Metal Works

Coming Soon...

Details:

Date & Time:

• Monday - Thursday : 5pm - 8pm

• Saturday: 10:30am - 6pm

Duration & Frequency:

• Once a month

Cost:

• INR 1200

Suitable for 16 years and above

Class Structure and Content:

1. Introduction (5 minutes):

   • Introduce the topic of material science and its relevance to metalworking.

   • Briefly outline the class structure and objectives.

2. Explanation of Fundamental Concepts (40 minutes):

   • Define key terms such as stress, strain, tension, compression, ductility, and failure.

   • Discuss the properties of different metals, focusing on ferrous and non-ferrous as examples.

   • Explain metal behaviour under different conditions.

   • Explore real-world examples and applications of material science in various industries.

3. Practical Demonstration (40 minutes):

   • Demonstrate bending of small pieces of metal.

   • Guide students through the process step-by-step, emphasizing safety precautions and proper techniques.

   • Encourage students to observe and analyze the behavior of the metals as they are bent.

   • Provide individual assistance and feedback as needed to ensure understanding and proficiency.

4. Conclusion and Recap (5 minutes):

   • Summarize the key points covered during the class.

   • Answer any remaining questions from students.

   • Continue exploring material science and metalworking on their own.

Wear goggles and gloves when handling metal chips and using tools

Details:

Date & Time:

• Monday - Thursday : 5pm - 8pm

• Saturday: 10:30am - 6pm

Duration & Frequency:

• Twice a month

Cost:

• INR 1200

Class Structure and Content:

1. Introduction (5 minutes):

   • Recap of the previous session.

   • Introduce the topic of alloys and their role in strengthening or weakening metal parts.

   • Outline the objectives and structure of the class.

2. Explanation of Alloy Science (30 minutes):

   • Define what alloys are and how they differ from pure metals.

   • Discuss the concept of solid solution strengthening and how different elements can be added to iron to create steel.

   • Explain how the atomic structure of alloys affects their mechanical properties, such as strength, ductility, and hardness.

   • Provide examples of common alloys and their applications in various industries.

3. Practical Demonstration (40 minutes):

   • Show students small metal pieces of iron and steel.

   • Using various tools to demonstrate how iron and steel behave differently when subjected to bending or shaping.

   • Discuss the differences in strength, ductility, and other mechanical properties between iron and steel.

   • Encourage students to observe and analyze the differences in behavior between metal and its alloy.

   • Allow students to handle the metal pieces and try bending them themselves under supervision.

4. Application and Discussion (10 minutes):

   • Facilitate a discussion on the practical implications of alloy science in engineering and manufacturing.

   • Encourage students to think about how understanding alloys can help them in their future metalworking projects or careers.

   • Answer any remaining questions from students and provide clarification as needed.

5. Conclusion and Recap (5 minutes):

   • Summarize the key points covered during the class.

   • Reinforce the importance of understanding alloys in metalworking.