Senior Network Engineer / RF Engineer

As a Senior Network Engineer / RF Engineer at StarTekk, your main responsibilities include designing, configuring, and troubleshooting RF systems and network infrastructure. You'll also work with various communication protocols like TCP/IP and ISDN, conduct site surveys, perform system integrations, and lead RF testing and evaluations. Your technical leadership will guide junior engineers while ensuring compliance with aviation regulations, making your role vital in our digital transformation efforts.

StarTekk requires candidates for the Senior Network Engineer / RF Engineer position to have at least 15 years of experience in networking and RF engineering. A degree in computer science, computer information systems, or information technology is typically expected, though the complexity of the duties may require deeper industry experience rather than formal qualifications alone. Hands-on experience with various RF systems, networking tools, and software development skills are essential.

To excel as a Senior Network Engineer / RF Engineer at StarTekk, you'll need a robust set of technical skills. These include expertise in VHF/UHF radio systems, mastery of modulation schemes and multiplexing methods, and proficiency with network tools. Moreover, hands-on experience with VoIP protocols and sound programming skills in languages like C, C++, and Python are necessary to develop and maintain embedded systems software across our network infrastructure.

The Senior Network Engineer / RF Engineer plays a crucial role in StarTekk's digital transformation by analyzing data and identifying gaps within our communication systems. Through the implementation of advanced RF systems and network solutions, you'll help streamline processes, enhance efficiencies, and ensure our technology aligns with our focused business goals. Your contributions will be vital in integrating cutting-edge technology into our operations.

Absolutely! StarTekk values the growth and development of our team members. As a Senior Network Engineer / RF Engineer, you'll not only lead projects but also mentor junior engineers, positioning yourself as a key player in our innovative environment. Your technical expertise will enable you to take on more complex challenges and potentially step into higher leadership roles as you advance in your career.

When answering this question, highlight specific projects or systems you designed, emphasizing the challenges faced and how you overcame them. Discuss your hands-on experience with testing equipment and protocols used in RF system development to showcase your technical expertise.

Respond by outlining your systematic approach to troubleshooting, such as using network monitoring tools and following standard protocols for diagnosing issues. Providing examples of past experiences will help illustrate your problem-solving skills effectively.

Discuss your familiarity with aviation regulations and how you incorporate these guidelines into your RF engineering work. Mention any certifications or training you've received that equip you to ensure compliance effectively.

Highlight factors such as compatibility with existing systems, potential downtime during integration, and thorough testing. Emphasize your proactive approach to planning and executing technology integrations to minimize disruptions.

Share a specific project that illustrates your technical skills and problem-solving abilities. Focus on the objectives, your role, the challenges you faced, and the outcomes achieved, showcasing how you can handle complexity.

Talk about your expertise in programming languages relevant to RF engineering, such as C or Python, and provide examples of how you've applied them in developing software or systems. This shows your ability to merge software development with RF engineering.

Discuss your commitment to ongoing education and training. Mention industry conferences, certifications, and online resources you utilize to keep your knowledge current, demonstrating your dedication to professional development.

Share your philosophy on mentorship, emphasizing the importance of knowledge sharing and fostering a collaborative environment. Provide examples of how you've successfully mentored others and contributed to their growth.

Highlight how data analysis is critical for evaluating system performance, identifying bottlenecks, and making informed decisions. Share examples of when you've utilized data analysis to optimize RF systems or networks.

Discuss a structured RF testing methodology you've applied, including the tools and techniques used. Sharing details about the results and how they impacted the project's success will underscore your analytical skills.