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A detailed guide on how to write technical reports in the field of engineering. It covers the structure, components, and key elements of a technical report, including the abstract, table of contents, list of figures and tables, and the importance of considering the audience and purpose. It also includes examples and tips for writing effective introductions and conclusions.
Typology: Exercises
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INTRODUCTION
STRUCTURE
Example: Executive Summary
The operation of garden taps can pose a difficulty for many tap users. This report describes and evaluates the range of possible design solutions this team has generated. The team identified a lack of commercially available solutions to the problem and designed three alternative solutions.
background problem and purpose of report
Evaluation of the alternative solutions identified the tap handle extension, named āEasy Tapā, as the optimal solution to the problem. This tap handle extension consists of a channel-type attachment, onto which a vertical tube is joined, which in turn supports a larger handle that is over twice the length of the existing tap handle.
summary of approach/method
Example: Executive Summary
"Easy Tap" is able to slide onto the existing tap handle, its over-size handle providing a greater torque-moment for the user that overcomes the difficulty of operating the tap.
key results / findings
A commercial evaluation suggests that "Easy Tap" will not only be a possible design solution to the problem but will also be a commercially viable solution to the problem.
major conclusion
Example: Introduction
1.1 Problem Formulation The operation of garden taps has been identified by this design team as a problem that stems from inherent design faults and other contributing factors. Some of these are:
Example: Conclusion
"Easy Tap' is suitable for all outside taps throughout Australia, as is suits tap handles with a diameter of less than 18 mm at their widest point. Provided users do not overtighten the tap valve; this solution successfully eliminates the difficulty of operating an outdoor garden tap. The solution is economically viable, due to its simple construction and the use of inexpensive materials and construction methods. An approximate cost of $2.64 has been estimated for materials, thus a retail price in the $5 to $ price range is envisaged. This price would cover joinery, painting, shipment, packaging, marketing, and labour costs and would provide a reasonable profit margin.
reference to aims and objectives
"Easy Tap" satisfies all of the restrictions as described in section 1.3, and satisfies the outcomes described in section 1.6. The tap handle extension; which has been named "Easy Tap"; is a light, maneuverable, durable and inexpensive solution. The "Easy Tap" successfully eliminates the difficulty of operating an outdoor tap, regardless of the tap's condition, the user's strength, the original handle size and the environmental conditions. "Easytap" is a possible and commercially viable solution for this design problem.
advantages of findings
evaluation of design
GRAMMATICAL FEATURES
The design team constructed 2 prototypes : design A and design B. Construction of the prototypes was achieved using a hand angle grinder, a gas equipped MIG welder and a metal cutting saw.
'the design team' instead of 'we' helps create impersonal, formal style
The materials used in construction were those specified in the economical evaluation. After construction, the 2 prototypes were tested on a number of outdoor taps, and were both found to successfully eliminate difficulty in operating the taps. The slide-on channel fitting worked exceptionally well, providing a secure fit to the tap while being easy to attach and remove. The estimated handle sizes were correct, while the overall dimensions and masses of the 2 designs were also correct.
passive constructions ('prototypes were tested') helps create a formal, impersonal style
- puts the focus on the test, not the person testing.
This design is of the extension type: a larger, extended handle that solves the given problem by providing the user with a larger turning moment. The larger handle means that the user has to exert less force to create the required turning moment to operate the tap, since torque is equal to force multiplied by perpendicular distance. The larger handle is also easier to grasp than the standard tap handle, reducing the painful strain on the user's hands
Most disciplines have terminology that is specific to them. This writer has used terms and phrases that suit engineering and its technical nature.
As can be seen from Figure 5.4.1 below, when the tap handle is placed in an upward position the tap is closed. In contrast, when the tap handle, or lever, is moved to a downward position, the tap valve is opened by a pushrod that raises the normal washer and water flows (see Figure 5.4.2).
āLead-inā sentence shows what is to be noticed. Figures being discussed are numbered for easy identification.
Figures would be placed here
Figures must be both numbered and given an explanatory label. By incorporating a ratchet locking system, similar to that used in an automobile handbrake, the lever can be locked in a number of positions, provided by graduations in the ratchet, allowing the user to set the flow rate, similar to a conventional tap.
āLead outā sentence to conclude the point being made or link the discussion to the next point.
Published by Learning Development ā University of Wollongong. Adapted from Report Writing Guidelines for ENGG Engineering Design and Innovation , developed by Jan Skillen, Peter Wypych and Kim Draisma, University of Wollongong.