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Duration 35 hours
Course Outline
Introduction to Industrial Automation for Government Operations
- Definition and scope of industrial automation in public sector contexts
- Overview of automation infrastructure and critical components
- Application of CAD methodologies in the design of government automation systems
SolidWorks Fundamentals for Automation Engineering
- Examination of the SolidWorks interface and primary functional capabilities
- Development of foundational components and complex assemblies
- Introduction to parametric modeling techniques for automation hardware
Designing Automated Systems for Public Sector Use
- Analysis of motion dynamics in automation design processes
- Engineering of conveyor mechanisms, robotic articulation, and material handling systems
- Incorporation of sensing and actuation technologies within the SolidWorks environment
Simulation and Technical Analysis
- Utilization of SolidWorks Simulation for structural load assessment in automation frameworks
- Modeling of operational range, collision risks, and system efficiency metrics
- Strategies for predictive maintenance and design optimization
Interfacing with Operational Systems
- Preparing design outputs for manufacturing and deployment
- Creation of Bills of Materials (BOMs) and technical documentation
- Integration of SolidWorks designs with standard industrial automation software for government workflows
Advanced Topics in Industrial Automation with SolidWorks
- Engineering considerations for pneumatic and hydraulic systems within SolidWorks
- Sophisticated motion analysis for complex automation architectures
- Integration of IoT and smart device functionalities into SolidWorks models
Capstone Project and Evaluation
- Development of a comprehensive industrial automation system using SolidWorks
- Presentation of final projects and reception of expert feedback
- Comprehensive review and question-and-answer session
Conclusion and Future Implementation Steps
Requirements
- Proficiency in fundamental mechanical design principles
- Practical experience with CAD software, with SolidWorks preferred
- Foundational CAD knowledge including Geometric Dimensioning and Tolerancing (GD&T)
Target Audience
- Mechanical Engineers seeking to specialize in industrial automation for government applications
- CAD Designers aiming to enhance their capabilities for automation-focused projects
- Industrial Automation professionals looking to incorporate SolidWorks into their professional workflow
Testimonials (1)
The practices and the fact that you can share your screen for guidance from the trainer
