Learn how real industrial shafts are designed against twisting failure, torsional stress, fatigue, and excessive angular deflection used in motors, gearboxes, conveyors, pumps, compressors, cranes, and heavy machinery.

This industry-oriented course teaches practical shaft design methods followed by experienced mechanical design engineers working in automotive, heavy engineering, robotics, gearbox, and rotating equipment industries.

In This Course You Will Learn:

• Shaft twisting & torsional rigidity calculations
• Allowable angle of twist for motor & gearbox shafts
• Torque transmission calculations
• EN24 EN8 shaft design methodology
• Torsional shear stress calculations
• Solid vs hollow shaft selection
• Fatigue failure prevention
• Shaft stiffness design
• Critical shaft sizing methods
• Industrial case studies & design examples

Suitable For:

• Mechanical Design Engineers
• Gearbox Engineers
• Machine Design Engineers
• FEA Engineers
• Students & Freshers
• Rotating Equipment Engineers

Why This Course is Different?

Most online courses teach only theoretical formulas.
This course teaches practical industrial shaft design methods actually used in machine building industries.

✔ Industry-oriented calculations
✔ Real engineering logic
✔ Practical design standards
✔ Failure prevention methods
✔ Easy-to-understand approach

ENROLL TODAY . DISCOUNTED FEES VALID TILL 25th MAY 2026