Learning Objectives
During the course, students will:
- Review core mathematics, probability, statistics, and engineering economics topics and solve representative FE‑style problems requiring calculus, differential equations, statistical interpretation, and time‑value‑of‑money analyses.
- Strengthen their understanding of statics, dynamics, vibrations, and mechanics of materials by practicing problems involving equilibrium, motion, energy methods, momentum, stress, strain, deformation, and failure modes.
- Review material properties, manufacturing processes, fluid mechanics principles, and thermodynamics concepts and apply them to solve problems involving fluid behavior, cycles, energy transfer, phase transformations, and material performance.
- Reinforce their knowledge of heat transfer, electrical circuits, measurements, instrumentation, and controls by completing problems on conduction, convection, radiation, DC/AC circuit analysis, sensors, and basic control behavior.
- Integrate all major FE Mechanical topics by working through mixed, exam‑style problem sets that require efficient use of the electronic reference handbook, accurate SI/USCS unit handling, and strategic exam‑taking skills.
Students completing this course will earn 50 PDH.
For questions related to the registration process, please contact TEES EDGE.
Target Audience
This course is designed for Texas A&M System engineering students—particularly those nearing the completion of their undergraduate degree—who intend to take and successfully pass the Fundamentals of Engineering (FE) exam. It is ideal for students seeking structured guidance, expert-led problem solving, and a focused review of exam-relevant topics to strengthen their readiness for the FE and support their progression toward professional engineering licensure.
Course Delivery Schedule
