Categories

Broad vehicle engineering topics spanning EVs, hybrids, and traditional powertrains.

Simulation and modeling techniques used throughout vehicle development.

Occupant packaging, driver visibility, and interior layout standards like SAE J1050.

Body structure, crashworthiness, and vehicle architecture fundamentals.

Suspension, steering, and chassis dynamics for ride and handling.

Vehicle electrical system design and wiring architecture.

Hybrid powertrain layouts and energy-sharing strategies.

Sensors, ECUs, and electronic control systems in modern vehicles.

Plain-English breakdowns of SAE standards and technical papers.

Forces, equilibrium, and free-body diagrams for rigid bodies.

Motion, forces, and Newtonian mechanics in engineering systems.

Position, velocity, and acceleration of moving bodies.

Natural frequency, resonance, and vibration analysis.

Stress, strain, and material failure theory.

Metallurgy, material properties, and processing fundamentals.

FEA methods for structural and thermal simulation.

Casting, machining, and production methods used in industry.

Energy, entropy, and the laws governing heat and work.

Conduction, convection, and radiation fundamentals.

Flow behavior, viscosity, and fluid mechanics principles.

High-speed and compressible fluid flow analysis.

Applied design of pumps, HVAC, and thermal-fluid equipment.

Circuit analysis, components, and core electrical fundamentals.

Foundational electromagnetics theory for engineers.

Feedback systems and control theory basics.

Batteries, fuel cells, and electrochemical reactions.

Battery technology and energy storage system design.

Power distribution and energy efficiency strategies.

Foundational physics concepts behind engineering principles.

AI concepts and applications in engineering.

Security fundamentals for connected systems.

Information technology topics relevant to engineers.

Data networking fundamentals.

Combining subsystems into complete engineering solutions.

Statistics and probability applied to engineering data.

Data analysis and reporting for engineering decisions.

Using math to represent and predict real-world systems.

Cost analysis, time value of money, and economic decision-making.

Managing engineering programs, timelines, and cross-functional teams.

Professional and ethical responsibilities in engineering practice.

Soil mechanics and foundation engineering basics.

Municipal water system design fundamentals.

Chemical principles relevant to engineering applications.

Practice questions and review material for the FE exam.