Name: Mechanical Design & Simulation Engineering Beginners Master Class (MDSEBMC) Level 1 & Level 2
SKU: 5688
Price: 565.00 USD
Availability: InStock

Description

Mechanical Design & Simulation Engineering is a field of engineering that focuses on the design, analysis, and simulation of mechanical systems and components. It involves the application of engineering principles, computer-aided design (CAD), and simulation tools to design, develop, and optimize mechanical systems.

Mechanical design engineers use CAD software to create 3D models of components and assemblies, and then analyze their performance under various conditions. Simulation software can be used to test the design and performance of the components in a virtual environment, allowing engineers to identify and address any potential issues before the product is built.

The key skills and competencies required for mechanical design and simulation engineering include:

Understanding of engineering principles:

Mechanical design engineers must have a solid understanding of engineering principles, including mechanics, dynamics, thermodynamics, and materials science.

Proficiency in CAD software:

Mechanical design engineers must be proficient in the use of CAD software to create and modify 3D models of mechanical components and assemblies.

Knowledge of simulation software:

Mechanical design engineers must also have knowledge of simulation software to test and analyze the performance of mechanical systems and components.

Strong analytical skills:

Mechanical design engineers must have strong analytical skills to interpret data, identify trends, and make informed decisions.

Attention to detail:

Mechanical design engineers must have strong attention to detail to ensure that components and assemblies are designed to precise specifications and meet quality standards.

Strong communication skills:

Mechanical design engineers must be able to communicate effectively with other engineers, project managers, and stakeholders to ensure that design requirements are met and projects are completed on time and within budget.

Mechanical design and simulation engineering is a challenging and rewarding field that requires a combination of technical knowledge, creativity, and problem-solving skills. Mechanical design engineers play a critical role in the development of mechanical systems and components that are used in a wide range of industries.

Through this course offering, you will be empowered with tools to create high-end function digital prototypes of offshore subsea & renewable systems & components mechanical designs. With a friendly training style and high-profile practical exercises, at the end of the program, you will be equipped to create amazing 2D & 3D offshore subsea & renewable systems components mechanical designs using 2D AutoCAD & AutoDESK inventor.

You will learn how to create advanced and real-time functional drawings and BOM that update on the go as you work on your designs. We provide best-in-class training through this course on drawing automation.

Course Outline

Section 1: Introduction to Offshore Subsea & Renewable Energy Engineering

Module 1: Overview of Subsea Production System

Subsea Production Systems
Subsea Field Architecture
Subsea Distribution Systems
Offshore & Subsea Surveys
Subsea Structures Installation and Vessels
Subsea Cost Estimation
Subsea Control Systems
Subsea Power Supply
Subsea Project Execution and Interfaces

Module 2: Introduction to Renewable Energy

Renewable Energy
Different forms of Renewable Energy
Key Drivers of Renewable Energy

Section 2: 2D Drafting with AUTOCAD

Module 1: 2D Graphic Communications & Annotations

Mechanical Drafting / Drawings
Engineering or Technical Drawings
Pictorial Drawings
Types of Pictorial Drawings
Orthographic Projection
Working Drawings
Line Types
Circular Features
Sectional Views & Line Types

Module 2: 2D Drafting with AUTOCAD Beginners Introduction

Introduction
Latest Version
AutoCAD Screen
Way to provide command.
How it Works
Co-ordinate system.
Toolbars
Some 2D command
3D Modelling
Some 3D Commands
Isometric view & Hands Case Study

Section 3: Beginners 2D Drafting with AUTOCAD Workshop

Module 1: Creating a Simple Drawing

Getting Started with AutoCAD Command Prompts & Keyboard

Module 2: Basic Drawing & Editing Commands

Lines
Erasing Objects
Polar Tracking
Circles
Arc & Eclipse
Rectangles
Undo & Redo
Saving your Work

Module 3: Drawing precision in AutoCAD

Object Snaps
Snap & Grid
Tool Settings

Module 4: Changes in Drawings

Move, Copy & Rotate
Scaling Objects
Organizing Layers & New Layers
Layer State
Changing an Objects Layers
Layers Tools

Module 5: Advance Editing Commands

Trim & Extend
Stretch & Fillet
Chamfer

Module 6: Duplication Commands

Offset & Mirror
Arrays & Insert
Blocks,Font, Text & Editing Text

Module 7: Hatching

Hatching & Editing Hatching Pattern

Module 8: Dimensions

Dimensions Concepts
Editing Dimensions
Dim Leaders
Dimension Style

Module 9: Help Tool View

Zoom Options
Pan Options
Tool Options
Tool Settings

Module 10: Printing & Plotting

Printing Concepts
Working Layout
Black & White Color Print Concept

Module 4: Section 3: 3D Modeling with AutoDESK Inventor

Module 1: Drawing Sketches for Solid Models

Autodesk Inventor Sketching Environment
Invoking the Sketching Environment
Introduction to the Sketching Environment
Setting Up the Sketching Environment
Sketching Entities
Positioning Entities by Using Dynamic Input
Deleting Sketched Entities
Finishing a Sketch
Understanding the Drawing Display Tools

Module 2: Adding Constraints and Dimensions to Sketches

Adding Geometric Constraints to a Sketch
Viewing the Constraints Applied to a Sketched Entity
Controlling Constraints and Applying them Automatically while Sketching
Constraints Settings Dialog Box
Deleting Geometric Constraints
Adding Dimensions to Sketches
Setting the Scale of a Sketch
Creating Driven Dimensions
Understanding the Concept of Fully-Constrained Sketches
Measuring Sketched Entities

Module 3: Editing, Extruding, and Revolving the Sketches

Editing Sketched Entities
Creating Patterns
Writing Text in the Sketching Environment
Writing Text Aligned to a Geometry
Inserting Images and Documents in Sketches
Editing Sketched Entities by Dragging
Converting the Base Sketch into a Base Feature
Extruding the Sketch
Revolving the Sketch
Direct Manipulation of Features by Using the Mini Toolbar
Rotating the View of a Model in 3D Space
Controlling the Display of Models
Creating Freeform Shapes

Module 4: Editing, Extruding, and Revolving the Sketches

Need for other Sketching Planes
Work Features
Other Extrusion Options
Other Revolution Options
The Concept of Sketch Sharing

Module 5: Advanced Modeling Tools-I

Creating Holes
Creating Fillets
Creating Chamfers
Mirroring Features and Models
Creating Rectangular Patterns
Creating Circular Patterns
Creating Rib Features
Thickening or Offsetting the Faces of Features
Creating the Embossed and Engraved Features
Applying Images on a Feature
Assigning Different Colors/Styles to a Model
Assigning Material to a Model

Module 6: Editing Features and Adding Automatic Dimensions to Sketches

Concept of Editing Features
Suppressing and Unsuppressing the Features
Editing of a feature using the Direct Tool
Deleting Features
Copying and Pasting Features
Manipulating Features by EOP
Adding Automatic Dimensions to Sketches
Projecting Entities in the Sketching Environment

Module 7: Advanced Modeling Tools-II

Creating Sweep Features
Creating Lofted Features
Creating Coil Features
Creating Threads
Creating Shell Features
Applying Drafts
Creating Split Features
Trimming Surfaces
Extending Surfaces
Deleting Faces
Replacing Faces with Surfaces
Creating Planar Boundary Patches
Stitching Surfaces
Working with the Sculpt Tool
Working with the Bend Part Tool
Reordering the Features
Using the Sketch Doctor
Using the Design Doctor

Module 8: Assembly Modeling-I

Assembly Modeling
Types of Assemblies
Creating Top-down Assemblies
Creating Bottom-Up Assemblies
Assembling Components by Using the Constrain Tool
Specifying the Limits for Constraining
Assembling Parts by Using the Assemble Tool
Using ALT+Drag to Apply Assembly Constraints
Applying Joints to the Assembly
Showing and Hiding Relationships
Moving Individual Components
Rotating Individual Components in 3D Space

Module 9: Assembly Modeling-II

Editing Assembly Constraints
Editing Components
Creating Subassemblies
Checking Degrees of Freedom of a Component
Creating the Pattern of Components in an Assembly
Replacing a Component from the Assembly File with another Component
Mirroring Subassemblies or Components of an Assembly
Copying Subassemblies or Components of an Assembly
Deleting Components
Editing the Pattern of Components
Making a Pattern Instance Independent
Deleting Assembly Constraints
Creating Assembly Section Views in the Assembly File
Analyzing Assemblies for Interference
Creating Design View Representations
Simulating the Motion of Components
Creating Positional Representations
Viewing the Bill of Material of the Current Assembly
Working with Assembly Features

Module 10: Working with Drawing Views-I

The Drawing Module
Types of Views
Generating Drawing Views
Drafting Drawing Views
Editing Drawing Views
Deleting Drawing Views
Moving Drawing Views
Copying Drawing Views
Rotating Drawing Views
Changing the Orientation of Drawing Views
Assigning Different Hatch Patterns to Components in Assembly Section Views
Editing the Default Hatch Style of the Sectioned Objects
Excluding Components from Assembly Section Views

Module 11: Working with Drawing Views-II

Modifying Drawing Standards
Inserting Additional Sheets into Drawing
Activating a Drawing Sheet
Displaying Dimensions in Drawing Views
Modifying the Model Dimensions
Editing Drawing Sheets
Creating Dimension Styles
Applying Dimension Styles
Modifying a Dimension and its Appearance Using the Shortcut Menu
Adding the Parts List
Editing the Parts List
Setting the Standard for the Parts List
Adding Balloons to Assembly Drawing Views
Adding Text to a Drawing Sheet

Module 12: Presentation Module

Creating Presentation View
Defining Units for Presentation Files
Tweaking Components in the Presentation View
Animating an Assembly
Rotating the Presentation View Precisely

Assessment

Participant underpinning knowledge of Offshore Subsea & Renewable Systems 2D Drafting & 3D Modeling will be accessed with on the job structural case studies to be presented towards end of course.