Section outline

  • WELCOME MESSAGE

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    welcome to CE 422: Water Resource Engineering II Lab    

    1920x1080 Welcome Wallpapers - Wallpaper Cave

  • General Guidelines


    Romana Saila 

    Assistant Professor

    Department of Civil Engineering

    Daffodil International University

    Email : romana.ce@diu.edu.bd

    Mobile : 01716364541

    Google Classroom Code for Fall-2021 : 

    AC181+CC(181+182) : yvsp3mp

    CC 181 : 7du57u7

    Appointment schedules for students at google calendar  


    • Students must
      Mark as done

      Info-graphic out line of the course




  • Topic 2


    Ongoing Events: 

    Lab Report on Experiment 1

    Lab Report on experiment 2

  • Introduction to CE 422:Water Resource Engineering II Lab

    Guideline for the courses

    • All the registered students for this course have to enroll in Moodle
    • Students will find all course materials from moodle 
    • All the students have to submit the soft copy of their "Assignment" in Moodle under the assignment section created here and for this,they will be graded here .
    • One discussion or feedback forum is created under each of the lecture.
    • Students have to give their feedback on these forum and marks will be given posted on Moodle. So the have keep themselves always active on Moodle.
    • All the quizes will be held on the face to face class.
    • The question pattern for the quizzes will be given below under each section of quize.
    • There are quize instruction forum under the sections students can discuss with each other regarding the exam.
    Course Educational Objectives: : 

        • To apply appropriate techniques for finding water requirement of crops and design of irrigation systems

        • To develop research capabilities on effective management of water resource

    Course Learning Outcomes: The student will be able to 

    CLO 1: 

    Understand different soil parameters that are needed for irrigation purposes. (PLO2)

    CLO 2:

    Estimate required design parameters by different methods . (PLO2)

    CLO 3:

    		Determination of drawdown of a single well from an unconfined aquifer. (PLO2)

    CLO 4:

    Learn to draw canal profile. (PLO2)

    CLO 5:

    Demonstrate the ability to write clear lab reports.(PLO11)


    Course Plan 

    Week 1: Determination of Soil Bulk Density by Field Method
    Week 2: Soil Suction Measurement with Tensiometer
    Week 3: Determination of Soil Intake Characteristics using Cylinder Infiltrometer
    Week 4: Measurement of Canal Seepage Loss by Ponding Method
    Week 5: Abstraction from a Single Well in an Unconfined Aquifer
    Week 6: Review Class 1
    Week 7:Lab assessment 1
    Week 8: Irrigation Scheduling by Book Keeping Method
    Week 9: Design of Branch Canal in an Irrigation Project
    Week 10: Determination of Coefficient of Permeability of Soil using Drain Permeator
    Week 11: Frequency Analysis of Hydrologic Data by Gumbel’s Method
    Week 12: Hydroghaph Analysis
    Week 13:Review Class 2
    Week 14:Lab assessment 2

    Assessment Strategies:

    • Attendance: 10%
    • Lab Performance: 25%
    • Lab Report: 25%
    • Quize/Lab Final: 40%

    Recommended Reading:  Lab Manual


  • Lecture 1:DETERMINATION OF SOIL BULK DENSITY BY FIELD METHOD

    Objectives of this lecture:

    •   To determine the bulk density of soil.
    • To plot moisture content by weight and moisture content by volume and then determine the soil bulk density from the graph.

    Lecture Outcomes:

    At the end of this lecture,students will be able to

    • Learn how to determine bulk density of soil
    • Learn how to calculate moisture content by weight and moisture content by volume
    How to measure Bulk Density in Lab :




    • assign icon
      Lab Report on Experiment 1 Assignment
      Not available unless: You belong to AC181+CC(181+182)
    • assign icon
      Lab Report on Experiment 1 Assignment
      Not available unless: You belong to CC 181
    • resource icon
      lecture slide File

  • Lecture 2: Soil Suction Measurement with Tensiometer

    Objectives of this lecture:

              1) Use of tensiometer to measure soil moisture tension.

    • 2) Measure the moisture content of the soil by weight.

      3) Plot the soil moisture characteristic curve (moisture content vs. suction).


    Lecture Outcomes:

    At the end of this lecture,students will be able to

    • Learn how to use tensiomete
    How to Install Tensiometer :




    • assign icon
      Lab Report on experiment 2 Assignment
      Not available unless: You belong to AC181+CC(181+182)
    • assign icon
      Lab Report on experiment 2 Assignment
      Not available unless: You belong to CC 181
    • resource icon
      lecture slide File
    • assign icon
      Experiment 2 Calculation data sheet submission Assignment

      Submit the data sheets and graphs in a single pdf here

  • Lecture 3: Determination of Soil Intake Characteristics using Cylinder Infiltrometer

    Objective of the lecture : 

    1) To familiarize with the field testing procedure.

    2) To plot accumulated depth Vs. time in a log-log paper and to find (a) the constant C, and (b) the exponent, n.

    3) To develop the equations for accumulated intake, average and instantaneous intake rates from the test data.

    4) To plot accumulated depth, average and instantaneous intake rate Vs. time in one plain graph paper

    Outcome : 

       Will learn how to calculate the intake rate of soil in field condition using cylindrical infiltrometer

    • assign icon
      Lab Report on experiment 3 Assignment
      Not available unless: You belong to CC 181
    • assign icon
      Lab Report on experiment 3 Assignment
      Not available unless: You belong to AC181+CC(181+182)
    • url icon
      Experiment-3 Data Sheet URL

  • Lecture 4: MEASUREMENT OF CANAL SEEPAGE LOSS BY PONDING METHOD

    Objectives of this lecture:

     1) To get acquainted with the field testing procedure

    2) To estimate the seepage loss in the test canal section

     3) Interpretation of the test results.

    Lecture Outcomes:

    At the end of this lecture,students will be able to

    • Learn how to estimate the seepage loss by using pond method

    • assign icon
      Lab Report on experiment 4 Assignment
      Not available unless: You belong to AC181+CC(181+182)
    • assign icon
      Lab Report on experiment 4 Assignment
      Not available unless: You belong to CC 181
    • resource icon
      lecture slide File

  • Mini Quiz

  • Lecture 5:IRRIGATION SCHEDULING BY BOOK KEEPING METHOD

    Objectives of this lecture:

     Irrigation Scheduling by Book Keeping Method

    Lecture Outcomes:

    At the end of this lecture,students will be able to

    • Learn how to apply   water at the right time in the right amount by the right method.


    • assign icon
      Lab report on experiment 5 Assignment
      Not available unless: You belong to CC 181
    • assign icon
      Lab report on experiment 5 Assignment
      Not available unless: You belong to AC181+CC(181+182)
    • assign icon
      Experiment 5 Calculation data sheet submission Assignment

      Submit the data sheets and graphs in a single pdf here

    • quiz icon
      Attendance quiz
      Not available unless: You belong to AC181+CC(181+182)

  • Lecture 6 : DETERMINATION OF COEFFICIENT OF PERMEABILITY OF SOIL USING DRAIN PERMEATOR

    Objectives of this lecture:

     To measure the coefficient of permeability of soil

    Lecture Outcomes:

    At the end of this lecture,students will be able to

    • Learn how to measure the coefficient of permeability of soil using Drain Permeator.



  • Lecture- 07: DESIGN OF A BRANCH CANAL IN AN IRRIGATION PROJECT

    Objectives of this lecture:

     To design a branch canal for irrigation purpose .

    Lecture Outcomes:

    At the end of this lecture, students will be able to

    • Learn to know about regime channel, free board, canal, branch canal, tertial canal etc.
    • Able to do necessary calculations applying lacy's approach for regime channel.
    •  Able to draw a branch canal profile .



    • assign icon
      Report Submission Pole : 06 Assignment
      Not available unless: You belong to AC181+CC(181+182)
    • assign icon
      Report Submission Pole : 06 Assignment
      Not available unless: You belong to CC 181

  • Lecture-08: ABSTRACTION FROM A SINGLE WELL IN AN UNCONFINED AQUIFER

    Objectives of this lecture:

    To measure the drawdown of a single well from an unconfined aquifer .

    Lecture Outcomes:

    At the end of this lecture, students will be able to

    • Learn about hydraulic gradient, water table, confined and unconfined aquifer, aquitard , drawdown , radius of influence etc.
    • Able to measure drawdown of a single well theoretically and practically 
    • Able to plot drawdown curve and compare .

  • Final Quiz

    Syllabus:

    • Experiment 1: DETERMINATION OF SOIL BULK DENSITY BY FIELD METHOD 
    • Experiment 2: Soil Suction Measurement with Tensiometer
    • Experiment 3: MEASUREMENT OF CANAL SEEPAGE LOSS BY PONDING METHOD
    • Experiment4:IRRIGATION SCHEDULING BY BOOK KEEPING METHOD
    • Experiment 5: DETERMINATION OF COEFFICIENT OF PERMEABILITY OF SOIL USING DRAIN  PERMEATOR 


    Full marks: 40


                                                                                                 

    • quiz icon
      Quiz Questions
      Exam time is 1.5 hrs . Extra 20 mins is for file submission. Please submit one PDF file anywhere in the final quiz section . Show the math calculation in details . No extra time will be added nor I will accept submission without BLC.
      Not available unless: You belong to AC181+CC(181+182)
    • quiz icon
      Quiz Questions
      Exam time is 1.5 hrs . Extra 20 mins is for file submission. Please submit one PDF file anywhere in the final quiz section . Show the math calculation in details . No extra time will be added nor I will accept submission without BLC.
      Not available unless: You belong to CC 181

  • Final Assessment for Viva

    Complete these 3 Assessments.