Course Outcmoes
1. Demonstrate the working procedure and mechanism of machine tools
2. Design and analyze the geometry of a single point cutting tool
3. Enhance the skill and knowledge by creating components using machine tools
4. Utilizing advance machining process and technique to predict the performance of machine tools
1. Demonstrate the working procedure and mechanism of machine tools
2. Design and analyze the geometry of a single point cutting tool
3. Enhance the skill and knowledge by creating components using machine tools
4. Utilizing advance machining process and technique to predict the performance of machine tools
- Teacher: Vipin Kumar Sharma
Course Objectives :
1. To understand ab-initio design concepts under various constraints, stress concentration and dynamic loading. Also analyse the design of static joints and pipes.
2. To conceptualise joints for power transmission in rotating parts, suspension parts and in leverage.
3. To analyse bolted & screwed fastenings and structural plates joining for complex engineering applications under myriad of loads.
4. To thoroughly understand the design procedure for speed variation effects in toothed elements and power screws.
1. To understand ab-initio design concepts under various constraints, stress concentration and dynamic loading. Also analyse the design of static joints and pipes.
2. To conceptualise joints for power transmission in rotating parts, suspension parts and in leverage.
3. To analyse bolted & screwed fastenings and structural plates joining for complex engineering applications under myriad of loads.
4. To thoroughly understand the design procedure for speed variation effects in toothed elements and power screws.
- Teacher: Sumit Joshi
Course Objectives :
1. To understand the working of steam nozzle at design condition and off design condition. To
differentiate clearly between impulse and impulse-reaction turbine.
2. To understand the working of reciprocating compressor & refrigeration cycle.
3. To understand the combustion in I.C engine and appreciate the concept of knocking.
4. To be able to compute performance parameters of an I.C engine and to determine components of heat balance of given i.C engine.
1. To understand the working of steam nozzle at design condition and off design condition. To
differentiate clearly between impulse and impulse-reaction turbine.
2. To understand the working of reciprocating compressor & refrigeration cycle.
3. To understand the combustion in I.C engine and appreciate the concept of knocking.
4. To be able to compute performance parameters of an I.C engine and to determine components of heat balance of given i.C engine.
- Teacher: Deshdeep Gambhir
Course Objectives :
1. To develop the knowledge of lattice structure and their defects.
2. To develop the relation between structural and mechanical properties of metals for the selection of product design.
3. Identify the microstructure and properties of Iron-Iron carbide Phase diagram.
4. To develop the knowledge of various composite materials and their applications.
Course Outcomes (CO):
After completion of the course, the student will be able to
1. Summarize the properties of crystal structures of metallic elements and understand the mechanism of diffusion and deformation.
2. Relate the material behaviour under environmental conditions and interpret the characteristics of steel through iron- iron carbide and TTT diagram.
3. Relate the properties of steel with heat treatment processes and study the effect of alloying elements in steel.
4. Classify types of corrosion and composites.
1. To develop the knowledge of lattice structure and their defects.
2. To develop the relation between structural and mechanical properties of metals for the selection of product design.
3. Identify the microstructure and properties of Iron-Iron carbide Phase diagram.
4. To develop the knowledge of various composite materials and their applications.
Course Outcomes (CO):
After completion of the course, the student will be able to
1. Summarize the properties of crystal structures of metallic elements and understand the mechanism of diffusion and deformation.
2. Relate the material behaviour under environmental conditions and interpret the characteristics of steel through iron- iron carbide and TTT diagram.
3. Relate the properties of steel with heat treatment processes and study the effect of alloying elements in steel.
4. Classify types of corrosion and composites.
- Teacher: Naveen Solanki
Course Objectives :
1. To understand the concepts of metal cutting and tool materials.
2. To develop an understanding of the various machine tools.
3. To introduce students to different gear forming methods and jigs & fixtures
4. To acquire a fundamental knowledge on non-traditional machining processes.
1. To understand the concepts of metal cutting and tool materials.
2. To develop an understanding of the various machine tools.
3. To introduce students to different gear forming methods and jigs & fixtures
4. To acquire a fundamental knowledge on non-traditional machining processes.
- Teacher: Vipin Kumar Sharma