Upon completion of this course, student should be able to-
1. Recognise the concept of DC machine and AC machines.
2. Understand the basics of power systems.
3. Understand the basics of electrical safety rules.
4. Recognise the basics of electronic components and their practical
use.
5. Understand the basics of logic gates and number systems.
- Teacher: Ganesh Patil
- Teacher: Vidya Swami
Upon completion of this course, student should be able to-
1. Understand fundamental aspects of civil engineering.
2. Determine the plan and set out a building.
3. Apply types of traversing for calculations of the included angle.
4. Apply methods of levelling for calculation of reduce levels of different
points on the surface of the earth.
5. Understand use of various building materials and explain the method of
construction of different components of building and building services.
6. Understand the basic concepts of Electrical and Magnetic circuits.
7. Apply and analyze the resistive circuits using star-delta conversion, KVL
and KCL under DC supply.
8. Understand the basics of single phase and three phase circuit.
- Teacher: Girish Kulkarni
- Teacher: Vidya Swami
1. Understand fundamental aspects of civil engineering.
2. Determine the plan and set out a building.
3. Apply types of traversing for calculations of the included angle.
4. Apply methods of levelling for calculation of reduce levels of different
points on the surface of the earth.
5. Understand use of various building materials and explain the method of
construction of different components of building and building services.
6. Understand the basic concepts of Electrical and Magnetic circuits.
7. Apply and analyze the resistive circuits using star-delta conversion, KVL
and KCL under DC supply.
8. Understand the basics of single phase and three phase circuit.
- Teacher: Nayan Kotmire
- Teacher: Vidya Swami
Upon completion of this course, student should be able to-
1. Develop understanding of water quality parameters and incorporate
methods to produce soft water for industrial and domestic use.
2. Analyze engineering problems associated with corrosion and develop
suitable preventive measures.
3. Select the appropriate materials for engineering applications.
4. Recognize the current developments in the fields of energy, green
chemistry and nanotechnology for sustainable development.
5. Apply and demonstrate the instrumental techniques for analysis of the
materials.
- Teacher: Vaishali Sawant
- Teacher: Vidya Swami
Upon completion of this course, student should be able to-
1. Identify basic concepts of BIS conventions and their application.
2. Interpret first angle and third angle projection system.
3. Construct orthographic projections of points, lines and planes.
4. Apply principles of projection and construct orthographic and
isometric views of an object.
5. Develop a skill of visualization to understand and read the drawing.
- Teacher: Pravin Prabhu
- Teacher: Vidya Swami
Upon completion of this course, student should be able to-
1. To understand the concept of special functions and curve tracing related
to multiple integral and various branches of engineering.
2. To understand how to solve double and triple integrals
3. Apply the knowledge of evaluation of multiple integral to various
engineering problems.
4. Evaluation and analysis of complex integration.
5. Understand the features of the Matlab software and its applications.
- Teacher: Hanmant Salunkhe
- Teacher: Vidya Swami
