Current TTPs

MEHRAN UNIUVERSITY OF ENGINEERING AND TECHNOLOGY

                                                                                                            FRM-001/00QSP-004

TENTATIVE TEACHING PLAN           Dec.01.2001

DEPARTMENT/INSTITUTE/DIRECTORATE: CIVIL ENGINEERING

 

Name of Teacher: Prof. Dr. Tauha Hussain Ali                  Batch: F-16CE(A+B+C)

Subject: Civil Engineering Materials                                     Year: 1st          Semester: 1st

Term Starting Date: 21-11-2016                                 Term Suspension Date: 17-03-2016

S. #

TOPICS

Lecture Required

1.     

Introduction to the subject

1

2.     

Stone & its classification & varieties Characteristics, strength & uses of good building stones

2

3.     

Quarrying and dressing of stones

2

4.     

Different quality tests for stones

2

5.     

Aggregates, their types, characteristics & classification

2

6.     

Quality tests of aggregate

2

7.     

General characteristics & varieties of bricks

1

8.     

Manufacture of bricks process involved

2

9.     

Tiles & kinds of tiles and manufactures of tiles

2

10. 

Cement and its composition

2

11. 

Manufacture of cement

2

12. 

Types of cement & its quality tests

2

13. 

Manufactures of concrete and varieties, properties & uses

2

14. 

Timber, types, defects & uses

1

15. 

Identification, methods of seasoning, sawing

2

16. 

Decay & presentation of timber, laminated material

2

17. 

Composition & classification of glass, properties, types & uses

2

18. 

Ferrous & non-ferrous metals & alloys, iron & types

2

19. 

Reinforced steel bars, steel copper, tin, zinc, lead, aluminum, nickel, brass & bronze

2

20. 

Galvanizing pipes, types & uses

1

21. 

Preparation, properties, tests & uses of paints

2

22. 

Plastics, varnishes & distempers

2

23. 

Bitumen / asphalt

1

24. 

Plastics, fiber glass, epoxy

1

25. 

Asbestos & gypsum

1

 

TOTAL

42

 

Signature of Teacher:                                                                      Dated:

Remarks by DMRC:

Signature of Chairman:                                                                   Dated: 

 

MEHRAN UNIVERSITY OF ENGINEERING AND TECHNOLOGY

                                                                                                            FRM-001/00QSP-004

TENTATIVE TEACHING PLAN           Dec.01.2001

DEPARTMENT/INSTITUTE/DIRECTORATE: CIVIL ENGINEERING

 

Name of Teacher: Dr. Pervez Shaikh

Subject: Engineering Drawing                       Batch: F-16CE(C)       Year: 1st     Semester: 1st

Term Starting Date: 21-11-2016                     Term Suspension Date: 17-03-2017

S. #

TOPICS

Lecture Required

1.     

Introduction to the subject

1

2.     

Drawing instruments & their usage

1

 

Geometric Drawing

 

3.     

Orthographic projections

1

 

Projection of points

 

4.     

Position in different quadrants

1

5.     

Related problems

2

 

Projection of lines parallel & inclined to one plan

 

6.     

Related problems

2

 

Projection of lines inclined to both plans

 

7.     

Position in different quadrants

1

8.     

True length (TL) and inclination to reference plans

1

9.     

Traces of lines

1

10. 

Related problems (1 to 7)

2

11. 

Related problems (8 to 14)

2

12. 

Related problems (15 to 26)

2

 

Projection of plans

 

13. 

Perpendicular plans

1

14. 

Oblique plans

1

15. 

Related problems (1 to 5)

2

16. 

Related problems (6 to 11)

2

 

Auxiliary plans

 

17. 

A.I.P and A.V.P

1

18. 

Projection of lines and plans by Auxiliary plans

1

19. 

Related problems (1 to 5)

1

20. 

Related problems (6 to 9)

1

 

Projection of solids

 

21. 

Projection of solids in simple position

1

22. 

Axis inclined to one reference plan

1

23. 

Axis inclined to both reference plans

2

24. 

problems

3

 

Development of surfaces

 

25. 

Introduction

1

26. 

Problems

1

 

Machine Drawing

 

27. 

Rivels

1

28. 

Threats

1

29. 

Joints

2

30. 

Assembly

2

 

TOTAL

42

 

Signature of Teacher:                                                                      Dated:

Remarks by DMRC

Signature of Chairman:                                                                   Dated: 

 

 

MEHRAN UNIUVERSITY OF ENGINEERING AND TECHNOLOGY

                                                                                                            FRM-001/00QSP-004

TENTATIVE TEACHING PLAN           Dec.01.2001

DEPARTMENT/INSTITUTE/DIRECTORATE: CIVIL ENGINEERING

 

Name of Teacher: Mr. Arshad Ali Memon              Batch: F-16CE(A+B)

Subject: Engineering Drawing                                Year: 1st          Semester: 1st

Term Starting Date: 21-11-2016                                 Term Suspension Date: 17-03-2017

S. #

TOPICS

Lecture Required

1.     

Introduction to the subject

1

2.     

Drawing instruments & their usage

1

 

Geometric Drawing

 

3.     

Orthographic projections

1

 

Projection of points

 

4.     

Position in different quadrants

1

5.     

Related problems

2

 

Projection of lines parallel & inclined to one plan

 

6.     

Related problems

2

 

Projection of lines inclined to both plans

 

7.     

Position in different quadrants

1

8.     

True length (TL) and inclination to reference plans

1

9.     

Traces of lines

1

10. 

Related problems (1 to 7)

2

11. 

Related problems (8 to 14)

2

12. 

Related problems (15 to 26)

2

 

Projection of plans

 

13. 

Perpendicular plans

1

14. 

Oblique plans

1

15. 

Related problems (1 to 5)

2

16. 

Related problems (6 to 11)

2

 

Auxiliary plans

 

17. 

A.I.P and A.V.P

1

18. 

Projection of lines and plans by Auxiliary plans

1

19. 

Related problems (1 to 5)

1

20. 

Related problems (6 to 9)

1

 

Projection of solids

 

21. 

Projection of solids in simple position

1

22. 

Axis inclined to one reference plan

1

23. 

Axis inclined to both reference plans

2

24. 

problems

3

 

Development of surfaces

 

25. 

Introduction

1

26. 

Problems

1

 

Machine Drawing

 

27. 

Rivels

1

28. 

Threats

1

29. 

Joints

2

30. 

Assembly

2

 

TOTAL

42

 

Signature of Teacher:                                                                      Dated:

Remarks by DMRC

Signature of Chairman:                                                                   Dated: 

 

MEHRAN UNIUVERSITY OF ENGINEERING AND TECHNOLOGY

                                                                                                            FRM-001/00QSP-004

TENTATIVE TEACHING PLAN            Dec.01.2001

DEPARTMENT/INSTITUTE/DIRECTORATE: CIVIL ENGINEERING

Name of Teacher: Prof.Dr. Agha Faisal Habib

Subject: Strength of Materials-I                      Batch: 16CE(A)    Year: 2nd     Semester: 1st

Term Starting Date: 21-11-2016                     Term Suspension Date: 17-03-2017

S. #

TOPICS

Lecture Required

1.     

Introduction

1

2.     

Basic definition, deformation of a body due to force acting on it.

1

3.     

Deformation of a body due to its self weight.

1

4.     

Principle of superposition

1

5.     

Deformation in bar of different sections

1

6.     

Deformation in bar of uniformly tapering sections

1

7.     

Deformation in composite bars

1

8.     

Thermal stress in simple bars

1

9.     

Thermal stress in composite bars

1

10. 

Superposition of thermal stress

1

11. 

Elastic constants

1

12. 

Poison’s ratio-volumetric strain of rectangular body & circular rod subjected to axial force.

1

13. 

Volumetric strain of rectangular body subjected to three mutually perpendicular forces

1

14. 

Relationship b/w bulk modulus & young’s modulus

1

15. 

Relationship b/w young’s modulus & shear modulus

1

16. 

Strain energy stored in a body, when the load is applied gradually

1

17. 

Strain energy stored in a body, when the load is applied suddenly

1

18. 

Strain energy stored in a body, when the load is applied with impact

1

19. 

Strain energy stored in a body of varying section

1

20. 

Analytical method for determination of stresses on an oblique section subjected to direct stress in one plane only

1

21. 

Analytical method for determination of stresses on an oblique section subjected to direct stress in two mutually perpendicular directions.

1

22. 

Mohr’s circle for stresses in one plane only

1

23. 

Mohr’s circle for bi-axial stresses

2

24. 

Centre of gravity of simple & plane figures.

1

25. 

Centre of gravity of cut out holes & composite sections

1

26. 

Moment of inertia of different sections

2

27. 

Moment of inertia of composite sections

2

28. 

Shear force & bending moment

1

29. 

Shear force & bending moment diagrams

1

30. 

Methods of finding reactions at the supports & maximum bending moment for some important cases

2

31. 

Determination of bending stress or flexural stress formula

1

32. 

Stresses & strains in statically indeterminate structures

2

33. 

Torsion of a circular shaft

2

34. 

Polar moment of inertia

1

35. 

Stresses in thin cylindrical shells

1

36. 

Stresses in thin spherical shells

1

 

TOTAL

42

 

Signature of Teacher:                                                                      Dated:

Remarks by DMRC

Signature of Chairman:                                                                   Dated: 

 

MEHRAN UNIUVERSITY OF ENGINEERING AND TECHNOLOGY

                                                                                                            FRM-001/00QSP-004

TENTATIVE TEACHING PLAN             Dec.01.2001

DEPARTMENT/INSTITUTE/DIRECTORATE: CIVIL ENGINEERING

 

Name of Teacher: Mr. Ghulam Hussain Mahesar              Batch: 16CE (A+B+C)

Subject: Engineering Geology                      Year: Second              Semester: First

Term Starting Date: 21-11-2016                     Term Suspension Date: 17-03-2017

S. #

TOPICS

Lecture Required

1.     

Introduction to Geology, Branches and Importance of Geology in Civil Engineering.

2

2.     

Earth as Planet and Hypotheses about origin of earth.

1

3.     

Age of Earth. Interior of Earth. Weathering and Erosion.

2

4.     

Mineral and physical properties and Rock forming Minerals

2

5.     

Igneous Rocks and its classification.

2

6.     

Sedimentary Rocks and its classification.

2

7.     

Metamorphic Rocks and its classification.

2

8.     

Fold and its Classification.

2

9.     

Fault and its Classification.

2

10. 

Joint, Land Slides, Volcanoes and their classification.

2

11. 

Theory of Plate tectonics, Seismic waves, Seismology. Causes of Earthquake, Prediction of Earthquake, preventive measures against Earthquakes.

2

12. 

Engineering Geology of Dams, identification and of Geological parameters required in dam design, selection of dam sites. Case studies of dam sites in Pakistan, different dams in Pakistan.

2

13. 

Engineering Geology of tunnels, Geological survey prior to tunneling, lining of tunnels and its section selection of tunnel site and its requirements. Case studies.

2

14. 

Basic concept of Stratigraphy and general introduction to major formation in Pakistan and Geological Time Scale.

2

15. 

Ground water, water table, water bearing formations.

1

 

TOTAL

28

 

Signature of Teacher:                                                                      Dated:

Remarks by DMRC:

Signature of Chairman:                                                                   Dated:

 

 

 

 

 

MEHRAN UNIUVERSITY OF ENGINEERING AND TECHNOLOGY

                                                                                                            FRM-001/00QSP-004

TENTATIVE TEACHING PLAN             Dec.01.2001

DEPARTMENT/INSTITUTE/DIRECTORATE: CIVIL ENGINEERING

 

Name of Teacher: Mr. Ghulam Hussain Mahesar              Batch: 16CE (A+B+C)

Subject: Engineering Geology (Practical)    Year: Second              Semester: First

Term Starting Date: 21-11-2016                     Term Suspension Date: ____________

S. #

TOPICS

Lecture Required

01

Identification of Minerals

01

02

Identification of Rock Forming Minerals

01

03

Identification of Different Rocks

01

04

Identification of Igneous Rocks

01

05

Identification of Sedimentary Rocks

01

06

Identification of Metamorphic Rocks

01

07

Identification of Fold Models

01

08

Identification of Fault Models

01

09

Identification of Geological Time Scale

01

10

Identification of Sheets of Stratigraphy

01

11

Identification of Metallic Minerals

01

12

Identification of Non - Metallic Minerals

01

13

Identification of Moho’s Hardness Scale

01

14

Identification of Hardness of Different Rocks

01

 

TOTAL

14

 

Signature of Teacher:                                                                      Dated:

Remarks by DMRC:

Signature of Chairman:                                                                   Dated:

 

 

MEHRAN UNIUVERSITY OF ENGINEERING AND TECHNOLOGY

                                                                                                            FRM-001/00QSP-004

TENTATIVE TEACHING PLAN            Dec.01.2001

DEPARTMENT/INSTITUTE/DIRECTORATE: CIVIL ENGINEERING

Name of Teacher: Mr. Ali Murtaza Phul

Subject: Strength of Materials-I                      Batch: 16CE-C    Year: 2nd     Semester: 1st

Term Starting Date: 21-11-2016                     Term Suspension Date: 17-03-2017

S. #

TOPICS

Lecture Required

1.     

Introduction

1

2.     

Basic definition, deformation of a body due to force acting on it.

1

3.     

Deformation of a body due to its self weight.

1

4.     

Principle of superposition

1

5.     

Deformation in bar of different sections

1

6.     

Deformation in bar of uniformly tapering sections

1

7.     

Deformation in composite bars

1

8.     

Thermal stress in simple bars

1

9.     

Thermal stress in composite bars

1

10. 

Superposition of thermal stress

1

11. 

Elastic constants

1

12. 

Poison’s ratio-volumetric strain of rectangular body & circular rod subjected to axial force.

1

13. 

Volumetric strain of rectangular body subjected to three mutually perpendicular forces

1

14. 

Relationship b/w bulk modulus & young’s modulus

1

15. 

Relationship b/w young’s modulus & shear modulus

1

16. 

Strain energy stored in a body, when the load is applied gradually

1

17. 

Strain energy stored in a body, when the load is applied suddenly

1

18. 

Strain energy stored in a body, when the load is applied with impact

1

19. 

Strain energy stored in a body of varying section

1

20. 

Analytical method for determination of stresses on an oblique section subjected to direct stress in one plane only

1

21. 

Analytical method for determination of stresses on an oblique section subjected to direct stress in two mutually perpendicular directions.

1

22. 

Mohr’s circle for stresses in one plane only

1

23. 

Mohr’s circle for bi-axial stresses

2

24. 

Centre of gravity of simple & plane figures.

1

25. 

Centre of gravity of cut out holes & composite sections

1

26. 

Moment of inertia of different sections

2

27. 

Moment of inertia of composite sections

2

28. 

Shear force & bending moment

1

29. 

Shear force & bending moment diagrams

1

30. 

Methods of finding reactions at the supports & maximum bending moment for some important cases

2

31. 

Determination of bending stress or flexural stress formula

1

32. 

Stresses & strains in statically indeterminate structures

2

33. 

Torsion of a circular shaft

2

34. 

Polar moment of inertia

1

35. 

Stresses in thin cylindrical shells

1

36. 

Stresses in thin spherical shells

1

 

TOTAL

42

 

Signature of Teacher:                                                                      Dated:

Remarks by DMRC

Signature of Chairman:                                                                   Dated: 

 

 

MEHRAN UNIUVERSITY OF ENGINEERING AND TECHNOLOGY

                                                                                                            FRM-001/00QSP-004

TENTATIVE TEACHING PLAN                Dec.01.2001

DEPARTMENT/INSTITUTE/DIRECTORATE: CIVIL ENGINEERING

Name of Teacher: Mr. Ali Raza Khoso

Subject: Structural Analysis                             Batch: 15CE(A+B+C)       Year: 3rd      Term: 1st

Term Starting Date: 21-11-2016                      Term Suspension Date: 17-03-2017

S. #

TOPICS

Lecture Required

 

Determinate structures

 

1

Double Integration Method. Introduction and derivation of formula.

1

2

Problems related to Double Integration Method.

1

3

Cantilever with single u.d.l and u.v.l

1

4

Simple beams with centre point load and u.d. load

1

5

Simple beams with off centre load

1

6

Double Integration Method for multiple loads on different beams

2

 

Unit Load Method

 

7

Introduction and derivation of formula

1

8

Problems with single load beams

1

9

Problems with multiple load

2

 

Moment Area Method

 

10

Derivation of theorems of m.a. method

1

11

Cantilever with single/multiple load.

1

12

Simple beams (combination of load)

2

13

Modified moment area method

2

14

Usage of modified method for simple and over hanging beams

2

 

Conjugate Beam Method

 

15

Derivation of theorems of conjugate beam method

2

16

Problems with different loads on various beams

2

 

INDETERMINATE STRUCTURE

 

 

Consistent Deformation Method

 

17

Problems related to single span

1

18

Laws of reciprocal deflection

2

19

Problems related to two spans with application of laws

2

 

Three Moment Equation

 

20

Introduction and derivation of formula

1

21

Problems of two span and multiple spans

2

22

Reaction shear force and bending moment and deflection

2

 

Moment Distribution Method

 

23

Introduction and derivation of formula with examples

2

24

Problems of continuous beams

2

25

Problems of frames

2

 

Slope Deflection Method

 

26

Introduction and derivation

1

27

Application of method on continuous beams / frames

2

 

Total Lectures

42

 

Signature of Teacher:                                                                       Dated:

Remarks by DMRC

Signature of Chairman:                                                                    Dated: 

 

MEHRAN UNIVERSITY OF ENGINEERING AND TECHNOLOGY

                                                                                                            FRM-001/00QSP-004

TENTATIVE TEACHING PLAN           Dec.01.2001

DEPARTMENT/INSTITUTE/DIRECTORATE: CIVIL ENGINEERING

 

Name of Teacher: Prof.Dr. Agha Faisal Habib

Subject: Highway & Traffic Engineering       Batch: 14CE-A     Year: Final    Semester: 1st

Term Starting Date: 21-11-2016                        Term Suspension Date: 17-03-2017

S. #

TOPICS

Lecture Required

1.     

Transportation Engineering: Introduction

1

2.     

Evolution of Transportation

1

3.     

Highway planning

2

4.     

Geometric design: Introduction / Design controls

1

5.     

Design vehicle

1

6.     

Functional classification of roads  and Design speed 

2

7.     

Design Driver

1

8.     

Design Volume

2

9.     

Sight Distances

2

10.

Cross section elements (with of travel lane, shoulders, medians ……)

2

11.

Cross slopes

1

12.

Horizontal Alignments: Introduction

1

13.

Horizontal curves

2

14.

Transition, curves

2

15.

Super-elevation

2

16.

Attainmed of super elevation

1

17.

Vertical Alignments: Introduction

1

18.

Grades

1

19.

Vertical curves

1

20.

Pavement Design: Introduction

1

21.

Early road construction methods

1

22.

Design of flexible design

2

23.

Maintenance of pavement

2

24.

Traffic Engineering: Introduction

2

25.

Highway safety

2

26.

Traffic sign

1

27.

Traffic control devices

2

28.

Traffic signals

2

 

TOTAL

42

 

 

Signature of Teacher:                                                                      Dated:

Remarks by DMRC:

Signature of Chairman:                                                                   Dated: 

 

MEHRAN UNIUVERSITY OF ENGINEERING AND TECHNOLOGY

                                                                                                            FRM-001/00QSP-004

TENTATIVE TEACHING PLAN           Dec.01.2001

DEPARTMENT/INSTITUTE/DIRECTORATE: CIVIL ENGINEERING

 

Name of Teacher: Prof. Dr. G. B. Khaskheli

Subject: Structural Design & Drawing       Batch: 14CE(A&C)       Year: Final   Semester: First

Starting Date: 21-11-2016                              Term Suspension Date: 17-03-2017

S. #

TOPICS

Lecture Required

1.     

Introduction to the subject

01

2.     

Introduction to isolated footing & design examples

02

3.     

Introduction to combined footing & design examples

02

4.     

Design of strip footing

02

5.     

Design of raft foundation

03

6.     

Introduction to piles & pile caps

02

7.     

Design of flat slab

03

8.     

Design of waffle slab for flexure

02

9.     

Design of waffle slab for shear

02

10.

Design of underground tank

03

11.

Design of overhead tank

03

12.

Design of domes

03

13.

Design of cantilever & counter fort relating walls

02

14.

Design of industrial & commercial building, examples

03

15.

Introduction to earthquake problems & the provision of remedial measures

02

16.

Introduction to Torsion in reinforced concrete members

02

17.

Introduction to the design of high-rise buildings

01

18.

Guidelines for the design of shear walls

02

19.

Introduction to analysis & design of non-planer roofs

 

20.

Introduction to R.C.C bridges

01

20.

Introduction to the relevant software

01

 

TOTAL

42

 

Signature of Teacher:                                                                      Dated:

Remarks by DMRC:

Signature of Chairman:                                                                   Dated: 

 

MEHRAN UNIUVERSITY OF ENGINEERING AND TECHNOLOGY

                                                                                                            FRM-001/00QSP-004

TENTATIVE TEACHING PLAN           Dec.01.2001

DEPARTMENT/INSTITUTE/DIRECTORATE: CIVIL ENGINEERING

 

Name of Teacher: Dr. Naeem Aziz Memon

Subject: Highway & Traffic Engineering       Batch: 14CE-C     Year: Final    Semester: 1st

Term Starting Date: 21-11-2016                        Term Suspension Date: 17-03-2017

S. #

TOPICS

Lecture Required

1.     

Transportation Engineering: Introduction

1

2.     

Evolution of Transportation

1

3.     

Highway planning

2

4.     

Geometric design: Introduction / Design controls

1

5.     

Design vehicle

1

6.     

Functional classification of roads  and Design speed 

2

7.     

Design Driver

1

8.     

Design Volume

2

9.     

Sight Distances

2

10.

Cross section elements (with of travel lane, shoulders, medians ……)

2

11.

Cross slopes

1

12.

Horizontal Alignments: Introduction

1

13.

Horizontal curves

2

14.

Transition, curves

2

15.

Super-elevation

2

16.

Attainmed of super elevation

1

17.

Vertical Alignments: Introduction

1

18.

Grades

1

19.

Vertical curves

1

20.

Pavement Design: Introduction

1

21.

Early road construction methods

1

22.

Design of flexible design

2

23.

Maintenance of pavement

2

24.

Traffic Engineering: Introduction

2

25.

Highway safety

2

26.

Traffic sign

1

27.

Traffic control devices

2

28.

Traffic signals

2

 

TOTAL

42

 

 

Signature of Teacher:                                                                      Dated:

Remarks by DMRC:

Signature of Chairman:                                                                   Dated: 

 

MEHRAN UNIVERSITY OF ENGINEERING AND TECHNOLOGY

                                                                                                            FRM-001/00QSP-004

TENTATIVE TEACHING PLAN           Dec.01.2001

DEPARTMENT/INSTITUTE/DIRECTORATE: CIVIL ENGINEERING

 

Name of Teacher: Mr. Azizullah Jamali

Subject: Structural Design & Drawing       Batch: 14CE-B       Year: Final          Semester: First

Starting Date: 21-11-2016                              Term Suspension Date: 17-3-2017

S. #

TOPICS

Lecture Required

1.     

Introduction to the subject

01

2.     

Introduction to isolated footing & design examples

02

3.     

Introduction to combined footing & design examples

02

4.     

Design of strip footing

02

5.     

Design of raft foundation

03

6.     

Introduction to piles & pile caps

02

7.     

Design of flat slab

03

8.     

Design of waffle slab for flexure

02

9.     

Design of waffle slab for shear

02

10.

Design of underground tank

03

11.

Design of overhead tank

03

12.

Design of domes

03

13.

Design of cantilever & counter fort relating walls

02

14.

Design of industrial & commercial building, examples

03

15.

Introduction to earthquake problems & the provision of remedial measures

02

16.

Introduction to Torsion in reinforced concrete members

02

17.

Introduction to the design of high-rise buildings

01

18.

Guidelines for the design of shear walls

02

19.

Introduction to analysis & design of non-planer roofs

 

20.

Introduction to R.C.C bridges

01

20.

Introduction to the relevant software

01

 

TOTAL

42

 

Signature of Teacher:                                                                      Dated:

Remarks by DMRC:

Signature of Chairman:                                                                   Dated: