
Ethan R. Sterling, Ph.D.
Engineering Educator & Senior Licensure Consultant
Profile & Narrative
Dr. Ethan Robert Sterling, is a licensed professional engineer, educator, and specialized author who bridges the gap between complex engineering theory and the practical realities of licensure and field execution. A mechanical engineer by training and a practical strategist by vocation, he is known for translating technical depth into high-yield problem-solving logic.
His academic foundation is rigorous and research-driven, yet he firmly believes that academic depth does not automatically produce operational efficiency. Drawing on his graduate management training, Ethan approaches engineering not just as a field of study, but as a system of constrained decision-making, process efficiency, and performance under limited time and information.
As a widely recognized author of FE (Fundamentals of Engineering) exam preparation materials, Ethan writes with the authority of someone deeply intolerant of unnecessary complexity. He understands that candidates and junior engineers rarely fail due to a lack of capability; they fail when they overvalue abstract theory and undertrain in decisive, practical execution.
Beyond his writing, Ethan serves as a senior licensure consultant for engineering and architectural firms across Texas and California. He understands the NCEES ecosystem from the inside, actively developing licensure pipelines, candidate readiness assessments, and professional development strategies that ensure technical clarity leads directly to buildable outcomes.
Professional Experience
Senior Licensure Consultant & Engineering Strategist
2018 — PresentRiley Carter & Manfred Bauer Architecture | Sacramento, CA
Advises the firm and external engineering partners on professional development and licensure pipelines. Develops NCEES-aligned preparation strategies, conducts candidate readiness assessments, and translates complex engineering analyses into actionable, high-yield design decisions for multidisciplinary teams.
Adjunct Professor — FE Preparation & Engineering Mechanics
2010 — 2022Various Universities | Texas & California
Spent 12 years teaching Fundamentals of Engineering (FE) preparation courses at the university level. Redesigned curricula to focus heavily on exam realism, compression of technical material, and high-yield problem-solving logic over theoretical abstraction.
Senior Mechanical Field Engineer
2005 — 2010Industrial Thermal Systems | Houston, TX
Managed the implementation and structural mechanics of applied thermal-fluid systems. Bridged the gap between the firm's theoretical engineering models and the constraints of real-world field execution and operational efficiency.
Education
Ph.D. in Mechanical Engineering
Georgia Institute of Technology | Atlanta, GA
Focused on thermal-fluid systems and structural mechanics with an emphasis on applied engineering behavior.
M.S. in Engineering Management
Massachusetts Institute of Technology (MIT) | Cambridge, MA
Specialized in constrained decision-making, systems optimization, and performance under limited time.
B.S. in Mechanical Engineering
University of Michigan | Ann Arbor, MI
Broad foundation in engineering fundamentals, mechanical systems, and applied analysis.
Credentials & Associations
Licensed Professional Engineer
ASME
American Society of Mechanical Engineers
ASEE
American Society for Engineering Education
Selected Publications
The Architecture of the FE Exam: High-Yield Problem Solving
A highly compressed, performance-oriented guide that strips away unnecessary academic complexity to focus purely on the functional methods required to pass the Fundamentals of Engineering exam.
Engineering Decision-Making Under Time Constraints
A foundational text exploring the intersection of systems optimization, operational prioritization, and licensure exam realism. Used widely in professional development pipelines.
From Theory to Execution: Bridging the Licensure Gap
An authoritative manual for engineering firms and candidates detailing why examinees fail and how to systematically restructure study habits for practical success.
