Senior Electronics Engineer, Spectrum Policy & Oversight

Federal Communications Commission; Washington (District of Columbia); On-site; USD 140,000 - 190,000; Full time

Job summary

The Federal Communications Commission in Washington, DC, invites qualified candidates for a GS-15 position in the Technical Rules Branch of the Office of Engineering & Technology. The role emphasizes management of a subordinate staff, complex policy and technical proceedings related to frequency use, and providing engineering and policy guidance to leadership.

Candidates should demonstrate experience with interference issues, advanced RF propagation modeling, and the development of analytical

Qualifications

• OPM basic requirements for electronics engineering (0855) transcripts must be submitted by closing date.
• One year specialized experience equivalent to GS-14 in the Federal service in the areas listed under B. Specialized Experience.
• Experience overseeing, directing, supervising, or managing subordinate staff.
• Experience planning and administering highly complex projects and proceedings of major policy and technical significance.
• Experience providing guidance on engineering and policy issues to management.
• Experience providing technical expertise on potential interference issues.
• Experience using RF propagation models and analytical techniques for spectrum engineering.

Skills

Supervisory experience

Project management

Engineering policy guidance

Interference analysis

RF propagation modeling

Analytical techniques

Technical writing

Education

OPM 0855 Electronics Engineering

Job description

The Federal Communications Commission in Washington, DC, invites qualified candidates for a GS-15 position in the Technical Rules Branch of the Office of Engineering & Technology. The role emphasizes management of a subordinate staff, complex policy and technical proceedings related to frequency use, and providing engineering and policy guidance to leadership.

Candidates should demonstrate experience with interference issues, advanced RF propagation modeling, and the development of analytical