Course Learning Objectives:

  1. To explain the structures and properties of different types of materials
  2. To provide fundamental aspects of elasticity of materials
  3. To explain continuum plasticity and crystal plasticity
  4. To study various hardening mechanisms in metals
  5. To describe multiscale approach to materials modelling
  6. To bridge the gap between continuum mechanics and material science

Course Outcomes:

At the end of the course, the student will be able to

  1. Recognize the structure and properties of various engineering materials
  2. Use the concepts of stress and strain to explain the elastic and plastic behaviour of the material
  3. Able to describe hardening mechanism in conventional metals and alloys.
  4. Able to explain response of common engineering materials to mechanical loading at different length scales

Introduction to Crystal Elasticity and Crystal Plasticity is been offered by Dr. G RAMESH, Assistant Professor in Department of Metallurgical and Materials Engineering , RGUKT-R K Valley.



Course Learning Objectives:
  1. To learn different methods and materials of moulding and pattern making
  2. To familiarize with different casting techniques
  3. To study the principles of solidification and microstructure formation during casting process
  4. To understand casting hydrodynamics and heat transport
  5. To familiarize with casting practice of different alloys. 


Course outcomes:

At the end of the course, the student will be able to

  1. Select proper materials and methods for moulding, pattern making for different products
  2. Design gating and risering systems
  3. Choose correct melting furnace and melting practice for different casting metals and alloys.
  4. Analyze the irregularities and cause of defects in castings and apply the remedial measures for immediate rectification
  5. To design moulds and pattern for making castings, to inspect a casting

Foundry Technology is been offered by Dr. G RAMESH , Assistant Professor in Department of Metallurgical and Materials Engineering , RGUKT-R K Valley.



The design of foundation requires the consideration of many essential factors with regard to soil data, geology of the site, land use patterns, ground conditions and the type of structure to be built. A detailed understanding of the field situation is also very important apart from theoretical knowledge of the subject. This course seeks to provide an overview of the essential features of foundation design. The different aspects of foundation engineering ranging from bearing capacity of shallow foundations, pile foundations, settlement of foundations, earth pressure theories and slope stability of soil have been covered in this course along with soil exploration techniques to analyze the soil condition at site.
This course deals with the English Vocabulary , Poem, Grammar, Drama and Phonetics
It aims at making the student to gain all the Four Skills of English Language, i.e. Listening, Speaking, Reading and Writing.
Heat Transfer deals with time rate of heat transferred from higher temperature bodies to lower temperature bodies. Different modes and mechanisms of heat transfer are explained in this course.
In this course , we will learn about design of different machine elements like belt drives, brakes,
frictional clutches, sliding contact bearings, rolling contact bearings, spur gears
• This course deals with the applications of mass transfer principles in real life and industry level as well.
• It aims at making student to familiarize with different types of separation processes applicable