PEOs, Outcomes and Course
Objectives
1. Program Educational Objectives (PEOs) and Course Objectives
-
a) An understanding of the basic principles of mathematics, science and
engineering.
b) Graduates will achieve a high level of technical expertise so they
are able to succeed in positions in
civil engineering practice or research and in other fields they choose to pursue.
c) Graduates will produce engineering designs, that are based on sound
technical principles and that
consider functionality, aesthetics, safety, cost effectiveness and sustainability.
d) Graduates will be leaders, both in their chosen profession and in
other activities.
e) To develop graduates who will be of sound knowledge in all streams
of civil engineering and able to correlate the theoretical knowledge to the field problems.
2. Program Outcomes -
a) The graduate will have acquired sound technical (mathematics, science
and engineering) competency deemed necessary for a professional engineering career.
b) Graduate will have acquired the professional (oral, written, co-operative
and communication) skills deemed necessary for a professional engineering career.
c) Graduate will have a strong technical foundation and training in the
use of modern tools necessary for engineering design and problems solving in real world situation.
d) An ability to design a system or component to satisfy stated or co-requirements.
e) An ability to identify, formulate and solved civil engineering problems.
----Course
Objectives-----
Name of subject / Course: - Applied Mechanics
Class : - F.E. (ALL)
Semester – I
Academic Year: - 2009-10
Objectives of Subject:-
After successful completion of this course, student will be able to:
1. Analyze any problems in a simple and logical manner.
2. Learn about mechanical interaction between bodies that is learning
how different bodies apply forces on one another and how they
then balance to keep each other in equilibrium.
3. Understood the effect of forces on body in the rest condition
in the first part of STATICS. In the second part then go to the motion
of particles and see how the motion of particles get affects
when a force is applied on them in DYNAMICS.
4. Apply few basic principles and concepts of mechanics to solve
real world problems.
Name of subject / Course: - Numerical Methods
Class : - S.E. CIVIL
Semester – I
Academic Year: - 2009-10
Objectives of Subject:-
After successful completion of this course, student will be able to:
1. To develop a through understanding of principles of numerical analysis.
2. To develop a working knowledge on the computer algorithm of different
numerical methods.
3. To emphasize on developing the students ability to analyse and solve
problems by using one high level programming language.
4. To develop an understanding of applications of numerical methods to
solve engineering problems.
Name of subject / Course: - Structural Mechanics-
I
Class : - S.E.(CIVIL)
Semester – I
Academic Year: - 2009-2010
Objectives of Subject:-
After successful completion of this course, student will be able to:
1. Understand the essential elements or ingredients necessary to analyze
structures.
2. Understand different types of basic actions or forces coming on structural
members and corresponding resistive mechanisms of structural members.
3. Understand the deformation mechanism of structural members subjected
to basic forces like axial force, shear force and bending moment etc.
4. To understand the stress distribution within the cross section when
subjected to various actions
5. To apply the basic principles and concepts of structural mechanics
to solve practical real world problems.
Name of subject / Course: - Building Construction
Class : - S. E. CIVIL
Semester – I
Academic Year: - 2009-10
Objectives of Subject:-
After successful completion of this course, student will be able to:
1. To study- varies building materials.
2. To know foundation details, basic requirements of building and building
components in detail.
3. To study plane cement concrete and various masonarys.
4. To understand composite masonary and concrete block masonary.
5. To study arch, lintel, doors, window and design of stair case.
6. To understand the details about roof and floor with their covering
material.
Name of subject / Course: - Fluid Mechanics - I
Class : - S.E. CIVIL
Semester – I
Academic Year: - 2009-10
Objectives of Subject:-
After successful completion of this course, student will be able to:
1. Study of liquid in motion. Various pressures & stresses acting
on it.
2. Study of fluid flow to analyse characteristics of it which is applicable practically e.g. Floe over spillway when water moves u/s to d/s.
3. Determining pressures acting on immersed bodies & conditions of
stability for same.
4. Model & prototype study to analyse real dimensions of structure.
5. Study of pressure , losses in pipes when fluid is running through it.
6. Study of surge tanks.
7. Dimension alalysis to form non-dimensional parameters.
Name of subject / Course: - Concrete Technology
Class : - T.E. CIVIL
Semester – I
Academic Year: - 2009-10
Objectives of Subject:-
After successful completion of this course, student will be able to:
1. Learn the manufacturing of cements, their hydration and microstructure.
2. Characterise the engineering properties of cement-based materials.
3. Recognise the effects of the rheology and early age properties of concrete
on its long-term behaviour.
4. Develop an advanced knowledge of the mechanical performance of cement
based materials and how it can be controlled.
5. Study various properties of concrete in fresh & hardened state.
6. Use various chemical admixtures and mineral additives to design cement
based
materials with tailor-made properties.
7. Use advanced laboratory techniques to characterise cement-based materials.
8. Understand the mixture design and engineering properties of special
concretes such as high-performance concrete, self-consolidating concrete,
fiber reinforced concrete, sprayed concrete, etc.
Name of subject / Course: - Design Of Steel Structures
Class : - T.E. CIVIL
Semester – I
Academic Year: - 2009-10
Objectives of Subject:-
After successful completion of this course, student will be able to:
1. Understand the concept of steel structure.
2. Understand the forces acting on steel structure and analysis of structure.
3. Understand the design procedure for steel structure as per IS 800-1984.
4. Understand the importance of gantry girder and its design procedure.
5. Introduction to limit state method.
6. Design of sections by limit state method as per IS 800-2007.
Name of subject / Course: - Environmental Engineering –
I
Class : - T.E. CIVIL
Semester – I
Academic Year: - 2009-10
Objectives of Subject:-
Students will be able to -
1. Concept of green building
2. Know various types of water demand and Estimate demand of water to
city.
3. Know standards of purity of water & analyse the quality of water.
4. Understand different methods of water treatment and design,
construction
and maintenance aspects of treatment units.
5. Understand methods of distribution system of water.
6. Know various apprentices used.
Name of subject / Course: - Earthquake Engineering
Class : - B.E. CIVIL
Semester – I
Academic Year: - 2009-10
Objectives of Subject:-
After successful completion of this course, student will be able to:
1. Understood the causes of Earthquake.
2. Understood the philosophy of Earthquake resistant design of structure.
3. Understood the knowledge how to use codal provisions in IS-1893, IS-4326,
IS-13920 for design of Earthquake resistant design of structure.
4. Apply overall knowledge of subject to model the structure with mass
damper system.
5. Knowledge to analysis SDOF and MDOF system.
Name of subject / Course: - Quantity Surveying and Valuation
Class : - B.E. CIVIL
Semester – I
Academic Year: - 2009-10
Objectives of Subject:-
After successful completion of this course, student will be able to:
1. Types of estimates, modes of measurement, D.S.R., specification.
2. Methods of measurement, Recording of measurement & abstract sheet,
Analysis of rates.
3. Estimation of building and public works, approximate estimate of building
and other civil works. Contract, legally valid contract organizational
setup of PWD.
4. Types of contract & execution of work in PWD.
5. Methods of valuation and civil engineering properties.
6. Valuation of different types of properties.
7. Depreciation, obsolescence and Arbitration.
Name of subject / Course: - Surveying - I
Class : - B.E. CIVIL
Semester – I
Academic Year: - 2009-10
Objectives of Subject:-
After successful completion of this course, student will be able to:
1. Student will be able to know.
2. Dumpy level, tilting and auto level.
3. Contouring and it’s use, planimeter.
4. Theodolite and trigonometric leveling.
5. Theodolite traversing.
6. Minor instruments and survey for engineering projects.
Name of subject / Course: - Elective – I (Solid Waste Management)
Class : - B.E. CIVIL
Semester – I
Academic Year: - 2009-10
Objectives of Subject:-
Students will be able to know ---
1. Various sources, composition, quantities , physical and chemical characteristics
of solid waste.
2. Methods of storage, Collection and transportation of solid waste.
3. Recycling of industrial waste and disposal of industrial waste.
4. Handling and Disposal of Hospital Waste and Hazardous Waste
5. Disposal of domestic by Sanitary land filling , Composting ,and Incineration
methods.
6. Financial and health aspects of Solid waste management
7. Institutional and legal aspects of Solid waste management
Name of subject / Course: - Design Of Concrete Structures –I
Class : - B.E. CIVIL
Semester – I
Academic Year: - 2009-10
Objectives of Subject:-
After successful completion of this course, student will be able to:
1. Understood the philosophies of design of reinforced cement concrete
and to justify which is the best
2. Design of simple reinforced structural elements with safety, stability
and economical way
3. Understood the knowledge how to use codal provisions in IS-456 for
design of reinforced cement concrete element
4. Apply overall knowledge of subject to solve real world problems.
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