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  • James Lambert (2017)

    Adoption of Advanced Manufacturing Technologies Through Academic Partnerships

    • Inventor
    • Inventor Professional
    • ReCap Pro

    Key Learning

    • Understand the role academic institutions can play in reducing the risk of technology adoption with SMEs
    • See practical examples of how advanced manufacturing technologies assisted in SME product development
    • Better understand the roles that economic development and industrial associations play in a successful technology adoption
    • Identify academic partnership opportunities within your own regions to be early adopters in the fostering of innovation
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  • Key Learning

    • Learn about the legal issues presented by 3DP/AM and the historic and established analyses of legal theory
    • Discover how 3DP/AM can actually present new opportunities that make products and ideas safer and more reliable
    • Share your experiences and knowledge with your trade industry groups and regulators
    • Learn how to focus on your partner contracts and business relationships now to define the roles for the future
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  • Raghi Iyengar (2015)

    Bringing the Best of Manufacturing to Construction

    • BIM 360 Glue
    • Revit for Construction

    Key Learning

    • Discover drivers and constraints to maximizing prefab on construction projects
    • Learn how manufacturing evolved to today's vision of highly distributed manufacturing
    • Discover parallels with construction's vision for highly distributed manufacturing and steps to get there
    • Discover how construction companies are adopting technologies and methodologies today to achieve highly distributed manufacturing
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  • Christopher Wade (2017)

    Machining Processes for High-Temperature Aerospace Alloys

    • PowerMill
    • PowerInspect
    • PowerShape

    Key Learning

    • Find out about the work of the Autodesk Advanced Consulting Team based in Birmingham, England
    • See how Autodesk software can be combined together to solve complex engineering problems
    • Learn about subtractive manufacturing processes from real-world industrial examples
    • Explore the types of manufacturing challenges present in the aerospace industry
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  • Michael Fiedler (2014)

    Advanced Meshing Techniques in Simulation Mechanical

    • Simulation Mechanical, Inventor

    Key Learning

    • Learn how to identify problem CAD geometry
    • Learn how to fix modeling issues
    • Learn about surface imprinting between solids and surfaces
    • Learn about mesh size controls
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  • Key Learning

    • Create 3D solid models
    • Create 3D surface models
    • Edit solid and surface models to create 3D composites
    • Use surface slicing techniques to produce 3D composite 3D models
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  • Wei Ya (2017)

    On-Demand, High-Rate Additive Manufacturing for Ship/Maritime Repair

    • PowerMill
    • Fusion 360
    • PowerShape
    • PowerInspect

    Key Learning

    • Understand the 4 main metal high-rate additive manufacturing techniques
    • Understand routes for design exploration for both rapid prototyping and rapid production
    • Understand opportunities for high-rate additive applications
    • Understand manufacturing steps and considerations involved in the production of AM parts
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  • Key Learning

    • Learn the most effective workflow's incorporating Inventor R2’s Shape Generator predictive design tool.
    • Learn how to optimize designs for additive manufacturing tools with Autodesk Within.
    • See how to implement additive manufacturing into traditional manufacturing workflows.
    • Understand how to create hybrid designs, using a blend of traditional subtractive and additive processes.
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  • Matthew Thorn (2017)

    Hybrid Technology: Constructing Components Using Additive and Composite Manufacturing

    • Netfabb
    • Autodesk Nastran InCAD
    • TruPlan

    Key Learning

    • Understand what processes and materials can be used to additively manufacture tooling
    • Learn how to incorporate manufacturing constraints into the tooling design
    • Understand which composite manufacturing processes and materials can be used with additive tooling
    • Learn how to modify the designs based on manufacturing analysis to reduce costly iterations
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  • Key Learning

    • Identify skill-based and knowledge-based exam objective questions and how to study for each
    • Develop a level of comfort for passing the AutoCAD Certified exams
    • Differentiate between high level and low level study and preparation techniques based on the exam objectives
    • Develop exam workflow techniques based on the exam objectives
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