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NSPE Home Study Courses

These unique distance learning programs are designed to help you keep your engineering related knowledge and skills right up-to-the-minute and to do so in your own office or home, whenever you wish.

Each MGI home study course contains Skill Development Exercises that can be e-mailed, mailed, or faxed to your personal instructor/partner who is ready to process your exercises and answer any questions you may have.



Prepare for the FE/PE exam using the only exam review course with these unique features:
  • Self paced study in your own home or office
  • One-on-one guidance from your personal instructor/partner
  • A Toll Free 800 number for your questions
And: The 100% Money Back Guarantee if you do not pass the exam.



P.E. Readiness Courses:

Each of the P.E. Readiness courses are specifically designed to give you the maximum possible benefit in preparing for the particular P.E. licensing exam you plan to take. The only courses with these two unique features:

A Special Guarantee: Full money back if you do not pass the exam after successfully completing the P.E.Readiness course you select: All you need to do is satisfactorily complete (pass) 80% of the mini-exams, and take your P.E. exam within one year of your enrollment in P.E. Readiness. If you do not pass the exam, we'll refund your full course enrollment fee.

A Toll-Free 800 Number: If you have questions.

P.E. Readiness, Fundamentals of Engineering: This course will prepare you for the FE(EIT) exam. Topics covered include: math and probability, thermodynamics, chemistry, electricity and electrical circuits, fluid mechanics/hydraulics, material science and structure of matter, statics, dynamics, engineering mechanics/mechanics of materials, and engineering economics.
(Course no. E60)

P.E. Readiness, Electrical Engineering - Power: This course is designed to prepare you for the electrical engineering power exam. Major topic headings include: measurement and instrumentation, codes and economic engineering theory, special applications, rotating machines, electromagnetic devices, circuit analysis, circuit components, and transmission and distribution analysis and performance. Other topics covered include: meters, illumination engineering, demand and energy management calculations, KVA and KVAR, AC and DC motors and generators, per unit analysis, transformer analysis, theory of long lines, short circuit calculation, and much more.
(Course no. E61)

P.E. Readiness, Civil Engineering: This course will prepare you for the civil engineering exam. Major topic headings include: construction, geotechnical, structural, transportation, and water resources and environmental. Other topics covered include: open channel flow, hydrology, water/waste water treatment, temporary earth structures, foundations/retaining walls, statics, mechanics of materials, determinate structures, indeterminate structures, reinforced/prestressed concrete design, steel/timber design, traffic analysis, highway design, earthwork, construction layout, estimating quantities/costs, scheduling, temporary structures, safety, material control/production, and much more.
(Course no. E62)

P.E. Readiness, Mechanical Engineering: This course will prepare you for the mechanical engineering exam. Major topic headings are: mechanical design, management, energy systems, control systems, thermal and fluid processes. Additional coverage includes: thermodynamics, structured design, kinematics and dynamics, heat transfer, HVAC/R, engines, machine design, strength of materials, hydraulics/pneumatics, stress analysis, and vibrations.
(Course no. E63)

P.E. Readiness, Chemical: This course will prepare you for the chemical exam. Major topic headings are: Mass and energy balances, fluid mechanics, thermodynamics, heat transfer, kinetics and reactor design, and separation and mass transfer. It also includes coverage of dimensional analysis, systems or control volumes, steady state, Bernoulli equation, compressible flow, centrifugal pumps, fluid metering, basic thermodynamic properties, gases, reaction, formation and combustion, power cycles and refrigeration, condensers and evaporators, chemical reactions, distillation, extraction, and absorption.
(Course no. E64)