Using and communicating technical information PDF

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What is the relationship between block diagram and schematic diagram?
Block Diagram. Sometimes, a circuit schematic and a block diagram are used interchangeably, but they are not intended to communicate the same information. A block diagram is really where your PCB design begins. The block diagram shows you a functional view of how the system works.
Is schematic and block diagram the same?
A block diagram is unconcerned with power flow; its job is to describe how information flows through the system. The schematic contains no concept of information, but rather is much closer to being a blueprint for fabrication.
What is schematic block diagram?
A block diagram is a diagram of a system in which the principal parts or functions are represented by blocks connected by lines that show the relationships of the blocks. They are heavily used in engineering in hardware design, electronic design, software design, and process flow diagrams.
Also called wiring diagrams or circuit diagrams, these diagrams show how the different components of a circuit are connected. In these diagrams, lines represent connecting wires, while other elements like resistors, lamps, and switches are represented by standardized symbols called electrical schematic symbols.

use the approved sources to obtain the required data, documentation or specifications1. extract and interpret information from engineering drawings and other related documentation2. report any inaccuracies or discrepancies in the drawings and specifications 3. use the information obtained to establish work requirements4. record and communicate the technical information, using appropriate means5. report any difficulties or problems that may arise with using or communicating the information, and carry out any agreed actions 6. the information sources used for the data and documentation that you use in your work activities (such as verbal, written, electronic)1. why technical information is presented in different forms (such as drawings, job instructions, data sheets and national and international standards)2. how and where to obtain the various documents that you will be using (such as safety handouts, drawings, planning documentation, work instructions, maintenance records, technical manuals and reference tables/charts), and how to check that they are current and valid3. the types of engineering drawings used and how they interrelate (such as isometric and orthographic drawings; assembly, sub- assembly and general arrangement drawings; circuit and wiring diagrams, block and schematic diagrams; fluid power and instrumentation and control diagrams)4. the meaning of the different symbols and abbreviations found on the documents that you use (such as surface finish to be achieved, linear and geometric tolerances, electronic components, weld symbols and profiles, pressure and flow characteristics, torque values, imperial and metric systems of measurement, tolerancing and fixed reference points)5. how to use other sources of information to support the data (such as electronic component pin configuration specifications, standard reference charts for limits and fits, tapping drill reference charts, bend allowances required for material thickness, electrical conditions required for specific welding electrodes, mixing ratios for bonding and finishing materials, metal finishing specifications and inspection requirements)6. the procedures for reporting any discrepancies in the data or documents, and for reporting lost or damaged drawings and documents7. care and control procedures for the documents, how damage or graffiti on drawings can lead to scrapped work and the importance of returning them to the designated location on completion of the work activities8. typical ways of communicating technical information (such as sketches, test and inspection reports, work planning documents), 9. and the amount of detail that should be included the need to ensure that sketches are of a suitable size, use appropriate drawing conventions, are in proportion and are legible to others10. when to act on your own initiative to find, clarify and evaluate information, and when to seek help and advice from others 11. why you should always seek clarification if you are in any doubt as to the validity or suitability of the information that you have gathered12. to whom you should report in the event of problems that you cannot resolve 13. Use approved sources to obtain the necessary data and related specifications, and carry out all of the following:1. exercise care and control over the documents at all times1. correctly extract all necessary data in order to carry out the required tasks2. seek out additional information where there are gaps or deficiencies in the information obtained3. deal with or report any problems found with the data4. return all documentation to the approved location on completion of the work5. complete all necessary production documentation6. Use information extracted from engineering documentation, to include one of the following:2. detailed component drawings1. illustrations2. welding drawings3. general assembly drawings4. visual display screens5. casting drawings6. repair drawings7. modification drawings8. operational diagrams 9. fluid power drawings10. sub-assembly drawings11. physical layouts12. wiring/circuit diagrams13. schematic diagrams14. manufacturers' manuals/drawings15. installation drawings16. fabrication drawings17. photographic representations18. approved sketches19. pattern drawings20. contractual specifications21. Use information extracted from related documentation, to include one from the following: 3. job instructions1. material specifications2. planning documentation3. drawing instructions4. finishing specifications5. quality control documents6. test schedules7. reference tables/charts8. operation sheets 9. manufacturers' instructions10. national, international and organisational standards11. process specifications12. welding procedure specifications 13.

Extract information that includes

three of the following:4. materials or components required1. surface texture requirements2. surface finish required3. dimensions4. location/orientation of parts5. weld type and size6. tolerances7. process or treatments required 8. operations required9. build quality10. assembly sequence11. shape or profiles12. installation requirements13. inspection requirements14. test points to be used 15. connections to be made16. part numbers for replacement parts 17. circuit characteristics (such as pressure, flow, current, voltage, speed)18. Record and communicate technical information, to include two of the following:5. producing fully detailed sketches of work/circuits completed or required1. recording data from testing activities2. producing reports on activities that you have completed3. completing material and tool requisition documentation4. producing a list of replacement parts required for a maintenance activity5. completing training records or portfolio references6. completing quality documentation7.

Additional Information

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[PDF] Using and communicating technical information

WORK PROCESSES Supervisory Control and Data Acquisition