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    CoEDAS

    Duration
    300 Hrs
    Category
    Engineering
    NSQF Level 6

    ABOUT COURSE

    KEY CONTENT THEMES

    Finite Element Analysis (FEA), Design & Analysis, CAE, New Product Development Process

    OTHER FEATURES

    NSQF Level 6.

    1 year access to E-learning, 1 year Ansys / HyperWorks student license, lifetime access to dsyn365.com learning & talent management system. Technical content for learning and career guidance on LMS/TMS, dsynPOST android app. 

    TESTIMONIAL COLLEGE LIST

    • SCTCE 
    • CET
    • Mohandas 
    • CoE-Perumon 
    • TocH 
    • LMCST,
    • Trinity 
    • BJIT 
    • Younus,
    • RIT-Ktym 
    • Barton Hill College 
    • Oxford-Bengaluru 
    • Maharaja-Mysuru 
    • Budapest TU - Hungary

    INTERNSHIP & PLACEMENT LINKAGES

    50 hours project internship
    Skill mapping and job profiling as part of Talent-infusion (TalentrY)

    CERTIFICATIONS

    Altair & JAIN Skills

    DELIVERY MODEL

    Online / Classroom / E-learning / Hands-on training


    TABLE OF CONTENT

    Promo

    WELCOME video

    10:10

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    Chapter 1 - Product Development Process

    1.1 Expected Learning Outcome video

    10:10

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    1.2 Evolution Of Product Engineering video

    10:10

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    1.3 Product Life Cycle video

    10:10

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    1.4 Teams Involved in Product Life Cycle video

    10:10

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    1.5 Product Development Process video

    10:10

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    1.6 Quiz video

    10:10

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    1.7 Summary video

    10:10

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    Chapter 2 - Engineering Design and Design Evaluation

    2.1 Expected Learning Outcome video

    10:10

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    2.2 Introduction to Design - SME Talk video

    10:10

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    2.3 Significance Of Design video

    10:10

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    2.4 Overview video

    10:10

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    2.5 Design Philosophy video

    10:10

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    2.6 Design Targets video

    10:10

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    2.7 Concept Of DFM video

    10:10

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    2.8 Concept of DFA video

    10:10

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    2.9 Emerging Trends in Design video

    10:10

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    2.10 Quiz video

    10:10

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    2.11 Importance Of Design in PD Process video

    10:10

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    2.12 Overview video

    10:10

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    2.13 Concept Development video

    10:10

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    2.14 Preliminary Design video

    10:10

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    2.15 Design Validation video

    10:10

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    2.16 Detailed Designing video

    10:10

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    2.17 Product Sign-off video

    10:10

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    2.18 Continous Improvement video

    10:10

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    2.19 Design Evaluation Techniques video

    10:10

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    2.20 Quiz video

    10:10

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    2.21 Significance of FEA video

    10:10

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    2.22 Overview video

    10:10

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    2.23 Pre-Processing video

    10:10

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    2.24 Solution Setup video

    10:10

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    2.25 Post-Processing video

    10:10

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    2.26 Introduction to HyperWorks video

    10:10

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    2.27 Quiz video

    10:10

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    2.28 Summary video

    10:10

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    Chapter 3 - Linear Static Analysis (LSA)

    3.1 Chapter Layout video

    10:10

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    3.2 Expected Learning Outcome video

    10:10

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    3.3 Design Attribute Strength video

    10:10

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    3.4 Overview video

    10:10

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    3.5 Areas of Applicaton video

    10:10

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    3.6 Overview video

    10:10

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    3.7 Quiz video

    10:10

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    3.8 Approach video

    10:10

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    3.9 Model Creation video

    10:10

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    3.10 Quiz video

    10:10

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    3.11 Pre-Processing video

    10:10

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    3.12 Solving video

    10:10

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    3.13 Post-Processing video

    10:10

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    3.14 F.E. Analysis in Automotive Domain video

    10:10

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    3.15 Overview video

    10:10

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    3.16 Basic Structure video

    10:10

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    3.17 Types of Structures video

    10:10

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    3.18 Types of Loading video

    10:10

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    3.19 Quiz video

    10:10

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    3.20 Governing Physics video

    10:10

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    3.21 Overview video

    10:10

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    3.22 Analysis of internal Forces video

    10:10

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    3.23 Assess Boundary Conditions video

    10:10

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    3.24 Calculation of Bending Moment video

    10:10

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    3.25 Static Analysis in Other Domains video

    10:10

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    3.26 Quiz video

    10:10

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    3.27 Exercise Problems video

    10:10

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    3.28 Practical Designing video

    10:10

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    3.29 Launching HyperMesh video

    10:10

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    3.30 Creation of Model in HyperMesh video

    10:10

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    3.31 Create Mesh video

    10:10

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    3.32 Delete Duplicate ndes / lines video

    10:10

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    3.33 Create Material video

    10:10

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    3.34 Create Property Collector video

    10:10

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    3.35 Create Load Collector video

    10:10

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    3.36 Quiz video

    10:10

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    3.37 Renumbering of nodes / Elements / Components video

    10:10

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    3.38 Create Constraints video

    10:10

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    3.39 Creation of Point Load at the Free End video

    10:10

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    3.40 Creatin of a RADIOSS subcase video

    10:10

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    3.41 Submitting Job video

    00:00

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    3.42 View Displacement Plot video

    00:00

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    3.43 View Stress Contour Plot video

    00:00

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    3.44 Alternate way to view Contour Plots video

    10:10

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    3.45 View Deformed Shape video

    10:10

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    3.46 Best Practices video

    10:10

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    3.47 Quiz video

    10:10

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    3.48 Assignments video

    00:00

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    3.49 Try out Yourself video

    10:10

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    3.50 Summary video

    10:10

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    Chapter 4 - Non-Linear Static Analysis (NLA)

    4.1 Chapter Layout video

    10:10

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    4.2 Expected Learning Outcomes video

    10:10

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    4.3 Design Attribute - Rigidity video

    10:10

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    4.4 Overview video

    10:10

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    4.5 Area of Application video

    10:10

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    4.6 Overview video

    10:10

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    4.7 Approach video

    10:10

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    4.8 Model Generation video

    10:10

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    4.9 Pre-processing video

    10:10

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    4.10 Post-Processing video

    10:10

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    4.11 F.E. Analysis in Consumer Domain video

    10:10

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    4.12 Quiz video

    10:10

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    4.13 Overview video

    10:10

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    4.14 Governing Physics video

    10:10

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    4.15 Design of Columns video

    10:10

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    4.16 Analysis of Forces in a column video

    10:10

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    4.17 Non Linear Application in other Domains video

    10:10

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    4.18 Quiz video

    10:10

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    4.19 Overview video

    10:10

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    4.20 Launching HyperMesh video

    10:10

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    4.21 Create Geometric Model video

    10:10

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    4.22 Create Material Collector video

    10:10

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    4.23 Update Component Collector video

    10:10

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    4.24 Create Load Collectors video

    10:10

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    4.25 Create Loads and Boundary Conditions for Model video

    10:10

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    4.26 Create a RADIOSS Loadstep video

    10:10

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    4.27 Run both Linear and Buckling Analysis video

    10:10

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    4.28 View results: Von Mises Contour video

    10:10

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    4.29 View results: Deformed Shape video

    10:10

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    4.30 Quiz video

    10:10

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    4.31 Assignments video

    10:10

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    4.32 Try out Yourself video

    10:10

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    4.33 Summary video

    10:10

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    Chapter 5 - Vibration Analysis (VA)

    5.1 Chapter Layout video

    10:10

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    5.2 Expected Learning Outcomes video

    10:10

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    5.3 Design Attribute- Durability video

    10:10

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    5.4 Overview video

    10:10

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    5.5 Areas of Applicaton video

    10:10

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    5.6 Overview video

    10:10

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    5.7 Quiz video

    10:10

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    5.8 Approach video

    10:10

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    5.9 Pre-Processing video

    10:10

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    5.10 Post-Processing video

    10:10

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    5.11 Quiz video

    10:10

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    5.12 F.E. Analysis of Different Types of Bridges video

    10:10

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    5.13 Overview video

    10:10

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    5.14 Types of Vibration video

    10:10

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    5.15 Quiz video

    10:10

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    5.16 Governing Physics video

    10:10

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    5.17 Design Rule and Equations video

    10:10

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    5.18 Overview video

    10:10

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    5.19 Vibration analysis of Spring video

    10:10

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    5.20 Quiz video

    10:10

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    5.21 Vibration Analysis in other Domains video

    10:10

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    5.22 Exercise Problems video

    10:10

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    5.23 Practical Designing video

    10:10

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    5.24 Launching HyperMesh video

    10:10

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    5.25 Create Geometric Model video

    10:10

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    5.26 Create Material video

    10:10

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    5.27 Create Element Properties video

    10:10

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    5.28 Create Load Collectors video

    10:10

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    5.29 Create Boundary Conditions video

    10:10

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    5.30 Run Modal Analysis video

    10:10

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    5.31 Post- Processing Initial Results using HyperView video

    10:10

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    5.32 Reload Model File video

    10:10

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    5.33 Create Stiffener video

    10:10

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    5.34 Create Rib video

    10:10

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    5.35 Creating / Ensuring Connectivity between Stiffener and Rib video

    10:10

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    5.36 Creating Connectivity between Stiffener / Rib and Roof plate video

    10:10

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    5.37 Create Material for Stiffener and Rib video

    10:10

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    5.38 Create Element Properties video

    10:10

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    5.39 Run Modal Analysis video

    10:10

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    5.40 Post-Processing Initial results video

    10:10

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    5.41 Quiz video

    10:10

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    5.42 Assignments video

    10:10

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    5.43 Try out Yourself video

    10:10

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    5.44 Summary video

    10:10

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    Chapter 6 - HyperWorks & Project

    6.1 Expected Learning Outcomes video

    00:00

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    6.2 Overview video

    00:00

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    6.3 HyperMesh video

    00:00

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    6.4 HyperCrash video

    00:00

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    6.5 BatchMesher video

    00:00

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    6.6 MotionView video

    00:00

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    6.7 RADIOSS video

    00:00

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    6.8 MotionSolve video

    00:00

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    6.9 OptiStruct video

    00:00

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    6.10 AcuSolve video

    00:00

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    6.11 Hyperview video

    00:00

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    6.12 HyperGraph video

    00:00

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    6.13 HyperMath video

    00:00

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    6.14 HyperStudy video

    00:00

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    6.15 HyperForm video

    00:00

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    6.16 HyperXtrude video

    00:00

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    6.17 SolidThinking video

    00:00

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    6.18 Altair videos video

    00:00

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    6.19 Project Initiation video

    00:00

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    6.20 Summary video

    00:00

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    Chapter 7 - Thermal Analysis (TA)

    7.1 Chapter Layout video

    00:00

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    7.2 Expected Learning Outcomes video

    00:00

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    7.3 Design Attribute - Thermal Conductivity video

    00:00

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    7.4 Overview video

    00:00

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    7.5 Areas of Application video

    00:00

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    7.6 Overview video

    00:00

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    7.7 Approach video

    00:00

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    7.8 Pre-Processing video

    00:00

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    7.9 Post- Processing video

    00:00

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    7.10 FE Analysis in same Domain video

    00:00

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    7.11 Quiz video

    00:00

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    7.12 Overview video

    00:00

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    7.13 Overview video

    00:00

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    7.14 Governing Phyics video

    00:00

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    7.15 Design Rule and Equations video

    00:00

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    7.16 Analysis of standard product - Pipes video

    00:00

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    7.17 Thermal analysis in other domains video

    00:00

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    7.18 Quiz video

    00:00

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    7.19 Overview video

    00:00

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    7.20 Launch HyperMesh video

    00:00

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    7.21 Create Geometric Model of Tail Pipe video

    00:00

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    7.22 Create Finite Element Model of Tail Pipe video

    00:00

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    7.23 Create Material of Tail Pipe video

    00:00

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    7.24 Update Component Collector video

    00:00

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    7.25 Create a Load Collector video

    00:00

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    7.26 Boundary Conditons for Model video

    00:00

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    7.27 Create RADIOSS Subcase or Loadstep video

    00:00

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    7.28 Run Heat Transfer Analysis video

    00:00

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    7.29 Post-Processing Initial Results video

    00:00

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    7.30 Post-Processing Initial Results video

    00:00

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    7.31 Assignments video

    00:00

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    7.32 Try Out Yourself video

    00:00

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    7.33 Summary video

    00:00

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    Chapter 8 - Fatigue Analysis (FA)

    8.1 Chapter Layout video

    00:00

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    8.2 Expected Learning Outcomes video

    00:00

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    8.3 Design Attribute - Fatigue video

    00:00

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    8.4 Overview video

    00:00

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    8.5 Areas of application video

    00:00

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    8.6 Quiz video

    00:00

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    8.7 Overview video

    00:00

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    8.8 Approach video

    00:00

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    8.9 Model Description video

    00:00

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    8.10 Pre-Processing video

    00:00

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    8.11 Post-Processing video

    00:00

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    8.12 F.E Analysis in Automotive Domain video

    00:00

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    8.13 Quiz video

    00:00

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    8.14 Overview video

    00:00

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    8.15 Governing Physics video

    00:00

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    8.16 Measurement of Fatigue video

    00:00

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    8.17 Design Rule and Equations video

    00:00

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    8.18 Quiz video

    00:00

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    8.19 Fatigue Analysis in Other domains video

    00:00

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    8.20 Exercise Problem video

    00:00

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    8.21 Practical Designing video

    00:00

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    8.22 Launching HyperMesh video

    00:00

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    8.23 Create Geometric Model video

    00:00

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    8.24 Create Material video

    00:00

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    8.25 Update Component Collector video

    00:00

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    8.26 Create Load Collectors video

    00:00

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    8.27 Create Boundary Conditions video

    00:00

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    8.28 Create RADIOSS Subcase or Loadstep video

    00:00

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    8.29 Defining TABLEFAT Cards video

    00:00

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    8.30 Defining FATLOAD Cards video

    00:00

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    8.31 Defining FATEVENT Cards video

    00:00

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    8.32 Defining FATSEQ Card video

    00:00

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    8.33 Defining Fatigue Parameters video

    00:00

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    8.34 Defining Fatigue Material Properties video

    00:00

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    8.35 Defining PFAT Card video

    00:00

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    8.36 Defining FATEF Card video

    00:00

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    8.37 Defining Fatigue Load Case video

    00:00

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    8.38 Submitting RADIOSS video

    00:00

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    8.39 Quiz video

    00:00

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    8.40 Assignments video

    00:00

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    8.41 Summary video

    00:00

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    Chapter 9 - Kinematic Analysis (KA)

    9.1 Chapter Layout video

    00:00

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    9.2 Expected Learning Outcomes video

    00:00

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    9.3 Design Attribute - Kinematics video

    00:00

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    9.4 Overview video

    00:00

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    9.5 Areas of Applicaton video

    00:00

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    9.6 Quiz video

    00:00

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    9.7 Overview video

    00:00

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    9.8 Approach video

    00:00

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    9.9 Model Description video

    00:00

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    9.10 Post-Processing video

    00:00

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    9.11 F.E Analysis in Aerospace Domain Domain video

    00:00

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    9.12 Quiz video

    00:00

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    9.13 Overview video

    00:00

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    9.14 Types of Mechanisms video

    00:00

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    9.15 Design Rule and Equations video

    00:00

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    9.16 Quiz video

    00:00

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    9.17 Analysis of standard product - 4 bar Linkage video

    00:00

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    9.18 Kinematic Analysis in other Domains video

    00:00

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    9.19 Quiz video

    00:00

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    9.20 Exercise Problems video

    00:00

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    9.21 Practical Designing video

    00:00

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    9.22 Launching HyperMesh video

    00:00

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    9.23 Retrieve HyperMesh Model File video

    00:00

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    9.24 Create PRBodies video

    00:00

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    9.25 Create PFBodies video

    00:00

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    9.26 Create Joints video

    00:00

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    9.27 Create DTI, UNITS video

    00:00

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    9.28 Define MBSIM and INVELB video

    00:00

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    9.29 Create RADIOSS Subcase or Loadstep video

    00:00

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    9.30 Submitting RADIOSS Analysis and viewing Results video

    00:00

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    9.31 Review a Contour Plot of Displacement and Stress video

    00:00

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    9.32 Summary video

    00:00

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    Chapter 10 - Virtual Product Development (VPD)

    10.1 Virtual Product Development video

    00:00

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    10.2 Career guidance video

    00:00

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    Price

    ₹ 25,000

    Buy Now

    Course Features

     Language: English
    Delivery Model
    Online , Classroom , E-Learning , Hands-on training ,
    Certifications
    JAIN Skills , Altair ,
     Ideal Student Profile
    Final or Pre-Final Year UG/PG & graduates of Mechanical Engineering streams (<30 years age)
    Brochure Download
    dsynXPO