration skills. Additionally, a strong understanding of radio frequency bands and experience with RF simulation and test equipment such as spectrum analyzers and signal generators are essential for optimizing system performance.

The work environment for RF Test Engineers at Destinus is fast-paced and innovative. Engineers collaborate with top talents from around the world, engaging in exciting projects that push the boundaries of aerospace technology. The culture promotes curiosity and hands-on experience, greatly enriching the engineering journey.

Destinus is proud to value diversity in its workforce, ensuring that all applicants and employees are treated equally without discrimination based on age, race, religion, gender, or any other status. This inclusive approach strengthens our engineering teams and fuels innovation within the RF Test Engineer role.

Highlight your experience with various RF measurement techniques such as antenna gain measurement, link budget calculations, and bandwidth assessments. Be prepared to provide examples of how you’ve applied these measurements in practical scenarios.

Discuss specific challenges, such as signal interference or regulatory compliance issues, and outline the steps you took to address them, emphasizing analytical thinking and problem-solving skills.

Share your strategies for staying updated on RF technology advancements, including attending industry conferences, participating in online forums, and following leading journals or publications in the field.

Emphasize the importance of cross-team collaboration, providing examples of how you've worked with hardware and software engineers to ensure system integration and functionality in RF projects.

Outline your process, from evaluation criteria to test execution, and present the results. Emphasize the importance of meticulous testing plans and data analysis in achieving successful outcomes.

Discuss your understanding of regulatory standards (like FCC, ETSI) and how you incorporate them into your design processes to ensure that your RF systems meet necessary compliance.

Mention specific RF simulation tools you have used, explaining their advantages and how they have aided in the design and testing phases of your projects.

Discuss your familiarity with SDR platforms, any projects you've completed using them, and how they can advance RF technology through flexibility and adaptability.

Highlight the importance of detailed documentation for maintaining clarity and compliance in RF testing, describing how you structure your reports to capture essential data and findings.

Share personal anecdotes or experiences that fuel your enthusiasm for RF technology, emphasizing your curiosity and commitment to creating impactful innovations in the aerospace sector.