Supervisory General Engineer

Join our team in a senior engineering role, leveraging your expertise to lead and innovate within critical technical areas.

• *Minimum Qualifications:**
• **Engineering Degree:** A Bachelor's degree in Engineering from an ABET-accredited program.

* **or** a Bachelor's degree including differential and integral calculus and advanced coursework in at least five of the following engineering science or physics areas: statics, dynamics, strength of materials, fluid mechanics, thermodynamics, electrical fields/circuits, nature/properties of materials, or other comparable fundamental engineering science.

• **Alternative Qualifications (if no direct engineering degree):** A combination of education and experience demonstrating thorough knowledge of physical/mathematical sciences underlying engineering, and a practical/theoretical understanding of engineering sciences. This can be demonstrated by:

* Professional registration (Engineer Intern, Engineer in Training, or Professional Engineer). * Successful completion of the Fundamentals of Engineering (FE) examination or equivalent. * At least 60 semester hours in physical, mathematical, and engineering sciences (as specified above). * A Bachelor's degree in a related scientific field (e.g., Engineering Technology, Physics, Chemistry, Computer Science, Mathematics, Hydrology, Geology) combined with at least one year of professional engineering experience under supervision.

• *Specialized Experience (Equivalent to GS-14 level):**

Candidates must possess one year of specialized experience demonstrating the ability to perform the duties of this position. This experience includes:

• Managing or leading a Science, Technology, or Engineering (STE) team within an organization.
• Representing an agency or organization to diverse stakeholders (e.g., senior leaders, international counterparts).
• Serving as a Senior Engineer and Subject Matter Expert (SME) in one or more of the following preferred areas:

* Materials science (fission/fusion energy production) * Thermodynamics, heat transfer, and energy production * Radiation physics principles in industrial applications * Nuclear energy and technologies * Applications involving physics, nuclear sciences, or technologies * Thermodynamics or energy resilience studies in munitions systems * Chemistry, biotechnology, chemical/biological warfare agents * Chemical processes/systems in industry * Applications involving chemical, biological, or health sciences * Nonproliferation processes * Machine design and development, automation, and control systems * Aerospace or mechanical processes (design, analysis, manufacturing, maintenance of mechanical systems) * Applications involving mechanical systems/technologies or robotics/electronics processes.