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Course Outline
Overview of Industrial Automation
- Definition and scope of industrial automation
- Composition of automation infrastructure and hardware
- Application of CAD tools in the design lifecycle for government systems
Foundational Principles of SolidWorks for Automation
- Navigation of the SolidWorks environment and essential functionalities
- Creation of elementary parts and complex assemblies
- Introduction to parametric modeling techniques for automation components
Engineering Automated Systems
- Execution of motion studies within the design process
- Development of conveyors, robotic manipulators, and pick-and-place mechanisms
- Incorporation of sensor and actuator models into SolidWorks assemblies
Simulation and Structural Analysis
- Application of SolidWorks Simulation for load-bearing assessments in automation frameworks
- Evaluation of kinematics, collision detection, and operational efficiency
- Strategies for predictive maintenance and design optimization
Integration with Operational Systems
- Preparation of digital assets for manufacturing processes
- Generation of Bills of Materials (BOMs) and technical documentation
- Compatibility of SolidWorks models with industry-standard automation control software for government use
Advanced Methodologies in Industrial Automation Using SolidWorks
- Modeling pneumatic and hydraulic systems within SolidWorks
- Comprehensive motion analysis for intricate automation architectures
- Integration of Internet of Things (IoT) elements and smart devices into design models
Capstone Project and Evaluation
- Development of a comprehensive industrial automation system utilizing SolidWorks
- Submission and technical review of final designs
- Synthesis of course material and open forum for questions
Conclusion and Future Directives
Requirements
- Proficiency in fundamental mechanical engineering design concepts
- Competency in Computer-Aided Design (CAD) applications, with a preference for SolidWorks
- Foundational knowledge of Geometric Dimensioning and Tolerancing (GD&T) within CAD environments
Target Audience
- Mechanical Engineers pursuing specialization in industrial automation systems
- CAD Professionals seeking to enhance technical capabilities for automation initiatives
- Industrial Automation practitioners aiming to incorporate SolidWorks into their operational workflows for government and commercial sectors
35 Hours
Testimonials (1)
The practices and the fact that you can share your screen for guidance from the trainer