Description: Design High Capacity EOT Cranes. Company Owners, Design Leaders, Crane Manufacturers.

How main components are actually designed using engineering calculations, strength of materials, machine design principles, and industry standards.

This mentorship course bridges the knowledge gap.

You will learn the complete design sequence followed by experienced crane designers—from determining the lifting load to selecting the structure, wire rope, drum, gearbox hp, motor hp, wheels, rails, and drive hp.

Instead of memorizing formulas, you'll understand why each calculation is performed, how components influence one another, and how to make engineering decisions confidently.

Key Highlights:

• Structural Analysis Techniques
• Material Selection Guidelines
• Load Calculation Methods

What you will learn:

✔ Complete EOT Crane Design Flow Diagram

✔ Load Calculations & Design Methodology

✔ Crane Structure Design

✔ Metallurgy & Material Selection

✔ Wire Rope Design & Safety Calculations

✔ Rope Drum Design

✔ Pulley Design

 ✔ Gearbox  Power Calculations

✔ Motor HP Calculations

✔ Wheel Load Calculations

✔ Rail Selection & Rail Design

✔ Rail-Wheel Contact Design

✔ Travel Drive Power Calculations

✔ Crane Mechanism Design

✔ Engineering Standards Used in Industry

✔ Practical Design Methodology Used by Experienced Crane Designers

Who Should Join?

• Mechanical Design Engineers
• Structural Engineers
• Heavy Machinery Engineers
• Material Handling Equipment Engineers
• Crane Manufacturers
• Maintenance Engineers
• FEA Engineers
• CAD Engineers
• Project Engineers
• Engineering Students
• Consultants

Why This Course Is Different.

Most online courses stop at CAD modelling or theory.

This mentorship teaches the actual engineering calculations that experienced designers use while developing industrial cranes.

You'll learn:

• Industry design workflow
• Formula derivations
• Practical engineering decisions
• Component selection methodology
• Real engineering design thinking
• Design standards
• Common design mistakes and how to avoid them

---

By the End of This Course You'll Be Able To

Design a complete EOT Crane from the initial lifting requirement through structural design, drive system selection, power calculations, and final component sizing using engineering principles followed in industry.