FE Exam 2025/2026 | 200+ Solved Q&As | Statics, Materials, Fluids, Surveying, Thermo, Concrete

This document contains 200+ expert-verified questions and answers tailored for the FE (Fundamentals of Engineering) Exam 2025/2026, providing a robust and topic-specific study tool for aspiring engineers across multiple disciplines. It follows the NCEES exam blueprint and covers the wide-ranging fundamentals needed to pass the FE Civil, Mechanical, or General exams. Each question is written in the format of conceptual recall, formula application, and real-world engineering examples, ensuring a high degree of readiness for the CBT (computer-based testing) environment. Key subject areas include: Statics & Mechanics of Materials: Young’s Modulus, stress-strain curves, Poisson’s ratio, factor of safety, axial loading Structural & Construction Materials: Steel types and heat treatment, wood and timber properties, concrete mix design, cement types, hydration, corrosion resistance Geotechnical & Fluids: Unit weight, bearing capacity, active/passive pressure, Ka & γxh, fluid statics, hydraulic radius Thermodynamics & Heat Transfer: Thermal expansion, creep, stress under temperature change Surveying & Transportation: Elevation adjustments, backsights/foresights, Simpson’s Rule, azimuths, sight distance, SSD formulas Engineering Economics: Time value of money, depreciation (straight-line and ACRS), loan amortization, cost recovery Mathematics: Partial derivatives, vectors, matrix determinants, polar coordinates, logarithmic rules, calculus fundamentals Ethics & Project Management: Design-build, liability, contracts, damage recovery Hydrology & Environmental: Manning’s equation, Hazen-Williams, flow calculations The document is highly relevant for: Undergraduate students in Civil, Mechanical, Structural, Environmental, and General Engineering Candidates preparing for the NCEES FE Exam as a requirement for EIT (Engineer-in-Training) certification Students in ABET-accredited programs or working through self-paced FE review courses Professionals seeking career advancement or preparing for PE licensure This guide emphasizes calculation methods, key formulas, unit consistency, and core engineering logic to provide a reliable prep foundation. Keywords: FE exam prep, engineering fundamentals, statics, Young’s modulus, stress-strain, surveying, NCEES FE 2025, concrete design, thermal expansion, fluid mechanics, soil mechanics, depreciation, matrix math, mechanics of materials, Poisson's ratio, hazard equations, steel types