Introduction
Module 1: Concept Exploration and Engineering Foundations
Module 2: Manufacturing Awareness for Engineers
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Engineering Overview (4:40)
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Manufacturing Quality Certifications (5:44)
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CAD a Primary Skill (5:42)
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Design Requirements and Blueprint Thinking (5:08)
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Physics-Based Design Thinking (5:02)
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Functional vs Non-Functional Design Features (6:56)
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Engineering Knowledge Gaps and Workarounds (4:01)
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Simplified CAD Files and FEA (5:38)
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Quick Designs Risks (7:44)
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Ordering Parts from Partially finished CAD Assemblies (4:39)
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Material Selection (6:36)
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Engineered vs 3D Printed Materials (5:13)
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Importance of Automation and Mechanisms (5:55)
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Design Test Considerations (7:43)
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Design Revisions (7:10)
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Engineering Change Process (5:32)
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Baseline Tools for Design and Manufacturing (5:22)
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Working with Machine Shops (4:30)
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Understanding Company Types (4:40)
Module 3: Computer-Aided Design (CAD)
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CAD Overview (8:06)
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Idea to Part-Workflow Integration (5:10)
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Design and Manufacturing Liaison (3:58)
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Design Change Timing (4:08)
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Proactive Manufacturing Efficiency (6:36)
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CAD Thinking for Manufacturing (6:32)
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Beyond Custom Machined Parts (5:39)
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CAD Design Best Practices (10:31)
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Universal CAD File Exchange (4:47)
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CAD Data Management and Control (4:02)
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CAD Software Package Tiers (6:28)
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Professional CAD visuals for Sales Presentations (4:59)
Module 4: Mechanical Engineering Drawings
Module 5: Prototyping & Digital Development
Module 6: Manufacturing Insights
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Manufacturing Overview (13:05)
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Safety in Manufacturing (5:48)
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Common Manufacturing Standards (5:39)
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Manufacturing Capacity Levels (5:08)
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Process Improvement Strategies (7:53)
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Real-Time Quality Feedback (5:18)
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Why 5-Axis Machining Makes Sense (3:56)
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External Manufacturing Capabilities (7:24)
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Build Better Teams (13:47)
Module 8: Computer Aided Manufacturing (CAM)
