The assignment is in the file
Practical assessment task Student - Practical assessment task © Content is subject to copyright, RMIT University C6131 – MEM60112 (AERO5822C) - Assess2 - Prac Lab Report (Student) V2.2018.docx Page 1 of 40 STUDENT STUDENT PRACTICAL ASSESSMENT TASK Task Number 2 of 3 Task Name Assessment 2 – Practical Lab report (Individual) National unit(s) code MEA350A National unit(s) title Select and test aeronautical engineering materials National qualification code MEM60112 National qualification title Advanced Diploma of Engineering (Aeronautical) RMIT Program code C6131 RMIT Course code AERO5822C Use this version to provide students with clear information on the assessment requirements for this task. Assessment Information Duration and/or due date 30/09/2018 (2 Weeks after the prac is concluded) Task instructions Summary and Purpose of Assessment: This unit of competency covers the skills needed to interpret design information for material and material test requirements, select appropriate tests and use results in the selection of appropriate materials for mechanical and manufacturing engineering-related applications. You must demonstrate an understanding of: • Distinguish classes of materials, based on properties and materials tests, relevant to mechanical and manufacturing engineering • Utilise sources of information on engineering materials, materials tests and test equipment • Test for or obtain the properties of engineering materials • Select and implement materials for mechanical/ manufacturing engineering applications • Document materials design data and methods and results of materials tests What and where: This is an individual based practical report assessment. How: Students will be assessed according to the criteria outlined in the Criteria for Assessment below. All criteria identified must be addressed to satisfactorily complete this Assessment Task. Student - Practical assessment task © Content is subject to copyright, RMIT University C6131 – MEM60112 (AERO5822C) - Assess2 - Prac Lab Report (Student) V2.2018.docx Page 2 of 40 STUDENT Conditions for assessment Instructions to Students: 1. Plagiarism is the presentation of the work, idea or creation of another person as though it is one’s own. It is a form of cheating and is a very serious academic offence that may lead to expulsion from the University. Plagiarised material can be drawn from, and presented in, written, graphic and visual form, including electronic data, and oral presentations. Plagiarism occurs when the origin of the material used is not appropriately cited. 2. RMIT special consideration is to enable you to maintain your academic progress despite adverse circumstances. The process for special consideration can be found at http://www1.rmit.edu.au/students/specialconsideration 3. Students with a disability or long-term medical or mental health condition can apply for adjustments to their study and assessment conditions (Reasonable Adjustments and Equitable Assessment Arrangements) by registering with the Equitable Learning Services (ELS) at https://www.rmit.edu.au/students/support-and-facilities/student-support/equitable-learning-services If you already registered with ELS and your study plan is approved, please inform your teacher if this assessment task is not adjusted in line with approved study plan. Additional Instructions to Students: 1. Performance requirement: a. Satisfactory (S) performance ≥ 50% weightage b. Not Yet Satisfactory (NYS) performance < 50% weightage results from this assessment will count towards the final grade only if the result is satisfactory (s) and will be worth 40% of the final grade report format and requirements reference: guidelines for writing laboratory reports zouev 2018 as found under learning resources in canvas on the cover of your report you must have the title of the report, your name, student number, group, date due, actual date of submission (if the date is different to the due date), rmit university and current logo, program name and code, course name and code, and the teacher of your class. the report that you will write is generally structured in the following way: 1. title page (with all details as previously detailed) 2. contents page and page numbers 3. introduction (half to one page maximum) 4. aim of the experiment (from laboratory practical notes) 5. equipment used 6. procedure 7. results, including calculations (calculations may be included in an appendix), tabulating all your results, (including diagrams, graphs, tables, etc, where required) 8. discussion (one page minimum) 9. questions 10.conclusion (quarter to half page maximum) 11.appendices, (if necessary) 12.references http://www1.rmit.edu.au/students/specialconsideration student - practical assessment task © content is subject to copyright, rmit university c6131 – mem60112 (aero5822c) - assess2 - prac lab report (student) v2.2018.docx page 3 of 40 student if any of these items are not included marks will be deducted. marks will be allocated for presentation, neatness, information, research. this report is to be word-processed and not hand written that includes all calculations which must be created through your word processing software, e.g., microsoft office/word. it cannot be hand written calculations, an image taken with a camera and then inserted into your report. further report examples and techniques: https://emedia.rmit.edu.au/learninglab/node/1143 http://www.monash.edu.au/lls/llonline/writing/engineering/technical-report/index.xml submitting assessments through turnitin: http://www1.rmit.edu.au/students/it/blackboard/turnitin assessment declaration: http://www1.rmit.edu.au/browse;id=t4g7mbllxm3n academic integrity: http://www1.rmit.edu.au/browse;id=kkc202lwe1yv remember: always write in third person and past tense. do not say what to do, rather, say what you did. you must include all calculations as evidence to support your results. include these in the appendix. attached pictures/photos of hand written calculations are not permitted. do not plagiarise anything https://emedia.rmit.edu.au/learninglab/node/1143 http://www.monash.edu.au/lls/llonline/writing/engineering/technical-report/index.xml http://www1.rmit.edu.au/students/it/blackboard/turnitin http://www1.rmit.edu.au/browse;id=t4g7mbllxm3n http://www1.rmit.edu.au/browse;id=kkc202lwe1yv student - practical assessment task © content is subject to copyright, rmit university c6131 – mem60112 (aero5822c) - assess2 - prac lab report (student) v2.2018.docx page 4 of 40 student equipment/resources students must supply (if applicable): equipment/resources to be provided by rmit or the workplace (if applicable): • hard copies of the student version of this assessment task or access to soft copies • pens / pencils • computer and rmit internet access • microsoft office suite • lab equipment appropriate to this practical assessment student - practical assessment task © content is subject to copyright, rmit university c6131 – mem60112 (aero5822c) - assess2 - prac lab report (student) v2.2018.docx page 5 of 40 student observation checklist actions to be observed and the standard expected marking guide: experiment – the determination of physical and mechanical properties of fibre-composite materials this assessment task will evaluate the nature of a chopped-strand spray random lay-up fibre composite material. this laboratory will examine the composition ratio of fibre to matrix after manufacture and its flexural behaviour and strength. this laboratory should be of around one hour duration. the report that you will write will be of approximately 1500 words and should follow the layout as indicated in guidelines for writing laboratory reports that can be found in canvas. word-process your report and submit the report in a folder as indicated in the guide. tabulate all data in your results section and provide full calculations in your appendix. as this is a practical session, students must not wear thongs, sandals or open toe shoes. the key element of this assessment task is your analysis of the results and interpretation through mathematical calculation the strengths of the materials being tested. astm and as standards are to be utilised and appropriate sections of the standards quoted and referenced where required, i.e., “the test method used” task activity marks performance criteria 1 presentation: layout: use of page numbers, chapter page and heading, figure numbers, table/s identification as per guidelines for writing laboratory reports. 10 n/a 2 introduction: as per guidelines for writing laboratory reports. include reference to why testing is important, very short description on the manufacturing method used for the material being tested, specifically what is being tested in this prac and what to expect. 5 1.1-1.4, 2.1-2.6, 3.1- 3.4, 4.1-4.2, 5.1-5.4 3 procedure: as per guidelines for writing laboratory reports. make reference to the astm and as standards used. remember, if a person 50%="" weightage="" results="" from="" this="" assessment="" will="" count="" towards="" the="" final="" grade="" only="" if="" the="" result="" is="" satisfactory="" (s)="" and="" will="" be="" worth="" 40%="" of="" the="" final="" grade="" report="" format="" and="" requirements="" reference:="" guidelines="" for="" writing="" laboratory="" reports="" zouev="" 2018="" as="" found="" under="" learning="" resources="" in="" canvas="" on="" the="" cover="" of="" your="" report="" you="" must="" have="" the="" title="" of="" the="" report,="" your="" name,="" student="" number,="" group,="" date="" due,="" actual="" date="" of="" submission="" (if="" the="" date="" is="" different="" to="" the="" due="" date),="" rmit="" university="" and="" current="" logo,="" program="" name="" and="" code,="" course="" name="" and="" code,="" and="" the="" teacher="" of="" your="" class.="" the="" report="" that="" you="" will="" write="" is="" generally="" structured="" in="" the="" following="" way:="" 1.="" title="" page="" (with="" all="" details="" as="" previously="" detailed)="" 2.="" contents="" page="" and="" page="" numbers="" 3.="" introduction="" (half="" to="" one="" page="" maximum)="" 4.="" aim="" of="" the="" experiment="" (from="" laboratory="" practical="" notes)="" 5.="" equipment="" used="" 6.="" procedure="" 7.="" results,="" including="" calculations="" (calculations="" may="" be="" included="" in="" an="" appendix),="" tabulating="" all="" your="" results,="" (including="" diagrams,="" graphs,="" tables,="" etc,="" where="" required)="" 8.="" discussion="" (one="" page="" minimum)="" 9.="" questions="" 10.conclusion="" (quarter="" to="" half="" page="" maximum)="" 11.appendices,="" (if="" necessary)="" 12.references="" http://www1.rmit.edu.au/students/specialconsideration="" student="" -="" practical="" assessment="" task="" ©="" content="" is="" subject="" to="" copyright,="" rmit="" university="" c6131="" –="" mem60112="" (aero5822c)="" -="" assess2="" -="" prac="" lab="" report="" (student)="" v2.2018.docx="" page="" 3="" of="" 40="" student="" if="" any="" of="" these="" items="" are="" not="" included="" marks="" will="" be="" deducted.="" marks="" will="" be="" allocated="" for="" presentation,="" neatness,="" information,="" research.="" this="" report="" is="" to="" be="" word-processed="" and="" not="" hand="" written="" that="" includes="" all="" calculations="" which="" must="" be="" created="" through="" your="" word="" processing="" software,="" e.g.,="" microsoft="" office/word.="" it="" cannot="" be="" hand="" written="" calculations,="" an="" image="" taken="" with="" a="" camera="" and="" then="" inserted="" into="" your="" report.="" further="" report="" examples="" and="" techniques:="" https://emedia.rmit.edu.au/learninglab/node/1143="" http://www.monash.edu.au/lls/llonline/writing/engineering/technical-report/index.xml="" submitting="" assessments="" through="" turnitin:="" http://www1.rmit.edu.au/students/it/blackboard/turnitin="" assessment="" declaration:="" http://www1.rmit.edu.au/browse;id="t4g7mbllxm3n" academic="" integrity:="" http://www1.rmit.edu.au/browse;id="kkc202lwe1yv" remember:="" always="" write="" in="" third="" person="" and="" past="" tense.="" do="" not="" say="" what="" to="" do,="" rather,="" say="" what="" you="" did.="" you="" must="" include="" all="" calculations="" as="" evidence="" to="" support="" your="" results.="" include="" these="" in="" the="" appendix.="" attached="" pictures/photos="" of="" hand="" written="" calculations="" are="" not="" permitted.="" do="" not="" plagiarise="" anything="" https://emedia.rmit.edu.au/learninglab/node/1143="" http://www.monash.edu.au/lls/llonline/writing/engineering/technical-report/index.xml="" http://www1.rmit.edu.au/students/it/blackboard/turnitin="" http://www1.rmit.edu.au/browse;id="t4g7mbllxm3n" http://www1.rmit.edu.au/browse;id="kkc202lwe1yv" student="" -="" practical="" assessment="" task="" ©="" content="" is="" subject="" to="" copyright,="" rmit="" university="" c6131="" –="" mem60112="" (aero5822c)="" -="" assess2="" -="" prac="" lab="" report="" (student)="" v2.2018.docx="" page="" 4="" of="" 40="" student="" equipment/resources="" students="" must="" supply="" (if="" applicable):="" equipment/resources="" to="" be="" provided="" by="" rmit="" or="" the="" workplace="" (if="" applicable):="" •="" hard="" copies="" of="" the="" student="" version="" of="" this="" assessment="" task="" or="" access="" to="" soft="" copies="" •="" pens="" pencils="" •="" computer="" and="" rmit="" internet="" access="" •="" microsoft="" office="" suite="" •="" lab="" equipment="" appropriate="" to="" this="" practical="" assessment="" student="" -="" practical="" assessment="" task="" ©="" content="" is="" subject="" to="" copyright,="" rmit="" university="" c6131="" –="" mem60112="" (aero5822c)="" -="" assess2="" -="" prac="" lab="" report="" (student)="" v2.2018.docx="" page="" 5="" of="" 40="" student="" observation="" checklist="" actions="" to="" be="" observed="" and="" the="" standard="" expected="" marking="" guide:="" experiment="" –="" the="" determination="" of="" physical="" and="" mechanical="" properties="" of="" fibre-composite="" materials="" this="" assessment="" task="" will="" evaluate="" the="" nature="" of="" a="" chopped-strand="" spray="" random="" lay-up="" fibre="" composite="" material.="" this="" laboratory="" will="" examine="" the="" composition="" ratio="" of="" fibre="" to="" matrix="" after="" manufacture="" and="" its="" flexural="" behaviour="" and="" strength.="" this="" laboratory="" should="" be="" of="" around="" one="" hour="" duration.="" the="" report="" that="" you="" will="" write="" will="" be="" of="" approximately="" 1500="" words="" and="" should="" follow="" the="" layout="" as="" indicated="" in="" guidelines="" for="" writing="" laboratory="" reports="" that="" can="" be="" found="" in="" canvas.="" word-process="" your="" report="" and="" submit="" the="" report="" in="" a="" folder="" as="" indicated="" in="" the="" guide.="" tabulate="" all="" data="" in="" your="" results="" section="" and="" provide="" full="" calculations="" in="" your="" appendix.="" as="" this="" is="" a="" practical="" session,="" students="" must="" not="" wear="" thongs,="" sandals="" or="" open="" toe="" shoes.="" the="" key="" element="" of="" this="" assessment="" task="" is="" your="" analysis="" of="" the="" results="" and="" interpretation="" through="" mathematical="" calculation="" the="" strengths="" of="" the="" materials="" being="" tested.="" astm="" and="" as="" standards="" are="" to="" be="" utilised="" and="" appropriate="" sections="" of="" the="" standards="" quoted="" and="" referenced="" where="" required,="" i.e.,="" “the="" test="" method="" used”="" task="" activity="" marks="" performance="" criteria="" 1="" presentation:="" layout:="" use="" of="" page="" numbers,="" chapter="" page="" and="" heading,="" figure="" numbers,="" table/s="" identification="" as="" per="" guidelines="" for="" writing="" laboratory="" reports.="" 10="" n/a="" 2="" introduction:="" as="" per="" guidelines="" for="" writing="" laboratory="" reports.="" include="" reference="" to="" why="" testing="" is="" important,="" very="" short="" description="" on="" the="" manufacturing="" method="" used="" for="" the="" material="" being="" tested,="" specifically="" what="" is="" being="" tested="" in="" this="" prac="" and="" what="" to="" expect.="" 5="" 1.1-1.4,="" 2.1-2.6,="" 3.1-="" 3.4,="" 4.1-4.2,="" 5.1-5.4="" 3="" procedure:="" as="" per="" guidelines="" for="" writing="" laboratory="" reports.="" make="" reference="" to="" the="" astm="" and="" as="" standards="" used.="" remember,="" if="" a=""> 50% weightage results from this assessment will count towards the final grade only if the result is satisfactory (s) and will be worth 40% of the final grade report format and requirements reference: guidelines for writing laboratory reports zouev 2018 as found under learning resources in canvas on the cover of your report you must have the title of the report, your name, student number, group, date due, actual date of submission (if the date is different to the due date), rmit university and current logo, program name and code, course name and code, and the teacher of your class. the report that you will write is generally structured in the following way: 1. title page (with all details as previously detailed) 2. contents page and page numbers 3. introduction (half to one page maximum) 4. aim of the experiment (from laboratory practical notes) 5. equipment used 6. procedure 7. results, including calculations (calculations may be included in an appendix), tabulating all your results, (including diagrams, graphs, tables, etc, where required) 8. discussion (one page minimum) 9. questions 10.conclusion (quarter to half page maximum) 11.appendices, (if necessary) 12.references http://www1.rmit.edu.au/students/specialconsideration student - practical assessment task © content is subject to copyright, rmit university c6131 – mem60112 (aero5822c) - assess2 - prac lab report (student) v2.2018.docx page 3 of 40 student if any of these items are not included marks will be deducted. marks will be allocated for presentation, neatness, information, research. this report is to be word-processed and not hand written that includes all calculations which must be created through your word processing software, e.g., microsoft office/word. it cannot be hand written calculations, an image taken with a camera and then inserted into your report. further report examples and techniques: https://emedia.rmit.edu.au/learninglab/node/1143 http://www.monash.edu.au/lls/llonline/writing/engineering/technical-report/index.xml submitting assessments through turnitin: http://www1.rmit.edu.au/students/it/blackboard/turnitin assessment declaration: http://www1.rmit.edu.au/browse;id=t4g7mbllxm3n academic integrity: http://www1.rmit.edu.au/browse;id=kkc202lwe1yv remember: always write in third person and past tense. do not say what to do, rather, say what you did. you must include all calculations as evidence to support your results. include these in the appendix. attached pictures/photos of hand written calculations are not permitted. do not plagiarise anything https://emedia.rmit.edu.au/learninglab/node/1143 http://www.monash.edu.au/lls/llonline/writing/engineering/technical-report/index.xml http://www1.rmit.edu.au/students/it/blackboard/turnitin http://www1.rmit.edu.au/browse;id=t4g7mbllxm3n http://www1.rmit.edu.au/browse;id=kkc202lwe1yv student - practical assessment task © content is subject to copyright, rmit university c6131 – mem60112 (aero5822c) - assess2 - prac lab report (student) v2.2018.docx page 4 of 40 student equipment/resources students must supply (if applicable): equipment/resources to be provided by rmit or the workplace (if applicable): • hard copies of the student version of this assessment task or access to soft copies • pens / pencils • computer and rmit internet access • microsoft office suite • lab equipment appropriate to this practical assessment student - practical assessment task © content is subject to copyright, rmit university c6131 – mem60112 (aero5822c) - assess2 - prac lab report (student) v2.2018.docx page 5 of 40 student observation checklist actions to be observed and the standard expected marking guide: experiment – the determination of physical and mechanical properties of fibre-composite materials this assessment task will evaluate the nature of a chopped-strand spray random lay-up fibre composite material. this laboratory will examine the composition ratio of fibre to matrix after manufacture and its flexural behaviour and strength. this laboratory should be of around one hour duration. the report that you will write will be of approximately 1500 words and should follow the layout as indicated in guidelines for writing laboratory reports that can be found in canvas. word-process your report and submit the report in a folder as indicated in the guide. tabulate all data in your results section and provide full calculations in your appendix. as this is a practical session, students must not wear thongs, sandals or open toe shoes. the key element of this assessment task is your analysis of the results and interpretation through mathematical calculation the strengths of the materials being tested. astm and as standards are to be utilised and appropriate sections of the standards quoted and referenced where required, i.e., “the test method used” task activity marks performance criteria 1 presentation: layout: use of page numbers, chapter page and heading, figure numbers, table/s identification as per guidelines for writing laboratory reports. 10 n/a 2 introduction: as per guidelines for writing laboratory reports. include reference to why testing is important, very short description on the manufacturing method used for the material being tested, specifically what is being tested in this prac and what to expect. 5 1.1-1.4, 2.1-2.6, 3.1- 3.4, 4.1-4.2, 5.1-5.4 3 procedure: as per guidelines for writing laboratory reports. make reference to the astm and as standards used. remember, if a person>