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-914400-90376700AU 2021 Proposal WorksheetOrganize your ideas when crafting your proposalUse this worksheet to draft and polish your proposal before submitting via the online form. Proposals will be publicly visible on the AU website immediately upon submission. Primary speaker information left528127Primary speaker name: Primary speaker email:Co-speakers or panelists: 00Primary speaker name: Primary speaker email:Co-speakers or panelists: There is one primary speaker designated per session. You must have or create an Autodesk ID in order to submit. Co-speakers or panelists can be added only after a proposal is accepted. Languagesleft528127List additional languages or “English only.” 00List additional languages or “English only.” This proposal is for English language content. If an opportunity for presenting in another language arises later in the year, in what additional language(s) are you able to present?Title Give your class a descriptive title, rather than a catchy title. Your audience should be able to understand what your content covers based on the title alone. Include the name of any product(s) and clearly state if you’re providing direction for a specific industry group or occupation. (Max. 75 characters including spaces.)Examples: Standards for Developing Standards: A How-To for Busy CAD ManagersAdvance Steel for BIM: Seamless Workflow from Design to Fabrication How Sustainability and Fusion 360 Can Help You Save Money and the PlanetUsing Generative Design to Help Optimize a Bicycle Componenleft22796500tDescriptionDescribe the material your class will cover and what is to be gained by people learning from your expertise. Be specific about the industry challenges your content might help solve. Include product names if you are using software to improve industry practice or workflows. You may also include quick stats or metrics to quantify the challenge you overcame and/or the benefit of the solution you achieved. For example, “Through automation, we’ve been able to achieve 90% efficiency in project handover and save 50% of time spent looking for data.” (Paragraphs only; no bullets or lists. Max. 1,000 characters including spaces.)952515875000FormatWhich format best suits your planned content and learning materials? Select one.Industry talk – Lecture format for sharing thought leadership, industry insights, case studies, and other innovative experiences. No product demonstration is required. Instructional demo – Skills-based instructional format sharing workflows, processes, tips and tricks, and Autodesk product knowledge. In-depth product demonstrations are featured. Panel – Conversational format with 3-5 experts facilitated by the speaker showcasing viewpoints and insights on an industry topic. Autodesk Product Briefing – Open to Autodesk employees only. Product experts share updates, road maps, and insider views of product development efforts. Learning objectivesA learning objective should complete this phrase: ‘After taking this class, participants will be able to…' A learning objective is an outcome statement that captures the goals at the heart of your content and should relate to tasks, skills, and knowledge to be gained. Learning objectives should be measurable and brief, and should begin with action words like create, identify, define, compare, estimate, implement, integrate, assess, validate, build, collaborate, solve, etc. Avoid using ambiguous verbs (learn, understand, appreciate, use, know, etc.). (Max. 125 characters each including spaces.)Examples:Design templates to create standards for your company.Apply generative design for lightweighting, part consolidation, and sustainable material selection. -28575322580 00 Render a 10-second animated walkthrough of a commercial building model.Create the machining setup for an Inventor CAM model.Content summary The summary can be a shortened version of the description. Be specific and succinct. Your summary will display in search results on the AU website and on search engines like Google, so make it compelling and straightforward to increase the chances of your proposal’s acceptance. (Max. 155 characters including spaces; no lists.) Examples:Learn how techniques in Fusion 360 can reduce costs while making more sustainable products with less impact and better material and energy efficiency.Discover how VRED streaming technology can help you perform high quality collaboration sessions with more flexibility, scalability, and less effort.952516573500Relevant topics What relevant topic(s) does your content explore? Reviewers search for topics to narrow down proposal selections, so choose carefully. Also consider how an online audience would search for your content. Review the Proposal Requirements FAQ to familiarize yourself with the topics and themes for this year’s conference. Select up to five from the list of topic choices at the end of this worksheet.1. 2.3.4.5. KeywordsTo help others in the AU community discover your learning content, choose from a list of keywords that help describe your class and its relevance to industry trends, workflows, and disciplines. Select up to 10 from the list of keyword choices at the end of this worksheet.1.6.2.7.3.8.4.9.5.10.Define your audienceWho will get the most out of your insights and content? Select one.Product usersManagersBusiness leadersSoftware developersAudience occupationWho will benefit the most from your learning content? Select up to six from the list of occupation choices at the end of this worksheet.1. 2.3.4.5.6. Content focusWhat will your content focus on? Select one.Getting started with new softwareGoing beyond software basicsExploring industry practice and workflowsAn industry or project case studyThought leadership and innovationLevel of proficiencyWhat level of skill or experience should people have to get the most from your content? Select one.Foundational – All who are new to the industry or software, including primary and secondary students. Note: This is not the typical AU audience and few classes are taught at this level.Associate – Entry-level professionals, including students and recent graduates. Professional – Mid-career and seasoned professionals; often includes post-secondary university graduates.Expert – Senior professionals with years of experience and advanced skills; often includes those with advanced degrees or certification.Not Applicable – Content is not skills-based and is of interest to any audience; often includes thought leadership sessions or case studies, industry talks, and panels. Note: Managers and executives, C-level staff, VPs, and decision makers who oversee business operations are often most interested in these types of sessions.Prerequisite skills or knowledgeDescribe any skills or knowledge people should have before taking your class. (Max. 350 characters including spaces; no bullets or lists.)Examples:Revit users should be comfortable using reference planes, constraints, and parameters.Fusion 360 users should have some competency using the manufacturing space for programming milling toolpaths.left42099300You should have a general understanding of your company’s sustainability goals and economic pressures.Relevant Autodesk product(s) List up to four relevant products applicable to your content. If your content is not skills-based, leave this section blank. 1. 2.3.4. Most relevant industryWhat industry best aligns with your intended audience? Select one from the list below:Architecture, Engineering, & Construction ArchitectureBuilding Engineering Building OwnersCivil EngineeringCivil Infrastructure OwnersConstructionEnergy, Natural Resources, and Utilities (includes Oil & Gas)Manufacturing & Product DesignAerospace & Defense EquipmentAutomotive & Other Transportation Building Products & ManufacturingConsumer ProductsIndustrial MachineryLife Sciences ManufacturingProcess Manufacturing Other Manufacturing (commercial electronics, farms & orchards, textiles & leather, miscellaneous goods)Media & EntertainmentAdvertising, Publishing, & Graphic DesignFilm & TVGamesSoftware DevelopmentSoftware Development (includes content on coding, programming, database, app development, etc.)Education Education (content for an academic audience, teachers, etc.) -629728914400-6297285063706AU Keywords List2.5 Axis Milling2D Design2D Sketching3 Axis Milling3D Design3D ModelingAdvertisingAgricultureMobile App Development Architectural DesignArchitectural VisualizationAssembly ModelingAsset ManagementAugmented RealityAutomotive OEMBig DataBiotechBridgesBuilding EquipmentBuilding Performance AnalysisBuilding ServicesChemicals and PharmaceuticalsCircular EconomyClient ManagementCloud ServicesCollaborationCommercial ArchitectureCommercial ElectronicsConstruction ModelingCost Management Creative ServicesData AnalyticsDesign for Manufacturing and Assembly (DfMA)Design ThinkingDigital PrototypingDigital TwinDirect ModelingDistributionElectromechanicsEnergy AnalysisEngineering ServicesEngineer to order (ETO)FabricationFactory Design Fluid FlowForecastingFreeform ModelingGISGraphic DesignGreen BuildingHandoverHuman-Centered DesignHybrid ManufacturingHydrology and Storm Water Management Immersive DesignImported GeometryIndustrial DesignInfrastructure DesignIntellectual Property (IP)Interior DesignLand PlanningLaser ScanningLean ConstructionLean ManufacturingLinear Material AnalysisMachine LearningMachine ToolsMass CustomizationMaster SchedulingMedical Devices and EquipmentMEP DesignMEP EngineeringMEP SimulationMetal ProcessingMiningModel Conditioning Modular ConstructionMotion CaptureMotion GraphicsMulti Axis MillingNon-linear Material AnalysisOpen StandardsOperations and Maintenance (O&M)Paper and PlasticsPart ModelingPhotogrammetryPiping DesignPoint CloudPrevisualizationProduct EngineeringProduct ManufacturingProduct VisualizationProduct PackagingProduction ManagementProduction PipelineProject-based LearningPublishingPurchasingPush Button ManufacturingQualificationQuantificationRail Equipment Railway DesignRapid PrototypingReality CaptureRegional PlanningRenderingResidential ArchitectureResilience Risk Management Roads and HighwaysRoboticsSales EngineeringSchematicsSite Design and AnalysisSmart BuildingsSmart CitiesSocial ImpactSourcingStatic Stress SimulationSteel DetailingStructural AnalysisStructural FabricationStructural SimulationSubstation Planning and DesignSurfacingSustainable Design Systems AnalysisSystem IntegrationTechnical DrawingTechnology ManagementTextiles and LeatherThermal AnalysisTraffic Simulation and AnalysisTunnel DesignTurningUrban DesignUniversal Scene Description (USD)Utility O&MUtility Project PlanningVirtual RealityVisual EffectsWalkthroughsWater SystemsWork Packaging ................
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