Induction Module – Mechanical Engineering
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- Induction Module – Mechanical Engineering
For all aspiring mechanical engineers, our Induction Module provides a solid foundation in this dynamic field. Explore the core concepts and principles of mechanical engineering, including mechanics, thermodynamics, and materials science. This course empowers you to apply your knowledge in real-world scenarios, designing innovative solutions to engineering challenges.
Created by
Prolific Automation
Categories
Electrical - 10th or 12th / ITI
Course Description
The “Induction Module – Mechanical Engineering” course at Prolific Automation is an intensive and comprehensive introduction to the fundamental concepts of Mechanical Engineering. This course is specially curated for both newcomers to the field and those looking to refresh their foundational knowledge. The course content is structured to provide a broad overview of key areas such as mechanics, materials science, thermodynamics, and design principles. The carefully designed curriculum ensures that students gain a solid foundation, enabling them to tackle more advanced topics in their engineering journey.
What you’ll learn
- Fundamentals of Mechanics: Understand the core principles of forces, motion, and the interaction of matter.
- Basics of Thermodynamics: Learn the principles of energy, heat, and work to understand the behavior of mechanical systems.
- Introduction to Materials Science: Acquire knowledge about different materials used in engineering and their properties.
- Principles of Design: Gain insights into the design process in mechanical engineering, including CAD (Computer-Aided Design) basics.
• Enhance the electrical knowledge of participants on electrical basics.
• To develop skills in installations, trouble shooting and maintenance of switchgear and motors
• Conductors, Insulators Electrical Terms and Definition
• Ohm’s Law, Series and Parallel connections,
• Measuring Instruments: – Multimeter, Meger, Energy meter, CT’s
• Single phase and Polyphase system
• Power factor concepts
• Introduction to symbols
• Reading of drawings.
• Practical Wiring and Simulation
• Push Buttons, Limit switches, Contactors, Bi metal Relays, Fuses, MCB, ELCB. Rotor resistance starter
• Air Circuit Breaker, MCCB, MPCB – Principle of operation,
• Fault diagnostic & trouble shooting
• Principle of operation
• Important specification,
• Selection of Motor and Rating
• Checking healthiness of Motor
• Identifying start and end terminals of winding
• Mechanical faults in motor – possible causes & remedies
• Electrical faults in motor –possible causes & remedies
• Recommended preventive & breakdown maintenance
• Transformer, Power Management
• Preventive and Breakdown maintenance for Motors and Transformers
• Electromagnetic solenoid, Electrical losses, Electrical Safety
• Introduction to VFD
• Principles of operation
• Capacity, Selection criteria & Wiring
• Communication with PLC
• Maintenance and Troubleshooting
