Master Program – Advanced Product Design and Development Using Solidworks 3D Experience

By skillableindia Categories: Engineering
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About Course

Course overview

The SolidWorks 3D Experience course provides a comprehensive overview of the powerful CAD software and its capabilities. The course begins with an introduction to the SolidWorks 3D Experience platform, including an exploration of its features, user interface, and workspaces. Participants learn how to navigate the software effectively.

SolidWorks 3D Experience course provides a comprehensive overview of the software’s capabilities, equipping participants with the skills and knowledge necessary to create, analyze, and document 3D models and assemblies effectively.

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What Will You Learn?

  • Introduction to Solidworks 3D Experience:
  • Sketching and 2D Design:
  • 3D Modeling:
  • Assembly Design:
  • Parametric Design and Design Intent:
  • Advanced Surfacing:
  • Sheet Metal Design:
  • Drafting and Detailing:
  • Analysis and Simulation:
  • Rendering and Visualization:
  • Advanced Topics (Optional):

Course Content

Introduction to Engineering Terminology
Course Summary: Engineering Terminology for Mechanical Engineering Course Title: Engineering Terminology for Mechanical Engineering Course Duration: 1 weeks Course Description: The Engineering Terminology for Mechanical Engineering course is specifically designed to provide mechanical engineering students with a comprehensive understanding of the specialized vocabulary and terminology used in their field. The course aims to equip students with the necessary language skills to effectively communicate and understand mechanical engineering concepts, processes, and technical information. Throughout the course, students will explore various mechanical engineering topics and gain familiarity with the terminology specific to this discipline. Course Objectives: Develop a strong foundation in mechanical engineering terminology: Students will acquire a broad range of mechanical engineering-related vocabulary, including key terms, technical jargon, and abbreviations commonly used in the field. Enhance communication skills: Students will improve their ability to communicate effectively in written and oral formats, using appropriate mechanical engineering terminology to convey ideas, concepts, and technical information. Understand mechanical engineering concepts and processes: Students will explore the terminology associated with various mechanical engineering topics such as thermodynamics, fluid mechanics, materials science, manufacturing processes, and machine design. Interpret technical documents and specifications: Students will practice reading and understanding technical texts, engineering drawings, specifications, and manuals. They will learn strategies to decipher complex language and grasp the underlying mechanical engineering concepts. Enhance professional competence: The course will provide students with the necessary language skills to excel in their mechanical engineering careers. They will develop the ability to participate in professional discussions, write technical reports, and collaborate effectively with colleagues. Course Outline: Week 1: Introduction to Mechanical Engineering Terminology Overview of mechanical engineering disciplines and subfields Importance of accurate terminology in mechanical engineering Common mechanical engineering terms and abbreviations

  • Design Terminologies – 3D Modelling
    00:00
  • Notes- 3D CAD Modelling
    00:00
  • CHECK THE UNDERSTANDING OF 3D CAD MODELLING
  • DESIGN FEATURES
    00:00
  • DESIGN- DATUMS AND PLANES
    00:00
  • `Notes- Datums and Planes
    00:00
  • CHECK THE UNDERSTANDING – FEATURE , PLANE AND DATUM
  • DESIGN- CONSTRAINTS IN 3D CAD
    00:00
  • DESIGN- RELATION IN 3D CAD
    00:00
  • NOTES- CONSTRAINT AND RELATIONS
    00:00
  • CHECK THE UNDERSTANDING OF CONSTRAINTS AND RELATION
  • PROCESS- KAIZEN PHILOSPHY
    00:00
  • Notes- KAIZEN Process
    00:00
  • 5’S Process
    00:00
  • Notes- 5’S Process
    00:00
  • CHECK THE UNDERSTANDING- 5’S AND KAIZEN
  • ADDITIVE MANUFACTURING-1
    00:00
  • ADDITIVE MANUFACTURING-2
    00:00
  • NOTE-Additive Manufacturing
    00:00
  • CHECK THE UNDERSTANDING -ADDITIVE MANUFACTURING
  • REVERSE ENGINEERING
    00:00
  • NOTES-Reverse Engineering
    00:00
  • CHECK THE UNDERSTANDING – RE

Product Design and Development

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