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more information
about the
Eit-fe, pe
electrical, pe
mechanical, pe civil
test preparation
courses |
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Of
all Professional Licensure Exams
Medical, Law,
Architecture, Accounting, Financial, Engineering
Engineering Licensure exams are the most difficult
to pass, average EIT/PE combined pass rates of
first takers and retakers is only 30%
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it
is critical to your career that you select
the right training provider to prepare you for licensure
Why
select ENSYS as your EIT/PE training Provider ? In the words of our users:
" nothing compares to ENSYS "
click here to find out why !
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- NCEES is
implementing a national ID system
to identify and track repeat exam
candidates. This is to enforce a nationwide limit of 3 takes
Click
here to read more
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- The only way to pass the exam
is with massive
problem-solving experience
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- ENSYS users receive
1000 hours of structured problem-solving training in the
training program
with 80 hours per exam-subject and
they hand solve 10,000 problems resulting in a PASS RATE OVER
80%
which is HIGHER than the national EIT/PE average repeat
pass rate of 30%
The most often made comment from our users:
" ENSYS is
exactly what I was looking for, nothing else compares "
Read Testimonials
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- The
ENSYS 1000 hour Training Program
is an
engineering re-education program
it re-teaches the entire
fundamental engineering curriculum with
80 hrs of training per exam-subject
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The
ENSYS Training Program is designed for these users
1. users who may not have learned the material well in school
2. users who did not work with most engineering knowledge after
graduation
3. users who have been out of school for a long time
4. users who may not have taken courses in all exam-subjects in
school
5. users without a formal engineering background
6. users who have forgotten everything
7. users who are too stressed, distracted and overwhelmed with work,
project deadlines, family and life responsibilities
which makes it difficult to study by themselves
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- To pass
the EIT exam you need to know all fundamental engineering courses
Algebra, Analytic Geometry, Trigonometry,
Vector Algebra, Differential Calculus, Integral Calculus, Vector Calculus,
Differential Equations, Laplace Transforms, Numerical Analysis,
Statistics, Matrices, Statics, Mechanics of Materials, Dynamics, Fluid
Mechanics, Thermodynamics, Heat Transfer, Mass Transport, Circuits,
Chemistry, Economics, Materials Science, Computers, Measurements &
Instrumentation, Control Theory
- To pass the PE
Electrical exam you need to know all electrical
engineering courses
Algebra, Analytic Geometry, Trigonometry, Vector Algebra,
Differential Calculus, Integral Calculus, Vector Calculus,
Differential Equations, Laplace Transforms, Numerical Analysis,
Statistics, Matrices, analog circuits, analog filters, analog
controls, modern controls, digital controls, analog communications,
digital communications, semiconductors, analog electronics, digital
electronics, electromagnetic fields, power, transformers,
electromechanics, power transmission, lighting, power electronics,
measurements, digital circuits, microprocessors, computer systems
- To pass
the PE Mechanical exam you need to know all mechanical engineering courses
Algebra, Analytic Geometry, Trigonometry, Vector Algebra,
Differential Calculus, Integral Calculus, Vector Calculus,
Differential Equations, Laplace Transforms, Numerical Analysis,
Statistics, Matrices, Statics, solid mechanics, dynamics, analog
controls, modern controls, vibrations, kinematics, machinery,
machine design, machine elements, fluid mechanics, hydraulics,
thermodynamics, mechanical systems, power cycles, powerplants, fluid
power, compressible fluids, heat transfer, hvac, circuits,
materials, chemistry, economics, plant engineering
- To pass
the PE Civil exam you need to know all civil engineering courses
Algebra, Analytic Geometry, Trigonometry, Vector Algebra,
Differential Calculus, Integral Calculus, Vector Calculus,
Differential Equations, Numerical Analysis,
Statistics, Matrices, statics, materials science, solid mechanics,
structures, steel design, concrete, timber, masonry, fluid
mechanics, hydraulics, hydrology, water resources, hydrology, geo
tech, foundations, transportation, pavement design, surveying,
chemistry, environmental engineering, wastewater, solid waste.
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- On the EIT exam you
need to solve 180 difficult problems in 8 hrs or 2.67 minutes per
problem,
On the PE exams you
need to solve 80 difficult problems in 8 hrs or 6 minutes per
problem,
In engineering school you were given 3
problems in a 1 hr exam or 20 minutes per problem, and you thought THAT
was a challenge.
The only way for you to meet THIS NEW CHALLENGE is to be MASSIVELY
over prepared,
to solve MASSIVE amounts of problems
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What does it take to pass
the engineering licensure exam
1.Thorough
understanding of the material
2. Working accurately and fast on the exam
These skills can only be achieved by prolonged and focused structured
problem-solving practice
Users are unable to achieve structured problem-solving practice on their
own,
they get stuck frequently and they get bogged down and
overwhelmed by the theory
Users need a structured format where they can learn efficient
problem-solving procedures and algorithms which they can apply on their
own,
thereby retaining control of their mastery and skill-building
By hand-solving problems in such a format users can rapidly gain
understanding, speed and accuracy:
The keys to passing the exam !
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- 30-hour
refreshers offered by industry at $ 2000 cannot retrain you in the 5
year engineering curriculum
Refreshers offered by industry assume
that you are very familiar with the subjects and they devote around 1 to 2
hours per engineering course,
How can you relearn tough subjects such as thermodynamics and feedback
control in 1 to 2 hours ?
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- To pass
the exam you need
a structured problem-solving training program
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- You are searching for a training provider
who offers a structured problem-solving
training program which will train you to solve 1 problem per 2.67 minutes
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- ENSYS is the ONLY
engineering training provider
with a structured
problem-solving training program which is designed to prepare you
successfully for the exam
by training you to hand-solve 10,000 problems with 50 to 100 hours
of problem-solving training per subject
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- The ENSYS program is not
only a structured problem-solving training system
it also serves as a time-management and
study-system.
All your work is programmed and organized.
Self-Study / Home-Study users do not have to go it alone anymore.
The ENSYS program provides an online infrastructure where
all your work is scheduled.
You do not have to worry about:
what material to study
when to study
how to study
what theory to study
which problems to work
how to reinforce and practice.
In the ENSYS system, there is no reading of any text involved.
theory is condensed into step-by-step procedures
followed by user-assigned problems
followed by a detailed discussion
with the problems sequenced in increasing difficulty-levels.
Users learn and master the material by working problems:
10,000 problems hand-solved by the user
resulting in an unprecedented
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- The ENSYS EIT & PE Training Systems are Engineering Re-Education
Programs
which are designed to rebuild the
user's 5-year engineering knowledge-base.
They have
been developed over a time-period of twenty five years
and they have been successfully delivered to engineering
professionals since 1986.
The ENSYS EIT & PE Training Systems are active and evolutionary
systems
which require 5000 man-hours of annual maintenance, support and
ongoing development
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