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- From: ecaxron@ariel.lerc.nasa.gov (Ron Graham)
- Newsgroups: sci.engr,sci.engr.mech,sci.engr.civil,sci.engr.control,sci.engr.chem,sci.answers,news.answers
- Subject: sci.engr.* FAQ on the PE and EIT Exams
- Followup-To: sci.engr
- Date: 5 Oct 1995 22:24 EST
- Organization: NASA Lewis Research Center
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- Archive-name: engineering/pe-eit-exam
-
- sci.engr.* PE/EIT FAQ -- Last updated 08/04/95 -- 608 lines
-
- **********
-
- Disclaimers: you may use this document as you wish IF
-
- (1) You include the authors' names to preserve their intellectual ownership.
- (2) You don't try to sell it or otherwise use it to make a profit.
- Just don't pass it off as your own, OK? :-)
- (3) You feel free to submit suggestions for additions or changes to the
- maintainer. To do so gets your name on the list of Authors below.
-
- **********
-
- Authors:
-
- Ron Bean nicmad!madnix!zaphod%astroatc.UUCP@cs.wisc.edu
- John Beaudry jbeaudry@metronet.com
- Stan Bischof stanb@hpnmrsb2.sr.hp.com
- Henry Black nrhblack@datatamers.com
- Timothy M. Chu tmchu@csupomona.edu
- Dave Forrest forrest@rsoc.rockwell.com
- Ron Graham ecaxron@ariel.lerc.nasa.gov (editor and FAQ-keeper)
- Brian Gross briang@sad.hp.com
- Lisa Henn lisa@msn.fullfeed.com
- Gary Krauch g.krauch@ieee.org
- Elaine Lindelef eel@alumni.caltech.edu
- Rita M. Lumos ritaml@ix.netcom.com
- Joseph Melrose melrose@amsaa-cleo.brl.mil
- Michael D. Miles mdmiles@teleport.com
- Andrew Moskalik ajmosk@engin.umich.edu
- Tony Mullins jamull@ward.che.utexas.edu
- Chris Pikus cjp@megatek.com (this address may have changed)
- Dave Russell dlr@mindspring.com
- A. E. Siegman siegman@ee.stanford.edu
- Richard Suhar richard.suhar@online.sme.org
- Alex Tessier atessier@dres.dnd.ca
- A. W. Utay b18890@vaxb.phx1.aro.allied.com (also may be changed)
- Wallace Venable venable@faculty.coe.wvu.edu
-
- **********
-
- Sections:
-
- I. Definition of PE/EIT and their Exams
- II. Does an engineer have to have a PE to practice?
- III. How is private practice different than working in industry?
- IV. What else does professional certification qualify me for?
- V. Why don't all engineers get certified?
- VI. If the industrial exemption means I may not need certification, what
- VII. What might I expect on a PE exam or an EIT?
- VIII. What are the biggest problems with the certification system?
- IX. Any other related suggestions?
- X. New developments
- XI. The way the law reads today (LONG)
-
- **********
-
- Legend:
-
- EIT = Engineer in Training
- FE = Fundamentals of Engineering
- LPI = Licensed Private Investigator
- NCEES = National Council of Examiners for Engineering and Surveying
- NSPE = National Society of Professional Engineers
- PE = Professional Engineer
- PP = Principles and Practices
-
- Term definitions:
-
- Certification = The process which documents expertise. It is comprised
- of work experience and examinations. It is maintained by
- evidence of continuing education. [Suhar]
-
- Registration = That which enables one to practice as an "engineer."
- Registration is obtained by proof of work experience,
- references from other engineers (mostly themselves
- registered) and by passing examinations. [Black]
-
- **********
-
- I. Definition of PE/EIT and their Exams
-
- A Professional Engineer (PE) is one who has met the requirements of a
- state (province) to be licensed to offer engineering services to the
- public, and who has paid dues to purchase and maintain that license.
- This license may be independent of the degree(s) held by the licensee,
- although it takes longer (sometimes much longer) for a nondegreed
- individual to get what a licensing board considers appropriate experience.
- [Mullins, Lumos]
-
- For exact requirements in your state write your state's Board of
- Registration for Professional Engineers and Surveyors and request an
- application packet. Also, contact the NCEES in Clemson, SC for
- information on the exams and their new file service. [Venable, Henn]
- NCEES has tables available which list requirements for licensing by
- state. [Lumos]
-
- National Council of Examiners for Engineering and Surveying
- 1820 Seneca Creek Road
- PO Box 1686
- Clemson SC 29633-1686
- (803) 654-6824
-
- *****
-
- Fundamentals of Engineering (FE) Exam
-
- This is the first step toward obtaining the PE license. Successful
- completion leads to the designation of Engineer in Training (EIT).
- Some states require an application to take this exam -- check in yours.
-
- o It is standardized nationally.
- o It is given in each state on the same day. [Chu]
- o It covers material common to most engineering disciplines.
- - circuits - fluid mechanics
- - thermodynamics - solid mechanics
- - mechanics/statics - materials science
- - mathematics - chemistry
- o It is eight hours long, in two four-hour segments.
- You get a lunch break in-between. ;-) [Chu]
- o It is multiple choice. [Mullins] For now. [Lumos]
- o It is closed-book, although a reference book is included. [Chu]
-
- Those who complete the FE Exam are required to have four years of
- experience by the time the state receives the scores. Since the
- college years count, many applicants take the exam late in their
- senior years.
-
- *****
-
- Principles and Practices (PP) Exam
-
- This is it -- the exam that gets the PE license.
-
- o It is standardized nationally,
- - but states decide on passing score.
- - and some states have specific disciplinary sections:
- o CA -- seismic design (Civils)
- o FL -- high winds
- o NJ -- environmental
- o WI -- "barrier-free" design
- NCEES no longer offers a combined test. [Lumos]
- o It covers mini-design problems of the type encountered
- in upper-level undergraduate design classes.
- o It consists of two segments, with applicants choosing to solve
- a subset of the problems available in each. [Moskalik]
-
- The PP Exam requires a long application with details of work experience
- and (usually five) letters of reference (in most states, at least three
- of the references must themselves be licensed PEs). The NCEES packet
- says references should
-
- o reflect the character and diversity of the applicant's experience
- o be personally acquainted with the applicant's professional
- reputation and technical ability.
-
- Every time you apply for a PE, you need new letters of reference, although
- you can use the same people over again. [Henn]
-
- Those who complete the PP Exam are required to have eight years of
- experience by the time the state receives the scores. The undergraduate
- years count for four, and advanced degrees for two -- so even with a PhD
- you would have to add two years of work experience to qualify. [Mullins]
-
- *****
-
- Here are some of the differences between states:
-
- o Some states do not recognize licenses granted in other states.
- They may require re-examination, even from license-holders in
- other states. Reciprocity, in which re-examination is waived,
- generally requires what NCEES considers as a passing score.
- o Some states may not recognize individual specializations.
- o Some states grant licenses routinely to (say) holders of PhDs.
- o Exam fees may vary greatly.
-
- The NCEES now maintains (for a fee) a file of references, exam scores
- and experience for licensees. You might check with them for details.
-
- **********
-
- II. Does an engineer have to have a PE to practice?
-
- The following people must have a PE license to practice [Mullins]:
-
- o Anyone who offers engineering services to the public.
- o Anyone who advertises one's self as an "engineer."
- o Half of the principals (i.e. owners) of a company that
- offers engineering services to the public.
- o Half of the principals of a company that wants to use
- the term "engineer" in its name.
-
- This does not include publicly-held companies that provide engineering
- services as their primary business. The following get licensed as well,
- in practice:
-
- o Many employees of companies whose primary business is
- contract engineering.
-
- The following documents (for example) require the review of a PE:
-
- o Electrical power system designs
- o Public utility designs
- o Construction documents and related designs
- o Environmental containment designs
-
- There is a strong likelihood of PE review needed if the thing being
- designed has impact on the public, e.g. public safety or utility
- availability. Such review would be required prior to construction,
- although the *design* can be accomplished by unlicensed engineers.
- Some utilities are required by law to hire PEs in some positions.
- [Russell]
-
- On the other hand, the following designs will probably not require
- such review:
-
- o Control systems design (except where safety is involved)
- o Design and manufacture of computer chips
-
- The "industrial exemption" works as follows: if you provide engineering
- services to your employer that are related to the design and manufacture
- of the company's product, you need not be licensed. The theory is that
- the employer assumes the liability in the case of harm to the public, not
- the individual engineer. (In the USA, Mississippi is the only state that
- does not have the industrial exemption.) The company most likely is covered
- by product liability insurance as well. [Mullins] In short, you can
- "engineer" a product for your employer, although without certification you
- cannot publicly call yourself an "engineer." [Venable]
-
- The "flip side" of licensing is as follows:
-
- o The discipline involved in the licensing process can serve as
- a reminder to young engineers of the "ethic" involved in working
- in engineering -- some who are unlicensed (and are thus unaware
- of the PE's "Canons of Ethics") may at times ignore this.
- o Someone with a PE can be sued. This knowledge will at times
- help the young engineer to scrupulously avoid failures.
- o There is little effort to enforce the law here, unless someone
- without a license tries to advertise the services of an engineer.
-
- **********
-
- III. How is private practice different than working in industry?
-
- Since you cannot advertise your services as an "engineer" without
- certification, you must make certain of the following:
-
- o Your understanding of the legal aspect of private practice.
- o How liability can affect your client(s).
- o What ways you can advertise your services legally.
- o Whether your client is liable for payroll taxes, providing
- an industrial exemption, etc.
-
- The NSPE and the Consulting Engineers council have done quite a bit to
- provide insight in these areas. [Miles]
-
- **********
-
- IV. What else does professional certification qualify me for?
-
- o Expert witnesses: a PE can offer expert opinion as to what
- caused (for instance) a structural failure. This is the
- same as for a police officer, firefighter, physician, or
- anyone else (again) who deals with the public safety.
-
- o Expert investigator: in many states, a PE can be called upon
- to determine the cause of (for instance) arson. This is, once
- again, in relation to the public safety. [Venable]
-
- **********
-
- V. Why don't all engineers get certified?
-
- "Because of the industrial exemption" is the technical answer, but
- there are other underlying trains of thought.
-
- o Some industries are already regulated on a federal level,
- such as aerospace. [Utay]
-
- o Some individuals who do not work with PEs have no way of
- getting the five references required to sit for the PP Exam.
- [Lindelef] In some such cases, an application may be
- considered individually anyway. [Moskalik]
-
- o The application procedure can take longer than the exam
- itself. [Moskalik]
-
- There is a move afoot nationally to eliminate the industrial exemption.
- [Lumos]
-
- **********
-
- VI. If the industrial exemption means I may not need certification, what
- advantage is there to my getting it anyway?
-
- Here are some things that certification *may* do to help you:
-
- o Demonstrate your proficiency to certain potential employers.
- o Refresh your memory on problems not recently solved. [Beaudry]
- o Give you the "aura" of a professional consultant. [Gross]
-
- **********
-
- VII. What might I expect on a PE exam or an EIT?
-
- Here is an example of an EIT in EE, contributed by Pikus on 06/22/94.
- Solve eight of the following:
-
- SUBJECT PROBLEMS
-
- Generation systems (power plants) 2
- transmission/distribution systems 3
- (includes power and RF)
- Rotating Machines 1
- Lighting Protection and grounding 1
- (e.g. Natl. Elect. Code)
- Control 2
- Electronic Devices 3
- (semiconductors, opamps)
- Instrumentation (D/A, A/D - ?) 3
- Digital Systems 2
- Computer Systems 3
- Communication Systems 3
- Biomedical 1
- ------------- -----
- TOTAL 24
-
- I didn't see any analogous contributions for other disciplines in any
- of the threads on this subject that I followed.
-
- **********
-
- VIII. What are the biggest problems with the certification system?
-
- Loaded question. This is the one that brings up the thread in the
- first place. The system itself has these observed problems:
-
- o Certification as a process would be more popular if the
- process were streamlined somewhat -- even for the test-
- makers, there is a lot of work.
-
- o An honorarium of no more than $20/hour for writing questions;
- travel expenses only for (long) meetings to review scoring
- standards and new questions, etc. Few working engineers are
- willing to give up weekends for policy conferences. [Venable]
- Of course, your mileage on this point will vary. [Lumos]
-
- o What would be useful (and what isn't there) would be a voluntary
- certification process conducted by an unpaid volunteer group (with
- no ax to grind) of working engineers. [Bischof]
-
- o The NSPE must recognize that there are many engineering
- disciplines out there and that certifications should either
- address common areas or be specialized. [Forrest]
-
- The use of the title "engineer" has these problems:
-
- o Many people call themselves "engineers" -- this can be a misuse of
- the term. A blatant example is the "software engineer" that has
- taken computer science courses and uses the title "engineer."
- [Krauch]
-
- o No test can measure whether someone will be a competent engineer.
- This is why the experience and reference requirements are crucial
- parts of professional certification. [Gross]
-
- The testing process has these problems:
-
- o A large percentage of test-takers fail. [Mullins] Numbers were not
- verified in this portion of the discussion, and some thought it was
- unreasonable that anyone should fail such a "simple" exam. The
- passing rate on the FE for first time takers from ABET-accredited
- programs is about 70%. The passing rate for all takers is about
- 50%. The rate varies slightly with each exam since the selection
- of questions is different each time. [Venable]
-
- o The EIT is not required for undergraduates, nor is there a waiver
- on the PE exam for, say, a PhD with some work experience. [Krauch]
-
- o The EIT is structured more toward Mechanical and Civil
- than for, say, Geological and Chemical engineering. [Melrose]
- There is a counter-argument that ME programs place a greater
- emphasis on the EIT. [Venable]
-
- **********
-
- IX. Any other related suggestions?
-
- o Make sure you have an apprenticeship or cooperative education
- program you can jump into while an undergrad. [Tessier]
-
- o Alternatively, make sure you have a two-year in ______ Technology,
- where ______ is some discipline which offers credits that will
- transfer into a four-year program in engineering. [Bean]
-
- o Contrary to the opinions of many students, the FE is NOT a test
- of what you know so much as a test of what you can understand.
- Mature engineers on the review panel found that if the read the
- questions carefully, they could find information in the references
- which let them solve problems for which they were otherwise
- "clueless." Faculty colleagues have said essentially the same
- thing after taking the FE. Those who cannot (or will not) read
- carefully will not do well. [Venable]
-
- **********
-
- IX. New developments [Gross]
-
- The California (USA) Board of Registration for Professional Engineers
- and Land Surveyors is in the process of rewriting the Professional
- Engineers Act.
-
- Note: The current Act is available online (look under Chapter 7) at:
- <URL:http://polecat.law.indiana.edu/codes/ca/bpc/bpc.html>
-
- [...the article describing this rewrite is quite long, and I will send it
- by request. Ask for article new-pe.act... -- RG]
-
- The proposed rewrite would have the following effects:
-
- o All registrants would be "professional engineers." Registration
- as a "civil engineer" or "chemical engineer" would involve separate
- testing or registration prior to the rewrite.
-
- o Disciplines would be divided according to "practice"
-
- - civil
- - mechanical
- - electrical
-
- or "title"
-
- - agricultural - manufacturing
- - chemical - metallurgical
- - control systems - nuclear
- - corrosion - petroleum
- - fire protection - quality
- - industrial - safety
- - traffic
-
- No-one may practice in a "practice" discipline (and use the title
- of that discipline) without registration or a supervisory line
- with registration. Anyone may practice in a "title" discipline
- whether registered or not.
-
- o EIT waivers would no longer be available.
-
- o Experience required for professional registration would increase
- from six to eight years.
-
- o Stronger sanctions against PEs who violate provisions of the Act
- would be implemented.
-
- o Only NCEES exams would be offered. Since NCEES does not offer
- exams in traffic, corrosion and safety, these would no longer be
- available, and no new registrations would be given in those areas.
-
- **********
-
- X. The way the law reads today [Gross, Black] (LONG)
-
- The current law makes distinctions between registered and nonregistered
- engineers as follows:
-
- O Registered engineers
- 1) May use the titles "registered engineer", "professional
- engineer", "consulting engineer" or combinations of those
- titles.
- 2) May use one of the titles in Section 6732 as appropriate
- for the branch in which they are registered.
- 3) May practice civil engineering if registered as a civil
- engineer and similarly for mechanical or electrical
- engineering.
-
- O Unregistered engineers
- 1) May NOT use the titles "registered engineer", "professional
- engineer", "consulting engineer" or combinations of those
- titles.
- 2) May NOT use one of the titles in Section 6732.
- 3) MAY practice engineering in any branch other than civil,
- mechanical or electrical engineering (so long as they do
- not use one of the titles in Section 6732)
-
- Note that exemptions to registration may be found in:
- Section 6737 Architectural exemption
- Section 6737.1 Structure exemption
- Section 6737.4 Contractor exemption - electrical, mechanical design
- Section 6739 exemption of federal officers and employees
- Section 6740 exemption of subordinates
- Section 6741 exemption of nonresidents
- Section 6742 exemption for real estate broker or salesman
- Section 6744 exemption for land owner
- Section 6745 exemption for building alterations
- Section 6746 exemption for communications industry
- Section 6747 exemption for industries
-
- 6701. "Professional engineer," within the meaning and intent of
- this act, refers to a person engaged in the professional practice of
- rendering service or creative work requiring education, training and
- experience in engineering sciences and the application of special
- knowledge of the mathematical, physical and engineering sciences in
- such professional or creative work as consultation, investigation,
- evaluation, planning or design of public or private utilities,
- structures, machines, processes, circuits, buildings, equipment or
- projects, and supervision of construction for the purpose of securing
- compliance with specifications and design for any such work.
-
- 6702.1. "Electrical engineer" as used in this chapter means a
- professional engineer in the branch of electrical engineering and
- refers to one who practices or offers to practice electrical
- engineering in any of its phases.
-
- 404 (l) "Electrical engineering" is that branch of professional
- engineering described in Section 6734.1 of the code, which embraces
- studies or activities relating to the generation, transmission, and
- utilization of electrical energy, including the design of electrical,
- electronic and magnetic circuits and the technical control of their
- operation and of the design of electrical gear. It is concerned with
- research, organizational, and the economic aspects of the above.
-
- 6703. The phrase "responsible charge of work" means the independent
- control and direction, by the use of initiative, skill, and
- independent judgment, of the investigation or design of professional
- engineering work or the direct engineering control of such projects.
- The phrase does not refer to the concept of financial liability.
-
- (The definition of "responsible charge" is greatly expanded upon
- in Section 404.1)
-
- 6704. In order to safeguard life, health, property, and public
- welfare, no person shall practice civil, electrical, or mechanical
- engineering unless appropriately registered or specifically exempted
- from registration under this chapter, and only persons registered
- under this chapter shall be entitled to take and use the titles
- "consulting engineer," "professional engineer," or "registered
- engineer," or any combination of those titles, and according to
- registration with the board the engineering branch titles specified
- in Section 6732, or the authority titles specified in Section 6763,
- or "engineer-in-training."
- The provisions of this act pertaining to registration of
- professional engineers other than civil engineers, do not apply to
- employees in the communication industry; nor to the employees of
- contractors while engaged in work on communication equipment;
- however, those employees may not use any of the titles listed in
- Section 6732 unless registered.
- The provisions of this section shall not prevent the use of the
- title "consulting engineer" by a person who has qualified for and
- maintained exemption for using that title under the provisions of
- Section 6732.1, or by a person licensed as a photogrammetric
- surveyor.
-
- 6732. It is unlawful for anyone other than a professional engineer
- registered under this chapter, to stamp or seal any plans,
- specifications, plats, reports, or other documents with the seal or
- stamp of a professional engineer, or to in any manner use the title
- "professional engineer," "registered engineer," or "consulting
- engineer," or any of the following branch titles: "agricultural
- engineer," "chemical engineer," "civil engineer," "control system
- engineer," "corrosion engineer," "electrical engineer," "fire
- protection engineer," "industrial engineer," "manufacturing engineer,"
- "mechanical engineer," "metallurgical engineer," "nuclear engineer,"
- "petroleum engineer," "quality engineer," "safety engineer,"
- "traffic engineer," or any combination of such words and phrases or
- abbreviations thereof unless registered hereunder.
-
- 6732.1. Any person who has been granted permission to use the title
- "consulting engineer" pursuant to legislation enacted at the 1963,
- 1965, or 1968 Regular Session is exempt from the provisions of
- Section 6732 as it restricts the use of the title "consulting
- engineer", and such exemption shall apply so long as the applicant
- remains in practice and advises the board of any change of address
- within 30 days of such change. The board may adopt such rules under
- provisions of the Administrative Procedure Act as are necessary to
- implement this section.
- The provisions of Articles 5 (commencing with Section 6775), 6
- (commencing with Section 6785), and 7 (commencing with Section 6795)
- of this chapter shall apply to all persons who are granted permission
- to use the title "consulting engineer" pursuant to legislation
- enacted in 1963 and 1965 and the amendments to this section enacted
- at the 1968 Regular Session.
-
- 6734.1. Any person practices electrical engineering when he
- professes to be an electrical engineer or is in responsible charge of
- electrical engineering work.
-
- 6763. Application for authority to use the title "structural
- engineer," "soil engineer," "soils engineer," or "geotechnical
- engineer" shall be made to the board on forms prescribed by it and
- shall be accompanied by the application fee fixed by this chapter.
- An applicant for authority to use the title "structural engineer,"
- "soil engineer," "soils engineer," or "geotechnical engineer" who
- has passed the examination prescribed by the board, or an applicant
- for authority to use the title "soil engineer," "soils engineer," or
- "geotechnical engineer" whose application is submitted prior to July
- 1, 1986, and who has otherwise demonstrated that he or she is
- qualified, shall have a certificate of authority issued to him or
- her.
- For purposes of this chapter, an authority to use the title
- "structural engineer," "soil engineer," "soils engineer," or
- "geotechnical engineer" is an identification of competence and
- specialization in a subspecialty of civil engineering and
- necessitates education or experience in addition to that required for
- registration as a civil engineer.
-
- **********
-
- The netizen formerly known as RG
- Dr. Ronald E. Graham
- Control Systems Branch
- NASA Lewis Research Center
-