Induction Module – Mechanical Engineering
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- Induction Module – Mechanical Engineering
This course is designed as an introduction to the world of Mechanical Engineering. It covers the basic principles of mechanics, thermodynamics, materials science, and structural analysis. By the end of this module, students will gain an understanding of the fundamental concepts of Mechanical Engineering, setting a solid foundation for further exploration in this field. This course is the perfect stepping stone for aspiring engineers and those interested in honing their problem-solving skills through practical and theoretical engineering concepts.
Created by
Prolific Automation
Categories
Electrical - 10th or 12th / ITI
Course Description
“Welcome to the ‘Induction Module – Mechanical Engineering’ course, a comprehensive study program designed to empower the next generation of mechanical engineers. This course is carefully crafted by industry experts to instill in you a fundamental understanding of mechanical engineering principles, combined with the latest industry trends. We guide you through the captivating world of mechanical design, mechanics, thermodynamics, and materials science, ensuring a seamless transition from novice to industry-ready professional.”
What you’ll learn
- Grasp the fundamentals of Mechanical Engineering and its core principles.
- Dive into the world of mechanical design, understanding how to create efficient, practical, and sustainable mechanical systems.
- Discover the magic of mechanics, gaining insights into forces, motion, and the energy of mechanical systems.
- Explore the essence of thermodynamics and learn how energy is converted to work, a cornerstone of modern machinery.
• First and Second law, Heat engine cycle, Steam cycle, Combustion
• Rotodynamic machinery, Positive displacement machines, Heat Transfer
• Introduction to Mechanical Print Reading
• Lines Used in Mechanical Print Reading
• Dimensions in Mechanical Print Reading
• Orthographic Projection
• Principles of Lubrication
• Lubricant Characteristics
• Additives, Lub. Action & Bearing Lub.
• Oils and Their Applications
• Characteristics of greases
• Special Purpose Greases and Dry Film Lubricants
• Lubrication Systems and Methods
• Automatic Lubrication Methods
• Lubricant Storage and Handling
• Lubrication Management
• Important points while installation.
• Important points to be check.
• Calculation of gear reducer with capacity.
• Maintenance & PM points for gears.
• Gears & type of gears
• Important points for selection of coupling type & its size calculation.
• Changing & checking of coupling.
• How to fit bearing & Selection of bearing.
• Maintenance of bearing.
• Concepts and Principles
• Design
• Maintenance and troubleshooting
