Humn x12
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HUMN 120:
Technical Writing & Communication Prepared By
Dr. Ahmed Yakout
Lectured By
Prof. Dr. Sohair Sakr
Prof. Dr. Mahmoud Abdel Hamid
Dr. Ahmed Yakout
Cairo 2012
© Dr. A. Yakout, 2012
TEXT BOOK
• David Beer, and David McMurrrey, A Guide to
Writing as an Engineer, 3rd Edition, John
Wiley & Sons, Inc., 2009.
© Dr. A. Yakout, 2012
TOPICS
1. Engineers and writing, and the concept
of noise in writing.
2. Some guidelines for good engineering
writing.
3. Eliminating intermittent noise in writing.
5. Writing common engineering reports.
4. Writing good paragraphs.
© Dr. A. Yakout, 2012
TOPICS
6. Writing an engineering report
7. Constructing tables and graphics
9. Engineering the presentations
10.Documentation and ethics in
engineering writing
8. Reasoning with Quantitative data.
© Dr. A. Yakout, 2012
ASSESSMENT & GRADING
POLICY
• Group Report 10
• Group Presentation (for Report) 10
• Quizzes 5
• Final Examination 50
• Absence - Marks
© Dr. A. Yakout, 2012
CHAPTER 1
Engineers and writing, and the concept of
noise in writing
• Communication skills are extremely important.
• To be a successful engineer you must be able
to write and speak effectively (clear, correct,
and organized).
© Dr. A. Yakout, 2012
FOUR IMPORTANT POINTS
1. Engineers write a lot. Engineers spend
over 40% of their working time writing. This
percentage increases with promotions.
© Dr. A. Yakout, 2012
FOUR IMPORTANT POINTS
2. Engineers write many kinds of documents like
• Inspection or trip reports
• Laboratory and field reports
• Specifications
• Proposals,
• progress reports,
• Instructions
• recommendation reports.
• Emails, memos and letters
© Dr. A. Yakout, 2012
FOUR IMPORTANT POINTS
3. A successful engineering career requires
strong communication skills. You are not
judged by the by the quality of your
technical work alone but also by how well
you communicate ( write and speak).
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FOUR IMPORTANT POINTS
4. Engineers can learn to write well because
• As an engineer, you will be trained to think logically.
• In the Lab., you will be concerned with precision and accuracy.
• From School, you posses skills needed for basic written communication.
• Everyday, you see samples of clear writing in newspapers, and weekly magazines.
© Dr. A. Yakout, 2012
Thus you are in a good position.
All you need is some
instruction and practice.
CONCLUSION
© Dr. A. Yakout, 2012
NOISE AND THE
COMMUNICATION PROCESS
• Noise is anything, that causes a reader to
hesitate in uncertainty, frustration, or even
amusement.
• Example: There was not a sufficient enough
number of samples to validate the data.
• Noise in written documents causes anything
from momentary confusion to a complete
inability to understand a message.
CONTROLLING THE WRITING
SYSTEM
© Dr. Ahmed Hassan Yakout
Language is a system made up of various components such
as sounds, words, clauses, sentences and so on. Whenever
we speak or write, we use this system, and like other systems
it must be controlled to do it’s job right.
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Guidelines for Writing Noise-
Free Engineering Documents
1. Focus on Why you are Writing
2. Focus on Your Reader
3. Satisfy Document Specifications
4. Get to the point
5. Provide Accurate Information
6. Present Your Material Logically
7. Make Your Ideas Accessible
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Guidelines for Writing Noise-
Free Engineering Documents
8. Format Your Pages Carefully
9. Express Yourself Clearly
10.Use Lists for some information
11.Use Efficient Wording
12.Manage Your Time Efficiently
13.Edit at Different Levels
14.Share the Load: Write as a Team
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• Define the purpose of your writing in
your own mind so you can
1. Present appropriate supporting data
2. Test its adequacy
3. Discard anything that is not needed
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Before writing, ask yourself
the following: Do I want to
1. Inform?
2. Request?
3. Instruct?
4. Propose?
5. Recommend?
6. Persuade?
7. Record?
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Note
• The purpose of most technical writing is to
present information or to persuade people
to act or think in a certain way.
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Think about your audience
before writing to them. You
must consider their
1. Nature
2. Interests
3. Level of expertise
4. Abilities
5. Expectations
6. Knowledge
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Before writing, ask yourself the
following: 1. Are my readers engineers in my field of
expertise? (No need for elementary details)
2. Are my readers engineers from a different field? (Provide Background)
3. Are they managers and supervisors who need to make decisions based on what I write? (Be persuasive)
4. Are they nonexperts from marketing, sales, finance, or other fields? (Don’t use technical words without explaining them first)
5. Are they a mixed audience? 09-15-2012
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Note
There is always a gap between you and
your audience caused by variations in
knowledge, ability, or interest. To
communicate effectively, you must bridge
that gap.
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• Before writing, you should be aware of any
specifications your document must meet.
Many audiences expect documents they
receive to be within certain parameters.
• Various document specifications exist. Such
specifications may
1. Require you to provide sections addressing
certain topics.
2. Put limits on the number of words and the
number of graphics your technical paper can
include.
3. Define headings, spacing, and margin width. 09-15-2012
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Note
• Knowing precisely what is expected of
you before you begin to write will
1. prevent wasted time
2. give your document a better chance at
success
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• Anyone reading your memos, letters, and
reports is likely to be in a hurry. Thus you
have to get to the point by
1. Using direct sentences
2. Keeping most of the important information at the
beginning of your document.
• Moreover, readers would much rather know
your key points, complaints, requests,
conclusions, or recommendations before
they read supporting details
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Note
• No matter what kind of document you are producing, however, first determine your audience and purpose, and then give your readers the information they most need in the place they can most efficiently access it, the beginning of the paper, rather than buried somewhere in the middle or at the end.
• (In abstracts and summaries for reports and books, and in titles for memo and emails).
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• Even the clearest writing is useless when the information it conveys is wrong. Wrong information could
1. Stump your readers
2. Cause them to lose confidence and be highly suspicious of the reliability of your report.
3. Make readers question your honesty as a writer.
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Note
• In short make sure that
1. your facts (statements of external reality
that can be verified by others) are correct
when you write them down and
2. your opinions (impressions that may not be
readily verifiable by others) are presented
as such until adequate evidence is
provided to verify them.
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• All information should be in the right place.
This means you must organize your material
so that each idea, point, and section is
clearly and logically laid out within an
appropriate overall pattern.
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1. If you are writing about what progress you have made on a
project, what you did on a trip, or how to carry out a
procedure, your material should be in a chronological
order.
2. If you are writing about a description of a piece of
equipment, or a layout of some facilities, your description
should logically move from one physical point to
another.
3. If you have a number of points to make, such as five ways
to reduce costs or six reasons why a project must be
cancelled, your points should be presented from the most
to the least important, or vice versa.
4. If you are writing a tutorial or textbook, your material needs
to be presented in order of familiarity or difficulty.
5. If you are writing a memo, move from general to specific.
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Structure and present your
material efficiently by:
1. subdividing your material into sections
and subsections with hierarchical
headings
2. controlling the length of your paragraph
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7.1 Hierarchical Headings • A system of heading is essential to
1. Keep your material clearly organized.
2. Let readers know what is in each section of the document
3. Help the reader to get through a report without getting lost
4. Reveal the hierarchical relationships of your material, enabling readers to understand the levels of detail and importance to your work.
5. Give your document good “browsability”, that is, they help readers to find the parts of your report that interest them most.
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A common format for the first three
levels of headings is as follows:
FIRST-LEVEL HEADING
Sdgfhjgj khklkjlkjljl;kl;k; k;kkl;l;’l’;l’l’fgdgfjhghjk hhgdhgjkg ghfgjhkjfhjk hj fjk hjkgj kggfjghgjgjfghgjffj
Second-Level Heading
Fsghfjhgjgjgjkhkjhkhkjhkhkjhkjhkhljljljlkjlkjljlkhhgcdfdsfrrsxhgcxrtcvbhcxrtyyjbvt rtsydtvrdcvtrdytvctycyvcrtyt
Third-level headings.Ersytdtrsdhj fdtrsdhtsdyjy fdstrshdrt sd jys trys hdtrsytdrystdtysdyrts drtytdtrs ttrydtrdytd
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Numbered Headings
Some times you may be required to add a numbered or decimal system to your headings. A number system gives readers easier reference to parts of a very long report.
1.0 FIRST-LEVEL HEADING
1.1 Second-Level Heading
1.1.1 Third-level headings.
1.1.1.1 Fourth-level headings 09-15-2012
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7.2 Paragraph Length:
• Break your text into easily digestible
paragraphs so that the reader would be able to absorb your information.
• A paragraph should not be more than 12 lines.
• Caution : Try to avoid “orphan lines” in your document.
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Use lists to present
1. steps in a procedure
2. materials to be purchased
3. items to be considered
4. reasons for a decision
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Why Lists?
• because readers retrieve some kinds of
information from a list more easily than a
paragraph.
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Example • First of all, set the dual power supply to +12 V and
-12 V. Next, set up the op-amp as shown in Figure 1. Use a 1 Vpp sine wave at 1 kHz and then plot the output wave form on the HP digital scope. Then obtain a Bode plot for the gain from 200 Hz to 20 kHz.
1. Set the dual power supply to +12 V and -12 V.
2. Set up the op-amp as shown in Figure 1.
3. Use a 1 Vpp sine wave at 1 kHz and then plot the output wave form on the HP digital scope.
4. Obtain a Bode plot for the gain from 200 Hz to 20 kHz.
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Types of Lists • Numbered lists: Use a number list when a set of data
1. follow a certain chronological order
2. follow a certain order of importance
3. has more than 7 items
• Use can letters a, b, c, etc., for sublists.
• Checklists: Use to indicate that all the items on your list must be tended to, usually in the order presented. When checklists get longer than 10 boxes, try to break them into smaller sections and give each section its own subheading.
• Bulleted lists: These kinds of lists are commonly used when items (no more than 7 items) in a list are in no specific order.
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Punctuation of Lists
• If the lead-in to your list ends with a verb, no colon is necessary.
• E.g. The five priorities we established are (no colon). On the other hand, We have established the following five priorities: (needs a colon)
• If the items are complete sentences, end with a period. Otherwise, a period at the end of list items is optional.
• Capitalizing the first listed item is up to you, unless each entry is a complete sentence.
• Whichever style of punctuation and capitalization you use, be consistent.
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Parallelism in Lists
• Maintain grammatical parallelism between entries to achieve smooth reading and logical neatness.
Example of a bumpy List:
• Last week we accomplished the following for WW3-A:
1. Completed BIU, ICACHE, and ABUS logic design.
2. All instruction buffer blocks have had final simulations.
3. Written and debugged 75 percent of test patterns.
4. Scheduling of first silicon reticules for WW4-A with Vern Whittington in Feb 16.
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• People prefer a print that is visually
accessible and pleasing. You can create
psychological noise if you fail to meet
these preferences. You can easily prevent
it by keeping the following points in mind.
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9.1 Margins
• Leave margins around your text to help prevent
your pages from appearing overloaded
• Standard margins are 1 inch all around your page
• Make sure the margins are consistent on all
pages
• If report is important enough to be bound like a
book, you will need a wider-than-usual left margin
to accommodate the binding and ensure that the
first word or so of each line is still readable.
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9.2 Typography • Typeface is the style of individual letters and characters.
Serif and sans Serif are the two general type styles. Serif fonts have small strokes or stems on the edges of each letter.
• Example
Serif Sans Serif
T V T V
• Sans Serif fonts can be effective for titles and headings, but serif fonts make larger quantities of text more readable since the little stems bind the letters and help guide the reader’s eye from letter to letter.
• Standard type size is 10 to 12 point. You should use larger or smaller sizes only for special effect in titles, captions, warnings, and such.
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• Avoid sentences with all capital letters, known as “shouting”, because in a long of uppercase letters you have the same visual contours, making such a sentence slower and somewhat more difficult to read:
• Example:
THE GOVERNMENT PLANS TO ESTABLISH A HIGH-LEVEL ADMINISTRATIVE COUNCILTO COORDINATE SCIENCE AND TECHNOLOGY.
• Capitalized words should be used to emphasize a heading or directive.
• Example:
WARNING: dfsgfdghfhjgjhgjkhkhkhjkjklj
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9.3 White Space
(Areas of a page not filled with text or graphics) • It plays an important part in a document by
1. creating a path for reader’s eyes,
2. isolating and emphasizing important data, and
3. providing “breathing room” between blocks of information.
• Thus, it can have a positive effect by making difficult technical material appear more accessible.
• You will have enough white space on your pages if you do the following:
1. Provide adequate and consistent margins.
2. Leave a space between all paragraphs.
3. Leave spaces before and after every heading and subheading.
4. Leave one or two spaces between text and graphics or lists.
5. Leave a space before and after each equation in the text.
6. Indent subheadings or text where appropriate.
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• You have to state clearly what you have to
say. Your sentences must convey a single
meaning with no room for interpretation or
misunderstanding.
• Avoid: Ambiguity and Vagueness
• Ensure: Coherence and Directness.
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Ambiguity ( from Latin word meaning
to be undecided):
• It results from permitting words like they and it to point to more than one possible referent in a sentence, or from using short descriptive phrases that could refer to two or more parts of the sentence.
• Examples:
• The microprocessor interfaced directly with the 7055 RAM chip. It runs at 5 MHz.
• Our records now include all development reports for B-44 engines received from JPL.
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Vagueness (not clear, fuzzy,
unfocused): • Vagueness causes the readers to see no useful meaning
at all. Avoid abstract words like pretty soon, substantial amount, and corrective action.
• Examples:
• The Robotics group is several weeks behind schedule.
• The CF553 runs faster than the RG562 but is much more expensive.
• Vagueness can be an asset to people who don’t want to reveal much or who have nothing to reveal because they have done nothing.
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Coherence (meaning stick together):
• Coherence in writing refers to how well paragraphs and even complete documents stick together and stay focused on their true subject.
• You can achieve coherence in your paragraph by making sure that each sentence is clearly related to the one before it and after it. This means opening with your main point or topic sentence, repeating key words where needed, and using transitional words and pronouns to link sentences as they build up a paragraph
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Example
• A significant disadvantage of the 125-H CRT is its high power consumption. This The tube requires substantial power to produce the high voltages and currents that are necessary to drive and deflect the electron beam. In addition, The 125-H is inefficient, only about 10% to 20% of the power used by the tube is converted into visible light at the surface of the screen. Thus, The 125-H is poorly suited for portable display devices that run on batteries, where lower power consumption is necessary. Because of this drawback, We should consider other options before committing to purchase the 125-H.
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Directness
• Being direct allows your reader to grasp
your point quickly. The most important part
of your message should come at the
beginning of your sentences and
paragraphs.
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Example:
After a long and difficult development cycle due
to factory renovation, the infrared controller
will be ready for production.
• The infrared controller will be ready for
production on Feb. 4. Its development cycle
was slowed down due to factory renovation
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Avoid
1. Wordiness
2. Redundancy
3. Turning Verbs into nouns
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Wordiness
• Wordiness means using many or
unnecessarily serious words instead of
straightforward ones
• This causes your reader to slow down. So,
simply choose the simplest and plainest
word whenever you can.
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Instead Of Use
Words
Commence start
Compel force
Endeavor try
employ use
Phrases
A large number of many
Exhibits the ability to can
Subsequent to after
In majority of instances usually
At this point in time now 09-15-2012
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Example
• You may often find that there are a
number of words contained in your writing
that can be safely eliminated without any
kind of danger to your meaning
whatsoever.
•You may find words in your writing that can be eliminated without any danger to your meaning.
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Redundancy
• using extra words
that say the same
thing, like phrases
that duplicate what
has already been
said
Redundant Efficient
Alternative
Choices
Alternatives
Completely
eliminate
Eliminate
Connected
together
Connected
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Example
• They decided to reconstruct a hypothetical
test situation that does not exist.
• They decided to reconstruct a hypothetical
test situation.
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Turning Verbs into Nouns
• Replacing a good
verb (action) with a
noun (the name of the
action).
Noun Verb
Made a
selection
Selected
• Example
• An investigation of all possible sources of
noise was undertaken.
• All possible sources of noise were
investigated.
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• Consider writing a part of your professional activities.
12.1 Finding and Using Time
• Most of the ways to find writing times are not too attractive.
Nonetheless, you should make writing an organic part of
your daily schedule.
12.2 Outlines, Deadlines, and Time Lines
• Make a rough outline: give you an idea about what is
involved in document, help divide the task to smaller
separate ones (to be accomplished with no order pref.)
• Establish a deadline and schedule back – Draft a timeline –
Allow enough review and edit time at the end (for the entire
document).
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• Check your document for technical accuracy first. Then, edit your document at least once for each of the following “writing levels”:
• Level 1: This level is the nitty-gritty level of spelling, grammar and punctuation.
• Level 2: Looking at things such as paragraph and sentence length and structure, possible verbiage, precise word choice and tone.
• Level 3: This level is the global level, where you check the overall format, organization, readability appearance, and accuracy of content.
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14. Share the Load : Write as a
Team
(To be discussed later)
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Lecture 3 : Elimination of Random Noise in
Engineering Writing
(The Word and Sentence Level)
By Dr. Ahmed Hassan
Cairo, 2012
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Random Noise
• Where does random noise exist?
1. Spelling
2. Punctuation
3. Sentence Structure
4. Technical Usage
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1. Spelling
• Poor spelling can cause your reader to :
1. Get annoyed
2. Get distracted
3. Stop reading your document
4. Question your ability as a writer
5. Suspect your technical abilities
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1. Spelling
• To eliminate noise caused by incorrect
spelling use
1. A spell checker
2. A current dictionary
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2. Punctuation
• Punctuation marks act as “ traffic signals ”
for written communication.
• They control the flow of meaning in
sentences.
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2. Punctuation
• We will discuss some common punctuation marks like :
1.Commas
2.Semicolons
3.Colons
4.Parentheses
5.Dashes
6.Hyphens
7.Exclamation points
8.Quotation marks
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2.1 Commas
• The use of commas is frequently optional.
• The trend in technical writing is to omit
commas, unless omitting commas cause
confusion and noise.
Examples
Before we arrived at the meeting we had already
decided how to vote.
After the construction works finished eating rats
emerged to look for the scraps.
,
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2.1 Commas
• “Serial Commas” is considered a must in technical writing.
• In technical writing, you should add a comma before the and joining the last two terms.
Examples
Rathjens, Technobuilid, Johnson and Turblex
build the best turbines for our purposes.
Rathjens, Technobuilid, Johnson, and Turblex
build the best turbines for our purposes.
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2.2 Semicolons
• Semicolons are mistakenly replaced by
commas.
• Semicolons are used to join sentences
that are psychologically close.
Example
Take professor Hixson's class. You'll find he's a
great teacher.
Take professor Hixson's class; you'll find he's a
great teacher.
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2.2 Semicolons
• If you use words like however, therefore,
namely, consequently, and accordingly to
link two sentences, insert a semicolon
before and a comma after them.
Example We wanted to finish the computer program yesterday,
however, the network was down all afternoon.
We wanted to finish the computer program yesterday;
however, the network was down all afternoon.
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2.2 Semicolons
• Use semicolons to divide larger elements
of a list that already uses commas for
internal sublists.
Example
I suggest you choose one social science subject
such as psychology, or philosophy; one natural
science course such as chemistry, physics, or
biology; and one math class.
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2.3 Colons • Colons separate the hour from minute in a
time notation.
• Colons divide parts of book titles.
• Colons introduce lists within sentences. Examples: This proposal is due on Monday morning at 8:30 sharp.
One of the books recommended for the seminar is The
Limits of safety: organization, Accidents, and
Nuclear Weapons.
For the final exam you will need several items: a pencil,
a calculator, and three sheets of graph paper.
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2.3 Colons
• Use colons in sentences only if the
statements before the colons can stand by
itself and have meaning.
Example
For the final exam you will need several items: a pencil,
a calculator, and three sheets of graph paper. (correct)
For the final exam you will need: a pencil, a calculator,
and three sheets of graph paper. (wrong)
For the final exam you will need a pencil, a calculator,
and three sheets of graph paper. (correct)
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2.4 Parentheses
• Use parentheses to set off facts or references.
• If the statement within the parentheses is a
complete sentence, put the period inside the
marks; otherwise, put the period outside the
parentheses.
• Don’t use parentheses too frequently because
these marks force the reader to pause.
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2.4 Parentheses
• Examples
• This reference book (published in 1993) still
contains useful information.
• Typical indoor levels of radon average 1.5
picocuries per liter (a measure of radioactivity
per unit volume of air).
• I have already calculated the values of the
resistors. (R1 is 10.5 KΩ, and R2 is 98 Ω.) The
next step is to choose standard values.
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2.5 Dashes
• Dashes call attention to the words after it.
• Dashes are less formal than the other
marks. Avoid them in very formal writing.
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2.5 Dashes
• Dashes can be used for the following purposes:
1.Emphasis: Staying up all night to finish a lab project is
not so terrible once in a while.
2.Summary: Reading all warnings, wearing safety glasses and hardhats, and avoiding hot materials all these practices are crucial to sensible workshop procedure.
3. Insertion: My opinion whether you want to hear it or not is that the drill does not meet the specifications promised by our supplier.
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2.6 Hyphens
• Hyphens divide a word at the end of a line
or join pairs of words acting as a single
descriptor.
Examples:
Research showed that computer-aided students im-
proved their grades dramatically.
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2.6 Hyphens
• Don’t hyphenate prefixes such as pre, re,
semi, sub, and non unless leaving out the
hyphen causes an eyesore. Preconception
is fine but preexisting needs a hyphen.
• Don’t hyphenate compound words before a
noun if the first word ends in ly. For example,
Early warning system needs no hyphen.
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2.7 Exclamation Points
• Use it in your novel, or personal letters.
• Avoid it in technical writing except in case
of warnings. (DANGER: Sodium Cyanide
is extremely toxic!)
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2.8 Quotation Marks
• Use quotations marks to set off direct quotations in your text.
• Put any needed period or comma within the marks, even if the quoted item is one word.
• In case of questions, put the question mark within the quote if what’s between the quotes is the question. Otherwise, put the question mark outside the quotations. In both cases, no period should end the sentence.
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2.8 Quotation Marks
• Examples
• The manager stressed to the whole group that the key word was “preparedness.”
• “The correct answer is 18.2 joules,” he told me.
• We left the game right after the band played “The Eyes of Texas”; it was too darn hot and humid to stay any longer.
• Their manager bluntly asked, “Are we on schedule?”
• What is the meaning of the term “antepenultimate”?
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3. Sentence Sense
• In this section, we will look into the grammatical, and stylistic area. We will discuss
1. Connecting Subjects to Verbs
2. Modifiers
3. Unclear Pronouns
4. Parallelism
5. Fragments
6. Active or Passive Voice?
7. Sexist Language
8. Two Latin Legacies
9. Transitions
10.Sentence Length
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3.1 Connecting Subjects to Verbs
• Relate the verb to the correct subject.
• Reduce the amount of information
between the subject and the verb.
• Use singular verbs for an amount that is
seen as one unit.
• When using either/or, or neither/nor, relate
the verb to the noun immediately before it.
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3.1 Connecting Subjects to Verbs
• Examples
• This combination of electrical components
constitutes a single RC filter.
• 12 grams of acid was spilt.
• Either the recent procedures or the old
manual is acceptable.
• Neither the rudder nor the wings were
badly damaged in the crash.
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3.2 Modifiers
• A modifier is a word or group of words
whose function is to add meaning to other
ideas in a sentence.
Example:
Our company has bought a transceiver.
Our company has bought a TS 840 S
transceiver with single sideband
capabilities.
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3.2 Modifiers
• When adding modifiers:
1. Don’t omit words like I, we, or some other subject.
2. Don’t place a modifier too far from the word it modifies.
Examples Once having completed needed modifications and
adjustments, the equipment operated correctly and met
all specifications.
I was ordered to get there as soon as possible by fax.
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3.3 Unclear Pronouns
• Make sure that the pronoun you use refers
to the noun just coming before it. If that is
not the case, repeat the noun.
Example The promotion was give to Vicky, who really deserved it.
We will study the terrain by soil analysis and computer
simulation before reaching decision on whether
construction can take place here. This will also enable us
to…
This study will also enable us to …
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3.4 Parallelism
• Items in a list must share the same
grammatical structure.
Example The back-up system should be efficient, should meet
safety specifications, and have complete reliability.
The back-up system should be efficient, should meet
safety specifications, and should have complete
reliability.
The back-up system should be efficient, meet safety
specifications, and have complete reliability.
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3.5 Fragments
• Avoid fragments (incomplete sentences).
Example
Nearly 60 percent of U.S. households had VCRs
by the end of the 1980s. In spite of the
microwave oven being the most popular
appliance of the decade.
In spite of the microwave oven being the most
popular appliance of the 1980s, nearly 60
percent of U.S. households had VCRs by the
end of the decade.
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3.6 Active or Passive?
• Use the passive voice when writing up
your research or describing a process.
• Use the passive voice if:
1. You don’t want the doer to get in the way
of your description.
2. You find the doer unknown or unimportant.
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3.6 Active or Passive?
• Use Active voice for procedures,
instructions, or your everyday technical
writing.
• Use active voice to:
1. be direct and efficient.
2. show that a person is involved in work.
3. give credit where credit is due.
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3.7 Sexist Language
• Avoid the use of gender-specific terms.
Examples Restrictive: Every engineer should be at his workstation by
9 A.M.
Inclusive: Every engineer should be at his or her workstation
by 9 A.M. or ( preferred because less wordy): Engineers
should be at their workstations by 9 A.M.
Sarah is the chair of the new committee on marketing. Or
Sarah is chairing the new committee on marketing.
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3.8 Two Latin Legacies
• You can ignore these two rules:
• Never end a sentence with a preposition.
• Never split an infinitive. Examples That's a problem on which we will really have to work.
That's a problem that we will really have to work on.
An electrician may find it necessary to entirely separate the
wires in a power line sometimes.
The team has been unable to, except for the lead engineer
and one technician who is on temporary assignment with us,
master the new program.
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3.9 Transitions
• Use transitional words or phrases as
they:
1. Help connect ideas
2. Distinguish conditions or exceptions
3. Point out new directions of thought
Examples To indicate sequence : before … later, first…second, in
addition, additionally , then next, finally
To indicate contrast: but, however, yet still, nevertheless,
although, on the contrary, in contrast, on the other hand.
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3.10 Sentence Length
• Avoid lengthy, and complex sentences.
• Don’t write sentences over 20 words long.
• Avoid too many short sentences. They
may let your readers feel as first graders.
• In conclusion, try to vary your style and
avoid both lengthy and short sentences.
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4. Technical Usage
• In this section, we are considered with
the technical area. We will discuss
1. Jargons
2. Abbreviations
3. Numbers
4. Measurement Units
5. Equations
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4.1 Jargons
• Jargon is the necessary technical terminology used in specialized fields.
• Jargon makes communication between experts easy, and efficient.
• However, if your readers are non-experts, using Jargon becomes useless and a source of noise.
• To avoid this noise, definitions within texts, examples, analogies, or a good glossary must be provided by the technical writer.
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4.2 Abbreviations
• Abbreviations are necessary for technical communication.
• Abbreviations refer to concepts that would take a great deal of time to spell out fully.
• If your reader doesn’t understand the abbreviations you use, they become a source of noise. To avoid this, always spell abbreviations out the first time you use them.
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4.2 Abbreviations
• Examples • Then it goes into the ROM (Read - Only Memory) .
• To understand our billing process, you first need to know
what a British Thermal Unit (BTU) is.
Abbreviations can be divided into 1. Initialisms: such as GPA, USA, IBM.
2. Acronyms: such as AIDS, MATLAB, RAM.
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4.2 Abbreviations
• Two usage pointers:
• Use the correct form of a/an before an initialism. Write an before the initialism, if the first letter is pronounced with an initial vowel sound.
• Form the plural of Abbreviations by adding lower case s. Only put an apostrophe between the abbreviation and the s if you are indicating a possessive form.
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4.2 Abbreviations
• Examples
• An MTCR
• An LED
• An ultrasonic frequency (but a UHF receiver)
• We ordered three CRTs.
• We weren’t satisfied with the last CD-ROM’s
performance.
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4.3 Numbers
• Engineering means working with numbers
a great deal.
• To avoid noise:
• Make any number you write accurate.
• Give numbers to the necessary degree of
precision: 54.18543 is needed or 54.2 will
do.
• Use numbers in a consistent form
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4.3 Numbers • Guidelines for using numbers: 1. For cardinal numbers (as one, two, etc):
a. Write from one to ten as words and all other numbers as
figures.
b. Write all the numbers the same if they appear in the same
sentence.
c. Also use numerals when citing money, or measurements.
Examples Two transistors 12 capacitors
The IPET has 4000 members and 134 chapters in 6 regions.
$5.48 12.4 m 8 ft
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4.3 Numbers 2. For ordinal numbers ( first, second, etc): Spell them out
only if they are single words. Write the rest as numerals plus the last two letters of the ordinal.
3. If a number begins a sentence, it’s a good idea to spell it out regardless of any other rule.
Examples: Second harmonic fourteenth harmonic
21st element 73rd cycle
Thirty-two computers were manufactured today.
To avoid writing out a large number at the beginning of a
sentence, rewrite the sentence:
5198 engines were manufactured in this division last year.
This division manufactured 5198 engines last year.
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4.3 Numbers 4. Form plural of a numeral by adding an s. Also, make a
written number plural by adding s, es or ies.
5. Place a zero before the decimal point for numbers less
than one. Omit trailing zeros unless they indicate precision.
6. Write fractions as numerals when they are joined by a
whole number. Connect the whole number and the fraction
by a hyphen.
Examples 80s 1920s
Nines sixes Fours nineties
0.345 cm 0.5 A 12.00 ft 19.40 tons
2-1/2 liters 32-2/3 km
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4.3 Numbers
7. Time can be written out when not followed by A.M. or P.M..
8. When expressing very large or small numbers, use
can use the standard or the scientific notation. Choose
the best format and be consistent.
Examples Ten o’clock 4 hours 36 minutes 12 seconds
10:41 A.M. 8:45 P.M. 23:41(=11:41 P.M.)
0.0538 m or 5.38X10-2 m
3.67X108 m/s or 367 345 199 m/s
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4.4 Units of Measurement • Units of Measurement are either English units or
Metric units. The engineering profession uses the metric system.
• Two versions of the metric system exist. The SI, the more modern one, is preferred.
• To Avoid Noise in using measurement units:
1. Be consistent. Don’t mix English and metric units unless
you are dealing with a mixed audience, where some engineers think English units while others think metric Units. In such case, add explanatory units in parentheses after the primary units:
• 212 F (100 C) 5.08 cm (2 in)
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4.4 Units of Measurement
2. Be sure to use the commonly accepted abbreviation or symbol for a unit.
3. leave a space between the numeral and the unit.
• For example
• 70 ns 100 dB 12 V
• 34-62 m 23 e/cm3 6 Wb/m2
4. Make sure you use the correct symbol when referring to units of measurement. Don’t confuse capital with small symbols. A great deal of noise could result if you confused the following, for example:
• ºC (degrees Celsius) C (coulombunit of electric charge)
• m (thousandth) M (million)
• n (nano-) N (newtons)
• s (second - as in time) S (Siemensunit of conductance)
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4.4 Units of Measurement
5. Don’t capitalize units of measurements derived from a person’s name, even if the abbreviation of the unit is.
6. Note that although the name can take a plural form, an s is not added to the abbreviation to make it plural.
amperes A, farads F, henrys H, kelvins K, teslas T
7. Be familiar with the designated SI expressions and prefixes, when working with very large or very small units:
Factor Prefix Symbol
106 mega- M
103 kilo- k
10-3 milli- m
10-6 micro- µ
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4.4 Units of Measurement
8. Define symbols and abbreviations you use in your
writing, either in your text parenthetically (a brief
explanation in parenthesis following the term or symbol,
like this) or with annotations, as in the following example:
P= IE
where
P = power, measured in watts
I = current in amperes
E = EMF (electromotive force) in volts
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4.5 Equations
• Equations can communicate ideas more efficiently than words can at times.
• To avoid noise:
1. Use Equations when necessary and when certain your audience can follow them.
2. Make sure your equation is accurate and legible.
3. Center equations on your page and number them sequentially in parentheses to the right for reference.
4. Leave a space between your text and any equation, and between the lines of the equations.
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4.5 Equations 5. Space on both sides of operators such as =, +, or -,
as shown in the equation below.
6. Try to keep the equal signs and reference numbers parallel throughout your document.
(1)
(2)
7. Punctuate multiline equations, that read like sentences (See Figure 2.2 in text book).
sYsXxvsH 2
dxxxF log
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Finally, Edit Edit Edit
• We could all produce better written documents if
we always:
1. Had time to edit our work carefully
2. Took the trouble to edit our work carefully
• How much time you invest in editing should be
in direct proportion to the document importance.
• Use your word processor programs for
assistance, but don’t follow their suggestion
blindly. You have to be the final arbiter on the
clarity and effectiveness of your work.
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Collaborative Proofreading
• Two heads are usually better than one for discovering flaws in a piece of writing. Collaborative editing:
1. can involve something simple as asking a friend for his or her opinion of the organization, clarity, and mechanics of your work and using those comments to improve your writing where necessary. The more skilled and frank your friend is, the better.
or
2. can be done by having different team members check the document for different potential kinds of noise, which is usually better than having everyone searching for whatever they can find.
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What are the elements of a
good paragraph? • A topic sentence must exist
• Well supported sentences must exist
• A concluding sentence must exist
• Unity must exist.
• Coherence must exist
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What is the Topic Sentence?
• It is a complete sentence.
• It is the first sentence in the paragraph.
• It is neither too general nor too specific.
• It states the main topic and limits the topic
to one or two areas (the controlling idea)
that can be discussed completely in the
space of a single paragraph.
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Example
• Gold, a precious metal, is prized for two important characteristics. First of all, gold has lustrous beauty that is resistant to corrosion. Therefore, it is suitable for coins, jewelry, and omamental proposes. Gold never needs to be polished and will remain beautiful forever. For example, a Macedonian coin remains as an untamished today as the day it was minted 23 centuries ago. Another important characteristic of gold is its usefulness to industry and science. For many years, it has been used in hundreds of industrial applications. The most recent use of gold is in astronauts’ suits. Astronauts wear gold-plated heat shields for protection outside the space ship. In conclusion, gold is treasured not only for its beauty but also for its utility.
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What is the Concluding
Sentence?
• It is the last sentence in a paragraph.
• It signals the end of the paragraph.
• It leaves the reader with important point
to remember.
• It either summarizes the main points of a
paragraph or paraphrases the topic
sentence.
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Example • Gold, a precious metal, is prized for two important
characteristics. First of all, gold has lustrous beauty that is resistant to corrosion. Therefore, it is suitable for coins, jewelry, and omamental proposes. Gold never needs to be polished and will remain beautiful forever. For example, a Macedonian coin remains as an untamished today as the day it was minted 23 centuries ago. Another important characteristic of gold is its usefulness to industry and science. For many years, it has been used in hundreds of industrial applications. The most recent use of gold is in astronauts’ suits. Astronauts wear gold-plated heat shields for protection outside the space ship. In conclusion, gold is treasured not only for its beauty but also for its utility.
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What does Unity mean?
• It means that you discuss only one main
idea in a paragraph.
• The main idea is stated in the topic
sentence and then every supporting
sentence develops that idea.
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Example
• The convenience and economy of small cars account for their popularity. They are easy to park and take smaller parking space. Small cars are also a means of conserving energy because they use less gas than big cars. Small cars are inconvenient and uncomfortable on long trips, however, because of their limited passengers and trunk space. They are also more economical to operate and maintain, and they cost less. Because of all these advantages, the demand for small cars remains high.
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What does coherence mean?
• It means that your paragraph is easy to
read and understand.
• This is because all the supporting
sentences are related and stick together.
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How to achieve coherence?
1. Repetition of key nouns
2. Use of consistent pronouns: Make sure you use the same person and number throughout your paragraph.
3. Use transition signals: These are like traffic signals that tell your reader how sentences are connected to each other.
4. Logical order: Arranging sentences must be in some kind of logical order.
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Kinds of Logical Order
• Chronological order: Organizing the ideas in a paragraph in the order of their occurrence in time. Key to writing a good chronological paragraph
a. Discuss events or steps in the order in which they occur.
b. Use chronological transition signals (first, next, after that, in 1971,….)
• Logical division of ideas: You group related ideas together and discuss each group one after another. Use first, second , third,…, or Next, last , finally,……,or In addition, Also.
• Order of importance: Same as logical division of ideas, but each group is discussed according to its importance. Use the following transition signals: most importantly, more significantly, above all
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Recognizing Coherence
(Repetition of key nouns)
• Gold, a precious metal, is prized for two important characteristics. First of all, gold has lustrous beauty that is resistant to corrosion. Therefore, it is suitable for coins, jewelry, and omamental proposes. Gold never needs to be polished and will remain beautiful forever. For example, a Macedonian coin remains as an untamished today as the day it was minted 23 centuries ago. Another important characteristic of gold is its usefulness to industry and science. For many years, it has been used in hundreds of industrial applications. The most recent use of gold is in astronauts’ suits. Astronauts wear gold-plated heat shields for protection outside the space ship. In conclusion, gold is treasured not only for its beauty but also for its utility.
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Recognizing Coherence (Using
consistent pronouns)
• An Olympic athlete must be strong both physically and mentally. First of all, if you hope to compete in an Olympic sport, you must be physically strong. Furthermore, an aspiring Olympian must train rigorously for many years. For the most demanding sports, they train several hours a day, five or six days a week, for ten or more years. In addition to being physically strong, he or she must also be mentally tough. This means that you have to be totally dedicated to your sport, often giving up a normal school, family, and social life. Finally, not everyone can win a medal, so they must possess the inner strength to live with defeat.
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Recognizing Coherence (Using
Transition Signals)
• To introduce an additional idea: In addition, furthermore, moreover, besides, also, too, and, another
• To introduce an opposite idea: On the other hand, In contrast, however, instead, but, although, in spite of, while.
• To introduce a choice or alternative: Otherwise, or, if, unless
• To introduce a restatement: i.e., that is
• To introduce an example: For example, for instance
• To introduce sequence: First, second, next
• To introduce a conclusion: Finally, therefore, as a result, indeed, so
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Recognizing Coherence (Using
Logical Order) • chronological order • Put check beside the topic sentence suggesting that a chronological
paragraph will follow
• In the past 45 years, developments in the field of electronics have revolutionized the computer industry.
• American directness conflicts with Asian modesty.
• Surviving a major earthquake is possible if you follow certain procedures.
• The 2 most important holidays in the United States are, first, Christmas and, second, Thanksgiving.
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Logical Division of ideas and
Order of importance
• Put check beside the topic suggesting logical division of ideas.
• Put double check beside the topic suggesting Order of importance.
1. My eighteenth birthday was a day I will never forget.
2. Gold, a precious metal, is prized not only for its beauty but, more importantly, for its utility.
3. In most occupations, women lag behind men in three stages: salary, power, status
4. Living in a dormitory offers three advantages to a newly arrived foreign student.
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Concrete support: (Facts versus
opinions) Examples
• Smoking is relaxing
• Smoking is unhealthy
• The life expectancy of a 2 pack a day
smoker at age 25 is 8.3 years less than
that of a nonsmoker.
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How to Achieve Concrete
Support? • Examples and illustrative incidents for
literature writing.
• Figures and statistics for engineering
writing.
© Dr. Ahmed Hassan Yakout 151
Writing an Engineering Report
• In this lecture, we discuss guidelines for writing the standard components of an eng. report:
1. Transmittal letter
2. Covers and labels
3. Title page
4. Executive summary
5. Table of contents
6. List of figures and Tables
7. Introduction
8. Body of the report
9. Conclusions
10.References
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1. Letter of Transmittal
• The transmittal letter is a cover letter.
• It is either attached to the outside of the report or bound within the report.
• It is from the report writer to the recipient.
• See Figure 6.1 in text book.
• The contents and the organization of the transmittal letter are as follows:
1.Paragraph 1. State the name of the report in italics. Also, mention the report assigned date and the reasons for the report.
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1. Letter of Transmittal
2. Paragraph 2. Focus on the purpose of the report
and briefly describe the report contents.
3. Paragraph 3. Acknowledge any funding or help
by other people, and mention any limitations or
omissions in the report.
4. Last Paragraph. Express hope that the reader
finds the report satisfactory. Encourage the
reader to get in touch with any questions,
comments or concerns. Give your contact
information.
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2. Cover & Label • Covers. Use covers that allow reports to lie open
by themselves. This type uses a plastic spiral for the binding and thick card-stock paper for the covers (inexpensive and adds professionalism to your work).
• Labels. Don’t forget to add a label for the cover of your report. You can use the word-processing software to design a label on a standard page. Print it out then photocopy it onto your report cover directly. Your label should contain the report title, your name, your organization’s name, and a date.
• See Figure 6.1 in text book. 09-15-2012
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3. Title Page
• It’s the first page on your report just after
the front cover.
• Like labels, your title page should contain
the report title, your name, your
organization’s name and logo (if exist),
and a date.
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4. Page Numbering • All pages in the report, other than the covers, are
numbered; although, numbers are not displayed
on some pages. Don’t display numbers on the title
page and page one of the introduction.
• Use the traditional design, where all pages are
numbered in Arabic numerals, except for the
pages before the introduction (first page of the
report body); they are numbered in lowercase
roman numerals.
• It is preferred to place the page number at the
bottom center of the page. 09-15-2012
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5. Abstract & Executive
Summary • Abstracts summarize the report contents
• A report might have one or two abstracts, in which case each abstract plays a different purpose.
• Abstracts are
1. Descriptive abstract. Provides an overview of the purpose and the report contents.
2. Executive summary. Summarizes the key facts and conclusions in the report. Moreover, the executive summary should not go over three pages. See Figure 6.2 in text book.
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6. Table of Contents
• The Table of Contents (TOC) shows readers:
1. What topics are covered in the report.
2. How those topics are discussed (the subtopics).
3. On which page numbers those sections start.
• Don’t crowd the TOC. Don’t include more than three levels of headings in the TOC.
• Make sure the words in the TOC are the same as they are in the text.
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6. Table of Contents
• Each of the three levels of headings are aligned
together.
• Page numbers are right-aligned with each other.
• Main sections are all caps; first-level headings
use initial caps on each main word; lower-level
sections use initial caps on the first word only.
• First-level sections have extra space above and
below.
• See Figure 6.2 in Text Book.
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7. List of Figures & Tables
• List of figures and tables is like TOC in design
considerations.
• It helps the reader to easily find figures and tables
within your report.
• Create separate lists of figures and tables, for long
reports.
• For short reports, put them on the same page if
they fit and combine the two lists under the
heading, “List of Figures and Tables.”
• See Figure 6.2, and Figure 6.3 in text book. 09-15-2012
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8. Introduction • The introduction is an essential part of any report; it
prepares the reader to read the main body of the report.
• The introduction discusses the following:
1. Specific purpose and topic of the report.
2. Intended audience of the report (Knowledge or experience that readers need in order to understand the report).
3. Motivation of the report.
4. Scope of the report (topics included).
5. Background (concepts, definitions, history, statistics).
• The introduction should not be more than 2 pages for a 20 page report. Moreover, the background should be 1/3 of the introduction. If the background needed is large, move it to a section of its own.
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9. Body of the Report • The body of the report is the main text of the report, the
sections between the introduction and conclusion.
• Make sure that the report body contains
1. Headings (See Lecture 2)
2. Lists (See Lecture 2)
3. Symbols, numbers, and abbreviations (See Lecture 3)
4. Sources of borrowed information (See Lecture 10)
5. Graphics and figures (See Lecture 7)
6. Cross-references (See Lecture 10)
• Also ensure
1. Clarity of writing style (See Lecture 2 & 3)
2. Good paragraph structure (See Lecture 2)
3. Correct grammar, usage and punctuation (See Lecture 3)
• See Figure 6.4 and Figure 6.5 in text book.
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10. Conclusions
• This is the final section in your report. It should combine any of the following functions:
1. Conclude. Draw logical conclusions from the data and the discussion previously presented within the report.
2. Summarize. Review the key points from the previous material. Summaries present nothing new.
3. Generalize. Move away from the specific topic of the report to a general discussion of implications, applications and future development.
• See Figure 6.6 in text book.
• The length of the conclusion section can be from a 100 word paragraph up to five or six pages. One or two pages are enough for a 10 to 20 page report.
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11. References Page
• In this section, your information sources
are listed in a numerical order according to
when they are first cited in the text.
• For more information, see Lecture 7 or
Chapter 11 in text book.
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12. Appendixes
• Appendixes are those extra sections following the list of reference page.
• Put in the appendixes anything that might distract and interrupt the flow of the report but cannot be left out of the report altogether.
• Appendixes are commonly used for
1. Large tables of data
2. Big chunks of sample code
3. Fold-out maps
4. Background that is too basic or too advanced for the body of the report
5. Large illustrations that don’t fit in the body of the report
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Common Engineering
Documents • This lecture discusses the contents and the format
of some common types of reports:
1. Inspection or trip reports.
2. Laboratory and field reports.
3. Specifications.
4. Proposals.
5. Progress reports.
6. Instructions.
7. Recommendation reports.
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1. Inspection And Trip Reports
• These are short reports, whose function
is to
1. Report on the inspection of a site, facility
or property.
2. Summarize a business trip.
3. Report on an accident, describing the
problem, discussing the causes and
effect, and explaining how it can be
avoided. 09-15-2012
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1. Inspection And Trip Reports • Contents and organization:
1.Introduction
2.Background
3.Factual Discussion
4.Actions Taken
5.Interpretive, Evaluative, or Advisory
Discussion
• For more details see chapter 5 in text book.
Also, see Figure 5.1 09-15-2012
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2. Laboratory And Field Reports
• The function of this report is to
1. Report on an experiment, test, or survey
2. Present the data collected, discuss the
theory, method, or procedure
3. Discuss conclusions, and explore
applications of the findings or
possibilities for further research.
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2. Laboratory And Field Reports • Contents and organization:
1. Introduction
2.Background, Theory.
3.Equipment
4.Method, Procedure
5.Observations, Data, Findings, and Results
6.Conclusions
7. Implications and Further Research
8.References
• For more details see chapter 5 in text book. Also, see Figure 5.2.
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3. Specifications
• The function of this report is to
1. Provide detailed requirements for a
product to be developed or detailed
descriptions of an existing product.
2. Provide specifics on design, function,
operation, and construction.
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3. Specifications • Contents and organization:
1. Use headings, lists, tables, graphics and identifying numbers to make individual specifications easy to find.
2. For organization, use the following techniques:
• General description
• Part-by-part description
• General-to-specific order
• For more details see chapter 5 in text book. Also, see Figure 5.3, and Figure 5.4.
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4. Proposals
• The function of this report is to
1. Seek a contract, approval, or funding to
do a project; function as a competitive
bid to get hired to do a project.
2. Promote you and your organization as a
candidate for a project.
3. Promote the project itself, showing why it
is needed.
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4. Proposals • Contents and organization:
1. Introduction
2.Background
3.Actual Proposal Statement
4.Description of the Work Product
5.Benefits and Feasibility of the Project
6.Method or Approach
7.Qualifications and References
8.Schedule
9.Costs
10. Conclusion • For more details see chapter 5 in text book. Also, see
Figure 5.5, and Figure 5.6. 09-15-2012
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5. Progress Reports
• The function of this report is to summarize
1. how your project is going
2. what you and your group has
accomplished
3. what work lies ahead
4. what resources have been used
5. what problems have arisen.
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5. Progress Reports • Contents and organization:
1.Introduction
2.Project description
3.Progress summary
4.Problems encountered
5.Changes in requirements
6.Overall assessment of the project.
• For more details see chapter 5 in text book.
Also, see Figure 5.7. 09-15-2012
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6. Instructions
• The function of this report is to
1. Explain how to perform certain tasks.
2. Provide procedures on using equipment.
3. Give troubleshooting and maintenance
guidelines.
4. Explain policies and operating
procedures.
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6. Instructions • Contents and organization:
1.Introduction
2.Special notes
3.Background
4.Equipment and supplies
5.Structure of the Instructions
6.Discussion of the steps.
7.References • For more details see chapter 5 in text book. Also, see Figure
5.8 and Figure 5.9. 09-15-2012
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7. Recommendation Reports
• The function of this report is to
1. Study a situation or problem
2. Report on various alternatives or options
3. Recommend the best one , or
4. Assess the feasibility of an idea.
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7. Recommendation Reports • Contents and organization:
1. Introduction
2. Background on the situation
3. Requirements
4. Technical Background
5. Description
6. Point-by-point Comparisons
7. Conclusions (summary)
8. Recommendations
9. References • For more details see chapter 5 in text book. Also, see
Figure 5.10, Figure 5.11, and Figure 5.12. 09-15-2012
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Important Notes
• Don’t get hung up on the names of reports.
• Find out your company’s requirements.
• Think creatively about content and organization.
• Build your reports on the needs of the audience.
• Be careful with discussion of technical
background.
• Be careful with the report introduction.
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Topics
• You can also use these links for more topics:
• http://www.tu-
chemnitz.de/phil/english/chairs/linguist/independ
ent/kursmaterialien/TechComm/tcmtopic.html
• http://www.abacon.com/techcommunity/news/ne
wtech.html
• You can also choose any topic you prefer as
long as it is an engineering technical topic.
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What are Visual Aids?
• Visual aids are nontextual material, that
include all devices of graphic
presentation of information, like tables,
charts, graphs, illustrations, diagrams,
drawings, photographs, and
schematics.
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Why Use Visual Aids?
• Highlight important information.
• Help present your information more effectively. (make your report more easier to understand)
• Carry much more information per space than the same amount of text can.
• Give a polished, professional look to your work.( make your report more attractive)
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Visual Aids
• In this presentation, we will discuss
1. Tables
2. Graphs & Charts
3. Illustrations
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1. Tables
• Tables present data (numbers and words)
arranged in columns and rows.
• The function of a Table is to summarize
numerical and other statistical data.
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Tables Format
Table 1. Plant capacity and produced electricity in 2008. [5]
Table 1. Plant capacity and produced electricity in 2008. [5]
Plant Type Capacity of Electrical Plant (GW) Electricity Production (TWh)
Thermal 19.2 124.78
Hydro 2.783 15.51
Nuclear - -
Wind 0.305 0.83
Total 22.52 141.12
Source: “Egypt”, http://www-pub.iaea.org/MTCD/Publications/PDF/CNPP2011_CD/country profiles/
Egypt/Egypt2011.htm Accessed October 13, 2011.
Heading
at top of
each
column
Put Units
in
column
or row
heading
Center under column
heading (numeric
material)
Table title above
(either in a
separate line or
in first row)
Row
Heading at
farthest left
row
Source citation
Left-align
column
heading &
content
(textual
material)
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2. Graphs & Charts
• Graphs and Charts are visual representation of tables. Their function is to show a relationship at a glance.
• Graphs present data using lines that move up and down from left to right indicating changes in the data across the time.
• Charts use bars, pie slices, or other means to enable comparisons of data.
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2.1 Line Graphs
Depict the:
1. Continuous change in
data occurring over
time
2. trend or rate of change
of different elements
or items.
0
20
40
60
80
100
2007 2008 2009 2010
East
West
North
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2.2 Pie Charts
• Data is presented in circle form divided into segments to depict the relative portion of a total amount made up by each member that contribute to the total.
Steam
Combined
Cycle
Hydro & Wind
Gas
• Figure 2 The electrical energy generation mix in 2008
by Egyptian electricity sector. [5] Source: “Egypt,”
http://www-pub.iaea.org /MTCD /Publications
/PDF/CNPP2011_CD/country profiles/Egypt/ Egypt
2011.htm Accessed October 13, 2011.
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2.3 Bar Charts
• Enable comparisons
and can, to a limited
degree, indicate
change over time. 0
20
40
60
80
100
2008 2009 2010 2011
East
West
North
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3. Illustrations
• Illustrations are illustrative graphics that represent physical things.
• Illustrations include
1. Photographs
2. Diagrams
3. Drawings
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3.1 Photographs
• Photographs: Supply lots of detail. They are
useful, for example, when you want to show
a model of a new product.
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3.2 Diagrams
• Diagrams are abstract illustration of objects.
Diagrams can range from varying degrees of
pictorial to varying degrees of abstract.
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3.2 Diagrams
• Diagrams can also represent non physical things such as concepts. An organizational chart of a company, and a flowchart of a production process are typical examples.
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3.3 Drawings
• Drawings are simplified
illustrations of objects,
people, and places.
They strip away
extraneous detail and
focus on the key
objects and actions.
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How to create or acquire
illustrations? • Internet
• Hardcopy scans
• Professional clipart
• Graphics professional
• “low-tech” graphics production
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Graphics and Tables:
Guidelines
1. Add figure and table titles. Figure titles below figures, while table titles above tables.
2. Add labels. Add words and pointers to illustrations. Add labels to axes to identify the units of measurement and other details.
3. Indicate source of borrowed graphics or tables.
4. Include a legend. If your graphs use different symbols, colors, shadings or pattern to indicate different elements, include a legend.
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Graphics and Tables:
Guidelines
5. Intersperse graphics and Tables with text. Insert graphics and Tables into the main text of your document rather than appending them at the end of the document.
6. Place graphics and tables at the point of first reference. Position graphics and tables just after the first point in your text where they become relevant.
7. Align and position graphics carefully. Maintain adequate spacing between graphics and text: make sure that graphics are nicely balance visually on your pages.
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Graphics and Tables:
Guidelines
8. Provide cross-references to your graphics and tables. Refer to your graphics and tables in text, and explain key points. Use phrasing like:
a. As can be seen in Figure 5, the thermophysical properties……
b. The arrangements of the MOF network (Fig.8-2) is structured so that ………
c. Averages for the fabric cutting speeds are shown in Table 4 on the next page.
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PRESENTATION OUTLINE
Here, we will discuss
1. The Steps of Reasoning With Data
2. Two Examples and Their Solutions
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Reasoning With Quantitative Data
It involves the following steps:
1. Organizing Data in Tables or Graphs
2. Analyzing and Interpreting the Tabulated Data
3. Drawing Conclusions
4. Formulating Recommendations
Where,
• Common Sense is applied • Logical explanation is given
• Percentages are determined • Trends are observed
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The power generation and distribution data for several
electric companies are given in Table 1.
If the reserve power is defined as the difference
between the generated capacity and load supplied,
while the average unit capacity is the generating
capacity divided by the number of units, give a
detailed discussion for Table 1.
Company
no.
Total
Generation
Capacity
(MW)
No. of
Generating
Units
Load
Supplied
(MW)
Generation
Cost
($/MWh)
1 3450 21 3000 100
2 1488 17 1200 50
3 6220 18 6900 25
Table 1 Generation and load data of three electric companies.
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SOLUTION
• Company 1 has the largest power reserve.
Company
no.
Reserve Power
(MW)
Average Unit
Capacity
(MW)
Generation
Cost
($/MWh)
1 450 164.285 100
2 288 87.52 50
3 - 680 345.556 25
Table 2 Reserve and unit capacities of three electric companies.
• Company 3 needs to buy extra power from other companies to
supply its loads. • Company 3 should buy the total reserve 288 MW of company 2
as it is cheaper and then buy the rest 392 MW from company 1.
• Company 3 has the largest unit capacity, while company 2 has
the least.
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If Figure 1 shows some experimental results,
Discuss the figure.
Figure 1 Potential difference versus current. 09-15-2012 231 © Dr. Ahmed Hassan Yakout
SOLUTION
• Resistance changes with temperature.
• The relationship is nonlinear for coil in air.
• Resistance increases for coil in air.
• Resistance is constant for coil in water.
• The relationship is linear for coil in water.
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Presentation Outline
• We will discuss important points to be
considered while:
1.Preparing a presentation.
2.Delivering a presentation.
3.Listening to a presentation.
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1. Preparing the Presentation
• Here are 13 points you should consider while
preparing a presentation:
1. Analyze your audience. Know your audience
well because too complex, too simplistic or
unrelated to our interest talks bore the audience.
2. Decide on your main purpose. Decide exactly
what you want your listeners to take away from
your talk. This will help you organize your talk..
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1. Preparing the Presentation
3. Determine your time frame. Never speak
longer than you are supposed to. Check how
much time you are allowed, then, decide how
much detail you can go into. Don’t speak rapidly
to say much or you will lose your listeners.
4. Identify your key points. Decide what the most
important points are and develop them within
your time frame.
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1. Preparing the Presentation
5. Choose an organizational plan. Determine how
to organize your material. Presentation can be
broken down into
a. Introduction
b. Main points
c. Conclusion
d. Question-Answer period
• Moreover, a list of ways to organize your central
material are time sequence, spatial sequence,
decreasing importance, etc.
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1. Preparing the Presentation 6. Prepare an outline and notes. Prepare an
outline because it
» Helps you clarify the best way to present your
material.
» Gives you a means of how much time to allow
for each point.
» Helps you when you rehearse.
• Moreover, engineers usually use
» Outline of talk , with key ideas highlighted.
» Note cards numbered in order with key facts
written on them.
» Slides with visual aids.
» Backup plan, i.e. have hard copies of their
overheads to handout in case of system failure.
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1. Preparing the Presentation
7. Create supporting Graphics. Showing graphics
will save you time. You should use visual aids
wherever you feel they will simplify, clarify, or
stress a point; or show critical relationships
between ideas or facts.
8. Make your information accessible. Don’t put
anything that is too complex (don’t crowd the
screen, 8 lines per screen is enough), or too
small (don’t use font size less than 24 bold) on
the screen.
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1. Preparing the Presentation 9. Prepare Handouts. Many speakers avoid
handouts, others pass out copies of their slides.
The most important thing is to choose the right
time to pass out your handouts so that they add
to listeners concentration and understanding
rather than distract them.
10.Prepare your introduction. To get your
audience attention from the beginning let them
know right away (orally)
» What your topic is.
» How does this topic benefit them.
» What do you plan to cover in your presentation.
» How long do you intend to speak.
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1. Preparing the Presentation
11.Prepare your conclusion. Reinforce your
message at the end of your presentation by a
final summing up slide that
» Summarizes what you have discussed.
» stresses your central idea once more.
» Reviews your key points.
» Restates your recommendations or decisions.
12.Get ready for questions. Put yourself in place of
the listeners, and try to find parts in your
presentation that would generate questions
because that part is difficult or not discussed in
detail.
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1. Preparing the Presentation
13.Practice, Practice, and Practice. Always, remember the PPPPPP (Plentiful Practice Prevents Painfully Poor Presentations.) You can
» Rehearse at least twice like most speakers.
» Go over your material (i.e. outline, notes, visuals) several times
» Do a dress rehearsal in the room you’ll be presenting.
» Make an audio/video tape of the rehearsal and self-criticize your performance.
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1. Preparing the Presentation
» Find a trial audience to listen to your first
run and give you feedback.
» Practice on friends, colleagues, a spouse,
or even yourself in front of the bathroom
mirror.
• Finally, careful practicing increases your self-
confidence and decreases your nervousness about
speaking in front of a group.
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2. Delivering the Presentation
• In this section, we will discuss
1. How to avoid noise in presentations.
2. How to strengthen your presentation.
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2.1 Avoiding Noise in Presentations
• You can avoid noise in presentations by
1. Not speaking too softly. Adjust your voice relative
to the room and audience.
2. Not speaking too slowly or rapidly. Aim for normal
conversational speed, but pause and slow down to
stress on main points.
3. Not speaking monotonously. Don’t speak in a
bored tone. Speak in an energetic way. Enthusiasm
is the secret to grab your audiences’ attention.
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2.1 Avoiding Noise in Presentations
4. Not using verbal fillers. Avoid uh, umm, yu’no,
like. Instead, keep silent.
5. Not becoming a statue, Pendulum, or a
traveler. Swinging can have a hypnotic effect.
Go for natural stance, and movement with some
foot movements.
6. Not blocking the screen. Try to avoid or prevent
screen blockage. Stand far to the side of the
screen.
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2.1 Avoiding Noise in Presentations
7. Not reading from the screen or from notes.
Reading bores listeners and gives them the
impression that you don’t know your subject well.
8. Not dimming the lights to make visuals easier
to read. Low lights make people drowsy and
hides facial expressions and the eye contact you
need to have with listeners.
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2.2 Strengthening Presentations
• You can strengthen your talk by
1. Using an informal style. The best style is the
informal one that uses normal conversation of
everyday life. It’s OK to use it’s, don’t, couldn’t.
Also, use you, your, I and we. Avoid long complex
sentences. Finally, don’t use any jargon not
readily understood by your listeners.
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2.2 Strengthening Presentations
2. Making clear transitions. Show the connection
between your ideas by using “ For example, Here
is another aspect, First, Next, To begin with, On
the other hand, As you can see, Also,
Furthermore, Consequently, As a result, Finally,
In conclusion, and To sum up.”
3. Repeating key points. Don’t be afraid to repeat
yourself. Make sure your audience go away with
the main aspects of your presentation.
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2.2 Strengthening Presentations
4. Using a pointer. To draw attention, you can use a straight metal, wooden stick, retractable stick pointer or a laser pen. The latest allows you to aim from anywhere in the room.
5. Being ready for unexpected questions. Don’t
appear surprised or defensive. There are two
strategies to handle unexpected questions:
» Say you don’t know, and offer to supply possible
sources of information later.
» Offer to talk with the questioner after your
presentation. Rarely will anyone seek you
afterwards.
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2.2 Strengthening Presentations
6. Maintaining eye contact. It increases your
credibility, and enables you to pick up feedback.
7. Accepting your nervousness. Lessen your
nervousness by
» Knowing that it’s ok to be nervous.
» Having confidence in your knowledge and
ability.
» Taking some deep breaths before walking to the
stage.
» Having few friends within the audience to give
moral support through a smile or nod.
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3. Listening to the Presentation
• This section discusses how to be a good listener, in order
to go away from a talk as a more informed person. This
can be achieved by
1. Maintaining natural eye contact with the speaker.
2. Showing by your posture that you are alert,
interested, and well-disposed toward the speaker.
3. Ignoring distractions such as side talks or other
external noise.
4. Taking notes on the speaker’s most important points.
5. Developing at least one question in your mind, and
asking it at the appropriate time.
6. Being sure to turn off cell phones and beepers.
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Ethics & Documentation in
Engineering Writing
• We will discuss
1. Engineering ethics.
2. Honest research ethics.
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1. Engineering Ethics
• This section discusses
1. Five unethical communication concerns, engineers sometimes practice either knowingly or unknowingly.
2. Tools for ethical decision making
3. Points to be considered when facing a dilemma.
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1.1 Five Communication
Concerns
• Avoid:
1. Copyright infringement.
2. Tampering with results.
3. Withholding adverse information.
4. Writing unclear instructions.
5. Omitting safety warnings.
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1.2 Tools for Ethical Decision
Making
• Using the Code of Ethics (published by
professional engineering associations,
or large firms) can always help you
justify doing the right thing.
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1.2 Tools for Ethical Decision
Making
Figure 1.1 A Typical Code of Ethics for the engineering profession. Source: American Society of Mechanical Engineers, ”Code of Ethics of Engineers,” http://sections.asme.org/colorado/ethics.html
Accessed October 19. 2011.
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1.3 Facing a Dilemma
• When facing a difficult problem in your engineering career, you must
1. Analyze the situation carefully and responsibly.
2. Consider the issues involved from more than one angle.
3. Consult with others.
4. Think long and hard before making a decision.
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2. Ethics of Honest Research
• This section:
1. Defines plagiarism
2. Explains how to avoid plagiarism
3. Explains why information sources should
be documented.
4. Presents a procedure for documenting
5. Shows the reference page format
6. Gives a sample of references.
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2.1 Plagiarism
• Plagiarism is the act of using someone else’s work without giving proper credit.
• Plagiarism is a result of:
1. Dishonesty
2. Carelessness and laziness
3. ignorance
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2.2 How to Avoid Plagiarism?
• When you do research, all information (including diagrams, ideas, facts, theories, findings, opinions, and graphics) that you obtain from journals, books, interviews, the internet, or any other sources must be fully documented that is, accompanied by references to the sources where you obtained the information.
• Note: No need to reference
1. Your own ideas and opinions.
2. Common knowledge.
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2.3 Why Document Sources
of Information? • You document your information borrowings in
order to
1. Protect the originator. (she or he will get credit for
having developed it.)
2. Protect yourself from accusations of plagiarism.
3. Show readers that you have done your work and
are aware of the latest developments in the
particular field.
4. Enable readers to track down the information so
that they can read it for themselves.
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2.4 Procedure for Documenting
1. Refer to the source of your information in the text by inserting consecutive numbers in brackets, beginning with 1, at the end of each segment of cited information, like this [1].
2. Insert the reference number at the end of a sentence or within it, without changing the sentence punctuation. For example,
• According to the 2006 U.S. Census Bureau [10], we see that………
3. Leave a space before the bracketed number and stick the punctuation to the second bracket.
4. References at the end of quotation marks are punctuated with a period after the reference, “like this” [8, p. 23].
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2.4 Procedure for Documenting
5. Identify the page numbers of your source of information if you want to refer to a part of a book or article, like this [4, pp. 3-6], [8, p. 23], or
• However, on page 79 of [5] the author seems to …………….
6. Use semicolons to separate multi-information sources for one paragraph, like this [6, p. 46; 7, pp.29-31; 9, pp. 8, 12].
7. Once you have numbered a source, use the same number for all subsequent references to that source throughout your work.
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2.4 Procedure for Documenting
Figure 2.1 A page from a well-documented research paper. Source: D. Beer, and D. McMurrey, A Guide to Writing as an Engineer, 3rd ed. John Wiley & Sons Inc., 2009.
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2.5 Reference Page Format
1.List your sources in a numerical order
according to when they are first cited in the
text.
2.Give the initials of authors’ first names.
3.Single-space individual references, with a
second, or third line aligned with the first.
4.Double-space between separate references.
5.End each entry with a period.
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2.5 Reference Page Format
6. List every source once on your reference
page, even if you have referenced to the
same source more than once in your paper.
7. Incase of journals,
a. Titles of journal articles are given in sentence
form rather than title form.
b. Use a common abbreviation for the journal
title if there is one, e.g. IEEE transactions.
Otherwise, give the full name of the journal.
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2.5 Reference Page Format
Figure 2.2 An example of a brief reference page. Source: D. Beer, and D. McMurrey, A Guide to Writing as an Engineer, 3rd ed. John Wiley & Sons Inc., 2009.
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2.6 Sample References • Book
[1] C. Conrad and M. S. Poole, Strategic Organizational Communication, 5th ed. New York: Harcourt Press, 2002.
• Journal Article
[2] N. M. Tahir, A. Hussain, S. A. Samad, and H. Husain, “Shock graph for representation and modeling of posture,” ETRI Journal, vol. 29, no. 4, pp. 507-514, August 2007.
• World Wide Web
[3] “AT&T enters India residential local phone market,” www.att.com Accessed January 26, 2003.
• For more samples, see text book pp. 262-265.
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