Technical Report Writing

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May 9, 2009

Course: Civil Engineering Practice (4th Semester)

Department of Civil Engineering

Technical writing

• Journal paper

• Thesis

• Dissertation

• Report

Writing technical reports• In Engineering, one of the major forms of communication is the technical report. This

is the conventional format for reporting the results of one’s job, work, assignment, research, investigations, and design projects. Reports are also prepared at university levels in the form of assignments, projects, thesis, dissertation, which are read by lecturers/professors/external examiner and other students. In the workplace, they will be read by managers, clients, and the construction engineers responsible for building from your designs. The ability to produce a clear, concise, and professionally presented report is therefore a skill you will need to develop in order to succeed both at university and in your future career.

• While reports vary in the type of information they present (for example, original research, the results of an investigative study, survey reports or the solution to a design problem), all share similar features and are based on a similar structure.

• This document contains general engineering report-writing guidelines only. For specific departmental requirements, see your unit or study guide.

• Key features of reports• Reports:• are designed for quick and easy communication of information • are designed for selective reading • use sections with numbered headings and subheadings • use figures and diagrams to convey data. • Basic structure of a report • A report usually has these components:

Elements of a Technical Report• Title?/?• Abstract (Executive Summary)• Introduction• Literature review• Methodology • Experimental Procedures• Analysis• Results and Discussion• Conclusion (s) and Recommendation• Acknowledgments• References• Appendix

Writing Style•Depends on the audience

•More Lively Writing (usually preferred)– First Person, Active Voice, Past/Present Tense

•More Formal Writing – Third Person, Passive Voice, Past/Present Tense

•Never use slang

Document Structure• One major task of achieving good structure from the start is compounded by the

myriad of thoughts which one juggles, in an attempt to sort out the logical progression of the document. Failure in this endeavour will surely result in structural changes at a later stage, which are the most costly of revisions. The key to achieving both good structure (from the start) and decomposing the initially large problem into bite-sized chunks lies in the contents list.

• The contents list • Contents list is the one place in the document where overall structure can be

examined. Early organisation of the contents list is certainly not a trivial task. The level of detail should go down to (probably) subsubsections, where the final level contains one key idea and takes up, at most, two to three paragraphs of text. It may even be useful to title each paragraph, though this may not appear in the final contents list as a formal heading. Again, it is important to stress that laying out the contents list is not easy. A badly structured document inherits its own inertia and will be very difficult (and laborious) to correct at a later stage.

• Logical structure

Writing Mechanics

• Check Spelling• Check Grammar• Minimize the use of Acronyms• If Acronyms are necessary, always define them at

the first use• Number all equations, tables, and figures• All tables and figures must have captions.• All figures must have labeled axes• All quantities must have units

Writing the Report: An Approach• Decide on a title• Create a brief outline with only main

section headings• Create a more detailed outline with

subheadings• Create an executive summary• Create the main body of text• Insert tables, figures, references, and

acknowledgements

Abstract or Executive Summary

• Think of it as a substitute for the report for a busy reader

• Length never less than three sentences or longer than a full page. Often 200 words.

• Sentence One: expand on the title• Sentence Two: why the work was done• Remainder: key results, with numbers as

appropriate, conclusions, recommendations

Abstract– Always comes first – Microcosm of entire paper – contains key info

from each section• Contains essential information only – it is brief!

• Covers research highlights

• Gives the research problem and/or main objective of the research

• Indicates the methodology used

• Presents the main findings and conclusions

Abstract Example:

A nonlinear finite element procedure for the pre- and postbuckling analysis of thin-

walled box-section beam-columns is presented. The influence of local plate

buckling upon the overall ultimate buckling behavior of the member is incorporated

in the analysis by adopting a set of modified-stress – versus – strain curves for

axially loaded plates. Factors such as residual stresses, associated with hot-rolled

and cold-formed sections, and initial geometrical imperfections are Accounted for in

the analysis. A number of examples are presented to demonstrate the accuracy and

efficiency of the method. From “Elasto-Plastic Analysis of Box-Beam-Columns

Including Local Buckling Effects” in Journal of Structural Engineering.

Introduction • This is not a substitute for the report, and so

does not echo the abstract

• Here is the place for context, relation to prior work, general objective, and approach

• Sometimes, introduction is combined with literature review.

– Explains the research problem and its context• Explains importance of the problem (Why does it

matter? Why is more information needed?)

• Explains reason and goals for study

• Explains the limitations of the research performed

Literature Review/Theoretical background

• Briefly describe the theory relevant to the work• Summarizes and evaluates the literature that you

have used in your study by considering:• How that literature has contributed to your

area of research• The strengths and weaknesses of previous

studies How that literature informs your own research and understanding of the research problem

Report Format and Organization• Methodology

• Experimental Procedures

- Describe Apparatus and Materials

- Show test setups (pics, photographs)

• Analysis

Methodology– Explains how data was gathered/generated– Explains how data was analyzed– Assumes reader understands material

Analysis

• Provide design equations

• Include calculations and computer simulation results

• Provide values for all key parameters

Results and Discussion

• Use tables and graphs• Consider moving large quantities of raw data,

detailed derivations, or code to an appendix• Methods of plotting which produce well

delineated lines should be considered• Results should be critically compared to theory• Consider limitations in the theory and engineering

tolerances

Conclusion

• Similar to executive summary

• Must be concise

• Reinforces key ideas formed in discussion

• Includes recommendations for future work, such as implementation of a design

Figures and Tables• Every figure must have a caption• All tables must have a title• Figure/tables are placed after they are mentioned

in the text (all must be mentioned/discussed)• Make figures/tables first, and then insert into the

text• Put the figure/table number beside its title, and put

this in a standard location• Don’t start a sentence with an abbreviation:

Figure vs. Fig.

Acknowledgements

• Keep track of those to be acknowledged-keep a diary so that you don’t forget anyone

• Include: your sponsor, outside sources (companies or agencies), other departments on campus, individuals outside of your team who have helped

• Be brief

References

• Various formats have been developed. Pick one you like such as the IEEE Transactions format

• Decide on a sequence, such as the order they appear in the text

• Always give full references such that others may find the item

References (examples)

• [1] A. Student and B. Professor, “Project of Mangla Dam” Journal of Scientific Research, vol. 13, no. 9, pp. 25-31, Nov. 2009.

• [2] C. Dean, The Book of Civil Engineering Research, Oxford University Press, Storrs, CT, 2005.

Plagiarism• Never take the work of others without giving

proper credit• Never take verbatim sentences/paragraphs from the

literature• If you feel that you must use verbatim material, use

quotation marks and a reference. • There are search engines that can find if verbatim

material has been stolen. Professors fail students who do this. Additional disciplinary action may follow.

References

– Sajjad Mubin and E. B. Mark, The Elements of Style (New York: Macmillian, 2000).

– H. R. Fowler, Civil Engineering Handbook (Boston: Little, Brown and Company, 1980).

– G. L. Tuve and L. C. Domholdt, Engineering Experimentation (New York: McGraw-Hill Book Co., 1966).

– Craig Waddell, Basic Prose Style and Mechanics (Troy, NY: Rensselaer Press, 1990).

– Joseph Williams, Style: Ten Lessons in Clarity and Grace (Glenview, IL: Scott, Foresman, 1981).

– ECE Dept, “Engineering Report Writing,” September 2003.