Design and Analysis Engineer 3 with Security Clearance - Oklahoma City, United States - Tundra Technical Solutions

Description

We are seeking a highly skilled and experienced Communication Engineer with a focus on RF, HF, SATCOM, to support hardware qualification and aircraft certification for the E7, a commercial derivative of the 737/767.

As a Communication Engineer, you will play a crucial role in ensuring the efficiency, reliability, and certification compliance of network and communication systems for our esteemed customers, including the US, UK, Korea, Turkey, Australia, and others


Responsibilities:

Collaborate with customers and internal teams to develop and document complex electronic and electrical system requirements for network and communication systems.

Analyze and translate requirements into system, hardware, and software designs, ensuring compliance with industry standards, regulations, and aircraft certification requirements.

Perform wireless and/or SATCOM engineering trade studies, analyses, modeling & simulation, prototyping, and experimentation to optimize system performance and meet certification criteria.

Plan, develop, and execute test and evaluation (T&E) activities for network and communication systems, focusing on hardware qualification and aircraft certification.

Utilize network and communication system modeling and simulation (M&S) tools to analyze and optimize system performance, considering aircraft-specific constraints and requirements.

Utilize field and lab testing and analysis equipment for network and communication system testing and analysis, ensuring compliance with certification standards.

Apply RF communications theory, including modulations, link budgets, error correction coding, channel effects, and communications protocols, to optimize system performance and meet certification requirements.

Collaborate with cross-functional teams to support hardware qualification and aircraft certification processes, ensuring compliance with regulatory and customer requirements.

Proactively identify and solve problems concerning fielded hardware and software over the entire product lifecycle, with a focus on certification-related issues.

Research specific technology advances for potential application to hardware qualification and aircraft certification processes.
Stay updated with emerging network and communication technologies and certification standards through continuous learning and active engagement with academia and industry


Requirements:

Bachelor's degree in radio frequency (RF) communications, wireless networks, electrical engineering, radar/sensor analysis, network engineering, or a related field.

Minimum of 5 years of experience in network and communication systems engineering
Strong understanding of network engineering concepts, including network architecture, cybersecurity, cloud environments, and virtualization.
Hands-on experience in wireless and/or SATCOM engineering trade studies, analyses, modeling & simulation, prototyping, and experimentation.
Proficiency in multiple network and communication system modeling and simulation (M&S) tools.
Experience using network and communication field and lab testing and analysis equipment.
Solid understanding of RF communications theory and its practical application.
Familiarity with aircraft certification processes and requirements.
Strong problem-solving skills and ability to work independently and as part of a team.
Proactive, independent, and thrives in a cooperative team setting.
Excellent communication and collaboration skills to work effectively with customers and cross-functional teams.

If you are a highly motivated and skilled Communication Engineer with expertise in RF, HF, SATCOM, and a strong focus on hardware qualification and aircraft certification, we encourage you to apply.

Join our team and contribute to the advancement of network and communication systems in the aviation industry, specifically for the E7 commercial derivative of the 737/767.

Education

Requirements:

Bachelor's degree in radio frequency (RF) communications, wireless networks, electrical engineering, radar/sensor analysis, network engineering, or a related field.